BIOSTAR_Guide_OCT_V1 [动画版]

合集下载

厄贝沙坦说明书(英文)

Product InformationAVAPRO® (irbesartan)NAME OF THE MEDICINEAustralian Approved NameIrbesartan.Irbesartan is 2-butyl-3-[(2'-(1H-tetrazol-5-yl)biphenyl-4-yl)methyl]-1,3-diazaspiro [4,4] non-1-en-4-one.Chemical StructureThe chemical structure of irbesartan isCAS number: 138402-11-6DESCRIPTIONIrbesartan is a white, to practically white, powder that is less than 0.1mg/mL soluble in water and slightly soluble in alcohol and methylene chloride.AVAPRO® (irbesartan) is a nonpeptide angiotensin II receptor (AT1 subtype) antagonist. It is available as 75, 150 or 300 mg film coated tablets for oral administration. The white, biconvex , oval-shaped tablets are marked with a heart on one side and on the other side 2871 (75mg) or 2872 (150mg) or 2873 (300mg). The inactive ingredients are: carnauba wax, croscarmellose sodium, hypromellose, lactose, macrogol 3000, magnesium stearate, microcrystalline cellulose, silicon dioxide, and titanium dioxide.PHARMACOLOGYPharmacodynamicsIrbesartan is a specific antagonist of angiotensin II receptors (AT1 subtype). Angiotensin II is an important component of the renin-angiotensin system and is involved in the pathophysiology of hypertension and in sodium homeostasis. Irbesartan does not require metabolic activation for its activity.Irbesartan blocks the potent vasoconstrictor and aldosterone-secreting effects of angiotensin II by selective antagonism of the angiotensin II (AT1 subtype) receptors localized on vascular smooth muscle cells and in the adrenal cortex. It has no agonist activity at the AT1 receptor and a much greater affinity (more than 8500-fold) for the AT1 receptor than for the AT2 receptor (a receptor that has not been shown to be associated with cardiovascular homeostasis).Irbesartan does not inhibit enzymes involved in the renin-angiotensin system (i.e., renin, angiotensin converting enzyme [ACE]) or affect other hormone receptors or ion channels involved in the cardiovascular regulation of blood pressure and sodium homeostasis.In healthy subjects, single oral irbesartan doses of up to 300mg produced dose-dependent inhibition of the pressor effect of angiotensin II infusions. Inhibition was complete (≥90%) at the time of peak irbesartan concentrations and sustained for 24 hours (60% and 40% at300mg and 150mg, respectively).In hypertensive patients, angiotensin II receptor inhibition following chronic administration of irbesartan causes a 1.5-2 fold rise in angiotensin II plasma concentration and a 2-3 fold increase in plasma renin levels. Aldosterone plasma concentrations generally decline following irbesartan administration, however serum potassium levels are not significantly affected at recommended doses.In hypertensive patients, chronic oral doses of irbesartan (up to 300mg) had no effect on glomerular filtration rate, renal plasma/blood flow or filtration fraction. In multiple dose studies in hypertensive patients, there were no notable effects on fasting triglycerides, total cholesterol or HDL-cholesterol or fasting glucose concentrations. There was no effect on serum uric acid during chronic oral administration. Following repeated doses of irbesartan, there was no uricosuric effect.PharmacokineticsIrbesartan is an orally active agent and does not require biotransformation for its activity. AbsorptionFollowing oral administration, irbesartan is rapidly and well absorbed. In studies employing an injection and an oral solution containing radio-labelled irbesartan the average absolute oral bioavailability of irbesartan was 60- 80%. Median peak plasma concentrations generally occurred 1.5 -2 hours after oral administration of irbesartan capsules and tablets. Food did not affect the bioavailability.DistributionIrbesartan is 90% protein-bound in the plasma, and has negligible binding to cellular components of blood. The volume of distribution (V ss) is 53-93 Litres.MetabolismFollowing oral or intravenous administration of 14C irbesartan more than 80% of the circulating plasma radioactivity was attributable to unchanged irbesartan. Irbesartan is metabolised by the liver via glucuronide conjugation and oxidation. The major circulating metabolite is irbesartan glucuronide (∼6%). Irbesartan undergoes oxidation primarily by thecytochrome P450 isoenzyme CYP2C9; isoenzyme CYP3A4 has negligible effect. It is not metabolised by, nor does it substantially induce or inhibit most isoenzymes commonly associated with drug metabolism (i.e., CYP1A1, CYP1A2, CYP2A6, CYP2B6, CYP2D6, or CYP2E1). Irbesartan does not induce nor inhibit isoenzyme CYP3A4.ExcretionIrbesartan and its metabolites are excreted by both biliary and renal routes. About 20% of the administered radioactivity after an oral or intravenous dose of 14C irbesartan was recovered in urine with the remainder in the faeces. Less than 2% of the dose was excreted in urine as unchanged irbesartan.The terminal elimination half-life (t½) of irbesartan averaged 11 - 15 hours over a range ofirbesartan was 157 -176 mL/min, of which 3.0-3.5 mL/min was renal clearance. Irbesartan exhibits linear pharmacokinetics over the therapeutic dose range. Steady-state plasma concentrations are attained within 3 days after initiation of a once-daily dosing regimen. Limited accumulation (<20%) is observed in plasma upon repeated once-daily dosing.Special PopulationsIn male and female hypertensive subjects, higher (11-44%) plasma concentrations of irbesartan were observed in females than in males, although, following multiple dosing, males and females did not show differences in either accumulation or elimination half-life. No gender-specific differences in clinical effect have been observed.In elderly (male and female) normotensive subjects (65-80 years) with clinically normal renal and hepatic function, the plasma AUC and peak plasma concentrations (C max) of irbesartan are approximately 20%-50% greater than those observed in younger subjects (18-40 years). Regardless of age, the elimination half-life is comparable. No significant age-related differences in clinical effect have been observed.In black and white normotensive subjects, the plasma AUC and t½ of irbesartan are approximately 20-25% greater in blacks than in whites; the peak plasma concentrations (C max) of irbesartan are essentially equivalent.In patients with renal impairment (regardless of degree) and in haemodialysis patients, the pharmacokinetics of irbesartan are not significantly altered. Irbesartan is not removed by hemodialysis.In patients with hepatic insufficiency due to mild to moderate cirrhosis, the pharmacokinetics of irbesartan are not significantly altered.CLINICAL TRIALSThe antihypertensive effects of irbesartan were examined in seven (7) major placebo-controlled 8-12 week trials in patients with baseline diastolic blood pressures of 95-110 mmHg.The seven (7) studies of irbesartan monotherapy included a total of 1915 patients randomised to irbesartan (1-900mg) and 611 patients randomised to placebo. Once daily doses of 150 to900mg provided statistically and clinically significant decreases in systolic and diastolic blood pressure with a plateau in effect at doses above 300mg.Systolic/diastolic mean decreases in blood pressure at trough (24 hours post-dosing), compared to placebo, following 6 to 12 weeks of treatment were in the range of 7.5-9.9/4.6-6.2 mmHg with a 150mg dose, and 7.9-12.6/5.2-7.9 mmHg with a 300mg dose.Once-daily dosing with 150mg gave trough and mean 24 hour responses corresponding to those observed in patients receiving twice-daily dosing at the same total daily dose. Peak (3-6 hour) effects were uniformly, but moderately, larger than trough effects, with the trough-to-peak ratio for systolic and diastolic response generally between 60-70%.Two of the seven placebo-controlled trials identified above and two additional studies examined the antihypertensive effects of irbesartan and hydrochlorothiazide in combination. Addition of a low dose of hydrochlorothiazide (12.5mg) to irbesartan (75 to 300mg) once daily resulted in further diastolic blood pressure reductions at trough (24 hours post-dosing) of 2.3-4.8 mmHg and an overall systolic/diastolic placebo-subtracted reduction of up to13.6/11.5 mmHg at a dose of 300mg irbesartan and 12.5mg hydrochlorothiazide. Once daily dosing with 150mg irbesartan and 12.5 mg hydrochlorothiazide gave systolic/diastolic mean placebo-adjusted blood pressure reductions at trough (24 hours post-dosing) of 12.9/6.9 mmHg.In patients not adequately controlled (SeDBP≥90 mmHg) on irbesartan (up to 300mg) alone, the addition of 12.5mg hydrochlorothiazide gave an added reduction of up to 6.1 mmHg in trough (24 hours) diastolic blood pressure.In patients not adequately controlled (SeDBP 93-120 mmHg) on 25mg hydrochlorothiazide alone, the addition of irbesartan (75-150mg) gave an added systolic/diastolic mean reduction of 11.1/7.2 mmHg.Analysis of age, gender and race subgroups of patients showed that men and women, and patients over and under 65 years of age, had generally similar responses.The effect of irbesartan is apparent after the first dose, substantially present within 1-2 weeks, and reaches a maximal effect within 4-6 weeks. In long-term studies the effect of irbesartan appeared to be maintained for more than one year. After withdrawal of irbesartan, blood pressure gradually returned towards baseline; no rebound was observed. There was essentially no change in average heart rate in irbesartan-treated patients in controlled trials. Hypertension and type II diabetic renal diseaseThe Irbesartan Diabetic Nephropathy Trial (IDNT) was a multicentre, randomised, controlled, double-blind, morbidity and mortality trial comparing AVAPRO, amlodipine and placebo. In 1715 hypertensive patients with type II diabetes (proteinuria ≥ 900mg/day and serum creatinine 110-265 µmol/L in men and 90-265 µmol/L in women) the long-term effects (mean 2.6 years) of AVAPRO on the progression of renal disease and all-cause mortality were examined. In addition, a secondary end-point, the effect of AVAPRO on the risk of fatal or non-fatal cardiovascular events was assessed. Patients were randomised to receive AVAPRO 75mg, amlodipine 2.5mg, or matching placebo once-daily. Patients were thentitrated to a maintenance dose of 300mg AVAPRO, 10mg amlodipine, or placebo as tolerated. Additional antihypertensive agents (excluding ACE inhibitors, angiotensin II receptor antagonists and calcium channel blockers) were added as needed to help achieve blood pressure goal (≤ 135/85 or 10 mmHg reduction in systolic blood pressure if higher than 160 mmHg) for patients in all groups. AVAPRO demonstrated a 20% relative risk reduction in the composite primary endpoint (first occurrence of any of the following: doubling of serum creatinine, end-stage renal disease or all-cause mortality) compared to placebo (95% CI (3%, 34%), p =0.023) and a 23% relative risk reduction compared to amlodipine (95% CI (7%, 37%), p = 0.006). When the individual components of the primary endpoint were analysed, no effect in all cause mortality was observed, while a positive trend in the reduction in ESRD and a significant reduction in doubling of serum creatinine were observed. Similar blood pressure was achieved in the AVAPRO and amlodipine groups. There was no significant difference in the assessment of fatal or non-fatal cardiovascular events (cardiovascular death, non-fatal myocardial infarction, hospitalization for heart failure, permanent neurologic deficit attributed to stroke, or above-the-ankle amputation) among the three treatment groups.The study of the Effects of Irbesartan on MicroAlbuminuria in Hypertensive Patients with Type 2 Diabetes Mellitus (IRMA 2) was a multicentre, randomised, placebo-controlled, double-blind morbidity study, conducted in 590 hypertensive patients with type II diabetes, microalbuminuria (20 - 200mcg/min; 30 - 300mg/day) and normal renal function (serum creatinine ≤ 130 µmol/L in males and ≤ 100 µmol/L in females). The study examined as a primary endpoint the long-term effects (2 years) of AVAPRO on the progression to (overt) proteinuria (urinary albumin excretion rate [AER] > 200µg/min [> approximately300mg/day] and an increase in AER of at least 30% from baseline). In addition, after one and two years of treatment, the effect of AVAPRO on the change in overnight AER and the change in 24-hour creatinine clearance was assessed. Patients were randomised to receive AVAPRO 150mg, AVAPRO 300mg, or matching placebo once daily. Additional antihypertensive agents (excluding ACE inhibitors, angiotensin II receptor antagonists and dihydropyridine calcium blockers) were added as needed to help achieve blood pressure goal (≤ 135/85 mmHg) for patients in all groups. AVAPRO 300mg demonstrated a 70% relative risk reduction in the development of clinical (overt) proteinuria compared to placebo (95% CI (39%, 86%), p = 0.0004). AVAPRO 150mg demonstrated a 39% relative risk reduction in the development of proteinuria compared to placebo (95% CI (-8%, 66%), p = 0.085). In the intent to treat analysis, when the primary endpoint is adjusted for urinary albumin excretion rate and mean arterial pressure, AVAPRO 300mg demonstrated a 68% relative risk reduction, (95% CI (35%, 85%), p=0.002). The slowing of progression to clinical (overt) proteinuria was evident as early as three months and continued over the 2 year period. The decline in 24-hour creatinine clearance did not differ significantly among the 3 groups. Regression to normoalbuminuria (< 20µg/min; <30mg/day) was more frequent in the AVAPRO 300mg group (34%) than in the placebo group (21%).The adverse experiences reported in these two studies are summarised under ADVERSE REACTIONS- Hypertension and Type II Diabetic Renal Disease and PRECAUTIONS - Effect on Laboratory Tests.INDICATIONSAVAPRO is indicated for the treatment of hypertension.AVAPRO is indicated for delaying the progression of renal disease in hypertensive type II diabetics with persistent micro-albuminuria (≥ 30mg per 24 hours) or urinary protein in excess of 900mg per 24 hours.CONTRAINDICATIONSAVAPRO is contraindicated in patients who are hypersensitive to irbesartan or to any other component of the AVAPRO formulation.Pregnancy (See PRECAUTIONS-Use in Pregnancy)PRECAUTIONSHypotension - Volume-Depleted PatientsIrbesartan has been rarely associated with hypotension in hypertensive patients without other co-morbid conditions. Symptomatic hypotension, as with ACE inhibitors, may be expected to occur in sodium/volume-depleted patients such as those treated vigorously with diuretics and/or salt restriction, or on haemodialysis. Volume and/or sodium- depletion should be corrected before initiating therapy with irbesartan or a lower starting dose (e.g. 75 mg) should be considered. Patients undergoing haemodialysis should receive a starting dose of 75 mg and the dose should be adjusted according to B.P. response.Renal FunctionAs a consequence of inhibiting the renin-angiotensin-aldosterone system, changes in renal function may be anticipated in susceptible individuals. In patients whose renal function depends on the activity of the renin-angiotensin-aldosterone system (e.g., hypertensive patients with renal artery stenosis in one or both kidneys, or patients with severe congestive heart failure), treatment with drugs that affect this system has been associated with oliguria and/or progressive azotemia and (rarely) with acute renal failure and/or death. The possibility of a similar effect occurring with the use of an angiotensin II receptor antagonist, including irbesartan cannot be excluded.In hypertensive type II diabetic patients with proteinuria (≥ 900mg/day), a population which has a high risk of renal artery stenosis, no patient treated with AVAPRO in IDNT had an early acute rise in serum creatinine attributable to renal artery disease. (See CLINICAL TRIALS)Experience is limited with irbesartan in patients with moderate to severe renal impairment; careful monitoring of renal function and potassium in such patients is advised. HyperkalaemiaWhile hyperkalaemia in uncomplicated patients with hypertension has not been reported with irbesartan, hyperkalaemia may occur during treatment with other drugs that affect the renin-angiotensin-aldosterone system, especially in the presence of renal impairment and/or heart failure. Adequate monitoring of serum potassium in patients at risk is recommended.Cardiac DisordersThe safety of irbesartan in the presence of heart failure has not been fully defined. Sudden death has occurred in some studies of patients with heart failure, and although such deaths may have reflected the natural history of the underlying heart failure, caution is recommended when treating such patients with irbesartan.At this time, experience is limited with irbesartan in the treatment of patients with ventricular dysfunction or cardiac arrhythmias; caution is advised.Effects on FertilityFertility and reproductive performance were not affected in studies of male and female rats at oral doses of up to 650 mg/kg/day (approximately 3 (male) and 8 (female) fold higher exposure, based on AUC, than that of humans at the maximum recommended clinical dose of 300mg/day).Use in Pregnancy Category DDrugs that act directly on the renin-angiotensin system can cause foetal and neonatal morbidity and death when administered to pregnant women. Several dozen cases have been reported in the world literature in patients who were taking angiotensin-converting enzyme inhibitors. When pregnancy is detected, AVAPRO should be discontinued as soon as possible.The use of drugs that act directly on the renin-angiotensin system during the second and third trimesters of pregnancy have been associated with foetal and neonatal injury, including hypotension, neonatal skull hypoplasia, anuria, reversible or irreversible renal failure, and death. Oligohydramnios has also been reported, presumably resulting from decreased foetal renal function; oligohydramnios in this setting has been associated with foetal limb contractures, craniofacial deformation and hypoplastic lung development. Prematurity, intrauterine growth retardation and patent ductus arteriosus have also been reported, although it is not clear whether these occurrences were due to exposure to the drug.These adverse effects do not appear to have resulted from intrauterine drug exposure that has been limited to the first trimester. Mothers whose embryos and foetuses are exposed to an angiotensin II receptor antagonist only during the first trimester should be so informed. Nonetheless, when patients become pregnant, physicians should have the patient discontinue the use of AVAPRO as soon as possible.Infants with histories of in utero exposure to an angiotensin II receptor antagonist should be closely observed for hypotension, oliguria and hyperkalemia.When pregnant rats were treated with irbesartan from day 0 to day 20 of gestation, at doses of 50mg/kg/day and higher, transient effects (increased renal pelvic cavitation, hypoureter or subcutaneous oedema) were noted in full term rat foetuses but not in the young animals necropsied after 6 weeks of age. In pregnant rabbits, at doses of 30mg/kg/day, maternal mortality, abortion and early foetal resorptions were noted. No teratogenic effects were observed in the rat or rabbit.Use in LactationIrbesartan is excreted in the milk of lactating rats. It is not known whether irbesartan or its metabolites are excreted in human milk. A decision should be made whether to discontinue breast feeding or to discontinue the drug, taking into account the importance of irbesartan to the therapy of the mother and the potential risk to the infant.Paediatric UseSafety and effectiveness in paediatric patients have not been established.Use in the ElderlyAmong patients who received irbesartan in clinical studies, no overall differences in efficacy or safety were observed between older patients (65 years or older) and younger patients. GenotoxicityIrbesartan was not genotoxic in a series of assays for mutagenic and clastogenic effects. CarcinogenicityThe carcinogenic potential of irbesartan was assessed in two 104 week studies in mice and rats. No carcinogenic potential was observed in either species at doses of up to 500mg/kg/day (males rats) and 1000 mg/kg/day (mice and female rats) The AUC based exposure levels were 3 - 6 fold higher in mice, 3 fold higher in male rats and 25 fold higher in female rats than that of humans at the maximum recommended clinical dose of 300 mg/day.Effect on Laboratory TestsNo clinically significant changes in laboratory test parameters occurred in controlled clinical studies of hypertension. No special monitoring of laboratory parameters is necessary for patients with uncomplicated essential hypertension. Monitoring of potassium levels and renal function is recommended for patients with heart failure and those with moderate to severe renal impairment (see PRECAUTIONS).In two clinical studies of patients with hypertension and type II diabetic renal disease (IDNT and IRMA2) the following was reportedHyperkalaemia: In IDNT the percent of subjects with hyperkalaemia (>6 mmol/L) was 18.6% in the AVAPRO group compared to 6.0% in the placebo group. In IRMA 2 the percent of subjects with hyperkalaemia (>6 mmol/L) was 1.0% in the AVAPRO groups and none in the placebo group. In IDNT discontinuations due to hyperkalaemia in the AVAPRO group were 2.1% vs 0.36% in the placebo group. In IRMA 2 discontinuations due to hyperkalaemia in the AVAPRO groups were 0.5% vs none in the placebo group.INTERACTIONS WITH OTHER MEDICINESBased on in vitro data, no interactions would be expected to occur with drugs whose metabolism is dependent upon cytochrome P450 isoenzymes CYP1A1, CYP1A2, CYP2A6, CYP2B6, CYP2D6, CYP2E1 or CYP3A4. Irbesartan is primarily metabolised by CYP2C9, however, during clinical interaction studies, no significant pharmacodynamic interactions were observed when irbesartan was co-administered with warfarin (a drug metabolised by CYP2C9).Irbesartan does not affect the pharmacokinetics of digoxin. The pharmacokinetics of irbesartan is not affected by coadministration with nifedipine or hydrochlorothiazide.Potassium-sparing diuretics, potassium supplements, potassium containing salt substitutes. Based on experience with the use of other drugs that affect the renin-angiotensin system, concomitant use of potassium-sparing diuretics, potassium supplements, or salt substitutes containing potassium may lead to increases in serum potassium.LithiumReversible increases in lithium concentrations have been very rarely reported with irbesartan. Therefore if coadministration of AVAPRO and lithium proves necessary, careful monitoring of serum lithium levels is necessary.Combination use of ACE inhibitors or angiotensin receptor antagonists, anti-inflammatory drugs and thiazide diureticsConcomitant use of a renin-angiotensin system inhibiting drug (ACE-inhibitor or angiotensin receptor antagonist), and an anti-inflammatory drug (NSAID, including COX-2 inhibitor) alone or with a thiazide diuretic may increase the risk of renal impairment, including possible acute renal failure. These effects are usually reversible. This includes use in fixed-combination products containing more than one class of drug. The combination of these agents should be administered with caution, especially in the elderly, volume-depleted, and in patients with pre-existing renal impairment. Renal function (serum creatinine) should be monitored after initiation of concomitant therapy, and periodically thereafter. The antihypertensive effect of angiotensin II receptor antagonists, including irbesartan, may be attenuated by NSAIDs including selective COX-2 inhibitors.Effects on Ability to Drive or Use MachinesThe effect of irbesartan on ability to drive and use machines has not been studied. When driving vehicles or operating machines , it should be taken into account that occasionally dizziness or weariness may occur during treatment of hypertension.ADVERSE EFFECTSHypertensionIrbesartan has been evaluated for safety in approximately 5000 subjects in clinical studies, including 1300 hypertensive patients treated for over 6 months and over 400 patients treated for one year or more. Adverse events in patients receiving irbesartan were generally mild and transient with no relationship to dose. The incidence of adverse events was not related to age, gender, or race.In placebo-controlled clinical studies, including 1965 irbesartan-treated patients (usual duration of treatment 1 to 3 months), discontinuations due to any clinical or laboratory adverse event were 3.3 percent for irbesartan-treated patients and 4.5 percent for placebo-treated patients (p=0.029).Clinical adverse events, occurring in at least 1% of patients treated with irbesartan in placebo controlled trials are shown in the table below. The incidence of the same adverse events in the placebo control group is also shown.Clinical Adverse Events* in Placebo-Controlled Hypertension TrialsIncidencePercentage (%) of Patients*BODY SYSTEM/EVENT Irbesartann=1965Placebon=641GeneralFatigueInfluenza Chest pain 4.32.31.83.72.01.7CardiovascularOedemaTachycardia 1.51.22.30.9GastrointestinalDiarrhoeaNausea/VomitingDyspepsia/Heartburn Abdominal Pain 3.12.11.71.42.22.81.12.0Nervous SystemDizzinessHeadache aAnxiety/Nervousness 4.912.31.15.016.70.9DermatologicalRash 1.3 2.0 Musculoskeletal/ConnectiveMusc/Skel PainMusc/Skel Trauma a 6.61.96.60.5Renal/GenitourinaryUTI 1.1 1.4 RespiratoryUpper Resp. Infection Sinus AbnormalityCoughPharyngitisRhinitis 8.53.42.82.21.96.25.02.72.52.8a Statistically significant difference between irbesartan and placebo treatment groups.Adverse reactions that occurred in 2 or more hypertensive patients in clinical trials involving 3396 patients have been classified using standard terminology and in the following listing are categorised by body system and listed in order of decreasing frequency according to the following definitions: common adverse reactions are those occurring on one or more occasions in at least 1/100 but less than 1/10 patients; uncommon adverse reactions are those occurring in at least 1/1000 but less than 1/100 patients; rare adverse reactions are those occurring in less than 1/1000 patients.Cardiovascular : Uncommon: subjective rhythm disturbance, flushing, ECG abnormality, cardiac murmur, cardiac rhythm disturbance, orthostatic hypotension, atrial rhythm disturbance, bradycardia, hypotension; Rare:syncope, conduction disorder, myocardial infarction.Dermatologic : Uncommon: pruritus, facial erythema; Rare: dermatitis, acne,scalp-hair abnormality.Endocrine/Metabolic/Electrolyte Imbalance : Uncommon: sexual dysfunction, libido change; Rare: breast disorder, gout, hot flashes.Gastrointestinal :Uncommon: constipation, flatulence, dry mouth, abdomen distention; Rare: abnormal stool, decreased appetite, increased appetite, oral lesion, dysphagia, oesophagitis.General : Uncommon: weakness, hyperhidrosis, malaise, weight gain; Rare: cold sensation, warmth sensation, pain.Hematopoietic : Rare: anaemia.Immunology/Sensitivity Disorder : Uncommon: upper extremity oedema ; Rare: head/neck oedema.Musculoskeletal/Connective Tissue : Uncommon: muscle cramp, swelling extremity; Rare: arthritis, muscle ache, myalgia, extremity weakness, stiffness lower extremity.Nervous System : Uncommon: orthostatic dizziness, numbness, sleep disturbance, depression, emotion labile/disturbance, somnolence, vertigo, paresthesia; Rare: stress related disorder, tremor, coordination disturbance, disturbing dreams.Renal/Genitourinary : Uncommon: urination abnormality.Respiratory : Uncommon: epistaxis, dyspnea.Special Senses : Uncommon: vision disturbance, hearing abnormality; Rare: eye disturbance -other, eyelid abnormality, visual field abnormality, medication bad taste, taste disturbance. Hypertension and Type II Diabetic Renal DiseaseIn clinical studies (see CLINICAL TRIALS, Hypertension and type II diabetic renal disease), the adverse experiences were similar to those in clinical trials of hypertensive patients with the exception of orthostatic symptoms (dizziness, orthostatic dizziness and orthostatic hypotension) observed in IDNT (proteinuria ≥ 900mg/day, and serum creatinine from 90 - 265 µmol/L). In IDNT orthostatic symptoms occurred more frequently in the AVAPRO。

洛基英语右脑频闪学习软件使用说明书

目录1.软件主要特点 (2)(1) 海量的资源，真实的语境 (2)(2) 鼠标一点，要听那一句就播放那一句，精确定位，可以显示或隐藏中英字幕 (2)(3) 最完美的导出功能 (3)(4) 录音对比 (3)(5) 非常实用人性化的的听写，隐藏显示功能 (3)(6) 强大的单词本 (4)(7) 英语资料管理 (4)(8) 完美的音标 (4)(9) 完美的语法 (4)(10) 强大的笔记和资料管理功能 (5)(11) 还有学习记录保存，学习进度保存，录音机，英文朗读机等 (5)(12) 软件界面华丽，布局简单，操作方便，有十多种皮肤更换 (5)2.注意事项 (5)3.正式版安装和注册步骤 (6)1.软件主要特点(1) 海量的资源，真实的语境英文歌曲，电台录音（如BBC、VOA），教材（如新概念、走遍美国），好来坞的大片，热播的电视连续剧，只要你喜欢，只要适合你学习，你就可以拿来做你的英语学习材料。

我们的洛基英语右脑频闪学习机，可以帮助你听懂美国大片中的每一句话。

想想看，当你不用字幕就能看懂整部大片，看懂正在热播的电视剧，哇，那感觉该有多棒！电影电视等视频，为我们提供了影像、声音、情景等，构造出真实的语境，10倍速提升英语学习效率！(2) 鼠标一点，要听那一句就播放那一句，精确定位，可以显示或隐藏中英字幕自主开发的播放器，可以随心所欲操控视音频，可以对不同的句子指定不同的播放次数，可以随时进入一句话的循环播放，不用像复读机操作那么麻烦，浪费那么多时间和精力；可以对句子标识难度等级，以难度等级排序，可以对难句狂轰滥炸，对易句不浪费时间。

(3) 最完美的导出功能无论是电影文件还是MP3文件，都可以把里面的一些难句重点句导出成一个新的MP3文件和一个附带的歌词Lrc文件，然后你就可以在手机和MP3播放器上征服这些难点重点句，反反复复，把它们熟悉到像Mother这个词这么熟。

可以把多个媒体文件摘录的单词导出成一个新的MP3文件和一个附带的Lrc文件，然后在手持设备上征服它们。

机甲露宝

暴走金刚/撞击陀螺（ガラゴロ）（其中负责照顾杰伊的陀螺粤语配音为李致林）球形机器人，变形时会伸出四肢。许多灾难事故都是它们所引起的。
黑暗救难机器人（BLマシンロボ）机器人司令：无模仿救难机器人制作而成的邪恶机器人，机体颜色以黑色为主。
特殊用语
特殊用语
特殊才能育成法标榜“只要具备特殊才能，即使是小孩子也可从事各种专业工作”的法律。
宫岛武藏（宫岛武藏）（CV/日：杉野博臣台：黑狗兄港：潘文柏）疾速红翼小队所属教官。很热血的教官，指导非常严苛，很重视队员们的能力。之后成为救难特警队第二任长官。
佐佐木幸四郎（佐々木幸四郎）（CV/日：置鲇龙太郎台：李世扬港：陈卓智）蓝色警报小队所属教官。出身于警界特殊部队，平时看似很冷静，但在所属小队遇上麻烦时仍旧难免会失控。离开救难特警队之后回到了原本的工作岗位上。
X合体（エクス合体）主力救难机器人之间可互相交换各自的辅助机器人进行合体，各小组间亦可互相支援。
主题歌曲
主题歌曲
片头曲《Go!Go!レスキュー!”（Go!Go!Rescue!）》作词、作曲：影山ヒロノブ编曲：川野阳吾演唱：JAM Project 片尾曲《マーチオブレスキューヒーロー”（March of Rescue Hero）》作词、作曲：影山ヒロノブ编曲：须藤贤一演唱：JAM Project
反派角色
凯萨G/帝皇G（カイザーG）（CV/日：中田和宏台：孙诚/粤：李锦纶）迪杰星的首领。专门制造灾害。能预测救难机器人的行动。
哈萨特上校（ハザード大佐）（CV/日：野岛健儿台：李世扬）迪杰星最高干部。创造了黑暗救难机器人。在杰伊背叛迪杰星后，他亲自领导引起了大多数的灾害。习惯一边敬礼一边喊“帅呀！”。
从父亲那继承剑狼和天空宙心拳的罗姆为了阻止加迪斯的野心，与妹妹蕾娜、好友捷特、多利鲁、杰米一起踏上了征程……

Gigabyte Management Console User's Guide

Gigabyte Management ConsoleUser’s Guide(For ASPEED AST 1250 Chipset)Version: 1.0Table of ContentsUsing Your Gigabyte Management Console (2)Gigabyte Management Console Key Features and Functions (3)Initial Setup (4)Configuring the Management Network (4)Software Install (5)Prerequisites on remote management PC (5)Install Java Tool (5)Gigabyte Management Console Network Configuration (6)Using the Web UI (8)Gigabyte Management Console Overview (9)Enter Gigabyte Management Console (10)Properties (10)Configuration (11)Network (11)Network Security (12)Security (13)Users (14)Services (15)Time Setting (16)Language (17)Sessions (18)LDAP (19)Firmware Updates (20)Utilities (21)FAN Profiles (22)Server Information (23)Sensor Monitor (23)Power Control (24)Power Consumption (25)System Event Log (26)Event Management (27)Platform Event (27)Trap Settings (28)Email Settings (29)Node Information (30)Node Status (30)Node MAC Address (31)Using Your Gigabyte Management ConsoleThe Gigabyte Management Console has a user-friendly Graphics User Interface (GUI) called the Gigabyte Management Console GUI. It is designed to be easy to use. It has a low learning curve because it uses a standard Internet browser. You can expect to be up and running in less than five minutes. This chapter allows you to become familiar with the Gigabyte Management Console GUI’s various functions. Each function is described in detail.Gigabyte Management Console Key Features and Functions ∙Support IPMI v2.0∙Out-of-band monitoring and control for sever management over LAN.∙FRU information report includes main board part number, product name, and manufacturer, etc.) ∙Health status/Hardware monitoring report.∙Events log, view, and clear.∙Event notification via PET (Platform Event Trap).∙Platform Event Filtering (PEF) to take selected action for selected events.∙Chassis management includes power control and status report, front panel buttons and LEDs control.∙Support multi-session user, and alert destination for LAN channel.Initial SetupConfiguring the Management NetworkSelect whether you want to use your CMC’s Ethernet port for stacking (daisy-chained) or use the two CMC Ethernet ports in a redundant manner (ringed).Stacking is best for customers who would like to take advantage of the cable consolidation feature of Multiple-Nodes. It is easy to use an in-band agent like Gigabyte Management Console in the rare case of a CMC port failure.Select the redundant network connection method for a more reliable connection to the management network. This type of network connection changes the default CMC setting before connecting to the network switch.To use this configuration, make sure your top LAN switch supports spanning tree protocol.Standard Shipping Configuration: with one hub and one CMC LAN port.Optional Configuration (Sold Separately): Add an additional hub for stacking or redundant configuration.Stacking Configuration Redundant ConfigurationSoftware InstallPrerequisites on remote management PCBefore installing Java tool, please check your system for the following required configuration requirements:●Supported Browsers:⏹Internet Explorer 8 - 11⏹Google chrome Version 29.0.1547.66m⏹Firefox 2.0●JA V A Recommended Version 8 Update 25 or later version (file size: ~ 623KB)Install Java ToolPlease follow the instruction to install Java in Windows operating system.1.Go to 2.Click Download on the middle of the home page.3.Click on Agree and Start Free Download4.Click see all Java downloads5.Select the operating system you are using.6.Choose the folder location. (Save the file to a known location on your computer)7.Click Save.8.Click Yes to replace.9.Verify that the●Name of the file is JavaSetup8u25.exe●Size is approximately 623KB.10.Close all applications including the browser.11.Double-click on the saved file icon to start the installation process.Gigabyte Management Console Network ConfigurationPlease follow the instruction to enable the console redirection function.1.Plug the VGA port to one of the node system.2.Boot up your node system.3.You can gather the BMC IP address on the POST screen.4.Or, Go to BIOS setup menu.5.Select Server Management.6.Select BMC network Configuration7.Define Configuration Address source to DynamicbmcDhcp or Static.8.Save and Exit.9.The BMC IP Address will appear on the IPv4 Address parameter.10.Save the configuration and exit BIOS setup menu.11.Open a web browser and type in your identified IP.12.Enter the following values:Username: adminPassword: password13.Go to the Properties page.14.Gathering the CMC identified IP address.Using the CMC Web UIThe CMC firmware features an embedded web server, enabling users to connect to the CMC using an Internet browser (Microsoft® Internet Explorer™).The web server shall support 4 concurrent connectionsWeb-based GUI is supported on the following browsers:Microsoft Windows:• Internet Explorer 8 ~ 12• Mozilla® Firefox® 2.0 or laterLinux:Mozilla Firefox 2.0 or laterGigabyte Management Console Overview1.Open a web browser and type in your identified IP. The IP address can be found using yourDHCP server.2. A dialog box prompts you to enter Username and Password.3.Enter the following values:Username: adminPassword: passwordWhen you log in using the root user name and password, you have full administrative powers. It is advised that once you log in, you change the root password.Enter Gigabyte Management ConsoleAfter you successfully log into your Gigabyte Management Console, the Remote Management Console GUI appears.PropertiesProperties displays the firmware version of current remote client system.ConfigurationNetworkYou can view and modify the network settings on this screen. Select the Network Mode from the drop-down list.1.Dedicate ModeWhen set to Dedicate Mode, you can configure the CMC related settings through the CMC port. Click Apply Change to save the settings.Network SecurityYou can configure the network security settings on this screen. Check the IP Blocking Enabled box and input the desire value of IP Blocking Fail Count, IP Blocking Fail Window, and IP Blocking Penalty Time. After you finish the configuration, click Apply Change to save the settings.SecurityThe Security page shows the current certificate status.To generate a new certificate, click Generate Certificate. To upload a certificate, click Upload Certificate.UsersTo configure a specific user, click the Users ID. To display new user information, click Refresh. NOTE: CMC convention for enabling an ‘anonymous’ login is to configure the entry for User ID 1 with a null username (all zero’s) and a null password (all zero’s). Applications may then present this to the user as an anonymous login.ServicesYou can configure the web server parameters (such as, HTTP Port Number, HTTPS Port Number, and Timeout) on a remote computer. By default, the timeout is 1800 seconds.When you finish the configuration, click Apply Changes.Time SettingThis page provides the mechanism to configure the Network Time acquisition method. With Administrator or Operator privilege level, you can modify configuration settings and click the Apply Changes button to execute the settings, as well as click the Sync Time Now button (when in Requested Mode) to request an immediate clock set.Network Time ProtocolOperation ModeConfigures the Operation Mode. You can Disable NTP, set Requested Mode, or Daemon Mode in this parameter.In Requested Mode, you can request an immediate clock synchronization with the NTP server; request will be sent when click the Sync Time Now button.The Daemon Mode runs NTP daemon which sends a NTP request at approximately 5 minute intervals. Multiple NTP servers may be specified to provide redundancy.Time Synchronization MethodSpecifies the synchronization method for Requested Mode. Select Slew mode when you want to adjust the time smoothly over time if there are time sensitive applications in place. Select Step mode to aggressively change the time using settimeofday() system call.Time Zone SettingConfigure the client time zone in this parameter.When you finish the configuration, click Apply Changes.LanguageThis page allow users to choose preferred language when using the WebUI. When you finish the configuration, click Apply Change.SessionsThis screen displays information on Active Sessions. Additionally, the trash can icon provides the delete function for privileged users. Click Session log to view the session log. Click Refresh to refresh the Sessions status.LDAPLDAP screen allows download user list of LDAP server then create Gigabyte Management Console user account from this list directly.Check the box below to enable LDAP authentication and enter the required information to access the LDAP server. Click Apply Changes to save your changes.Firmware UpdatesThe firmware can be updated remotely.To update firmware, follow the instruction below:1.Select Update Type.2.Select the file on your local system by using Browse. Click Upload to update to the new version of firmware.UtilitiesUtilities provides CMC reboot and Factory default restore functions.1.To reboot system, click Reboot.2.To restore factory default, click Factory Default.3.To Adjust the PWM offset for the system fans, enter offset values and click Submit.4.To update Logo, select the file on your local system using Browse and click Update.Fan ProfilesFan Profiles provides user to configure the system fan control policy.Server InformationSensor MonitorThe Sensor monitor provides general configuration for related system hardware monitoring. To view the Probe list, click Show Graph. And click Refresh to update current probe list.Power ControlThe Power Control allows you to power on/off/cycle the remote host system. Additionally you can see the remote power status.To perform the power control operation, select the operation and click Apply Changes.Power ConsumptionThis section allows user to configure the power policies for the system.System Event LogIt records the event when sensor has an abnormal state. When the log matches the pre-defined alert, the system sends out the notification automatically, if it is pre-configured.Event ManagementPlatform EventA platform event filter (PEF) can trigger an action and generate an alert when a critical hardware-related event occurs. For each PEF, you can choose the action to be taken when a platform event occurs.You can also choose to generate and send an alert when a platform event occurs. In the Platform Events screen, you can enable the generation of platform event alerts globally by clicking Global Alerting Enable.When you finish the configuration, click Apply Changes.In the Trap Settings, user can set the IPv4 and Ipv6 Destination List.IPv6 and IPv4 are two completely separate protocols. IPv6 is not backwards compatible with IPv4, and IPv4 hosts and routers will not be able to deal directly with IPv6 traffic.IPv6 has a significantly larger address space than IPv4. This results from the use of a 128-bit address, whereas IPv4 uses only 32 bits.When you finish the configuration, click Apply Changes.If you want the alert to be sent by email, you can configure to specify the e-mail address, subject and message in the Email Settings. After you finish the configuration, click Apply Change to save the settings.SMTPSet E-mail (SMTP) server IP address for sending alert notification to user.Check the SMTP Authentication Enabled box and enter the SMTP IP address, User Name, Password; select the STARTTLS Mode and SASL Mode from the drop-down list.When you finish the configuration, click “Apply Changes”.Node InformationNode StatusThis page displays the technical specifications of the connected node. Click Refresh to refresh current connected node information.Node MAC AddressThis page displays the connected node MAC address information.Click Refresh to refresh current connected node MAC address information.。

VESA_Timing

Monitor Timing Standard 860 Hillview Court, Suite 150 Phone: 408-957-9270 Milpitas, CA 95035 Fax: 408-957-9277Proposed VESA and Industry Standards and Guidelinesfor Computer Display Monitor Timing (DMT)Version 1.0, Revision 12p, Draft 1Date is 3/13/08This document includes all current VESA Monitor Timing Standards & Guidelines.'Guidelines' are subjected to the same VESA review and approval process as 'Standards', but are designated as 'Guidelines' to ease concerns on the part of some VESA members that VESA is 'endorsing' these timing standards. 'Guidelines' designations are typically used for lower resolutions or lower refresh rates that are in common industry use in lower-performance systems. For reference, this document also includes a number of industry standard timings (de-facto standards) for the computer industry.This document is the primary means of distribution for all VESA Monitor Timing Standards and Guidelines. The standards and guidelines covered by this document are outlined on the following page.Table of ContentsIntellectual Property (4)Trademarks (4)Patents (4)Support (4)1. DMT Standards and Guidelines Summary (6)2. DMT Standard Codes & IDs Summary (9)3. DMT Video Timing Parameter Definitions: (12)3.1 DMT Video Timing Parameter Definitions - Positive H & Positive V Syncs: (12)3.2 DMT Video Timing Parameter Definitions - Positive H & Negative V Syncs: (12)3.3 DMT Video Timing Parameter Definitions - Negative H & Negative V Syncs: (12)3.4 DMT Video Timing Parameter Definitions - Negative H & Positive V Syncs: (13)3.5 DMT Video Timing Parameter Definitions - Total Frame Timing: (13)4. DMT Timing Specifications (14)Timing Specifications for 640x350 at 85 Hz (15)Timing Specifications for 640x400 at 85 Hz (16)Timing Specifications for 720x400 at 85 Hz (17)Timing Specifications for 640x480 at 60, 72, 75 & 85 Hz........................................................................18-21 Timing Specifications for 800x600 at 56, 60, 72, 75 & 85 Hz..................................................................22-26 Timing Specifications for 800x600 at 120 Hz CVT (Reduced Blanking) (27)Timing Specifications for 848x480 at 60 Hz (28)Timing Specifications for 1024x768 at 43 (Int.), 60, 70, 75, & 85 Hz......................................................29-33 Timing Specifications for 1024x768 at 120 Hz CVT (Reduced Blanking). (34)Timing Specifications for 1152x864 at 75 Hz (35)Timing Specifications for 1280x768 at 60 Hz CVT (Reduced Blanking) (36)Timing Specifications for 1280x768 at 60, 75& 85 Hz.............................................................................37-39 Timing Specifications for 1280x768 at 120 Hz CVT (Reduced Blanking). (40)Timing Specifications for 1280x800 at 60 Hz CVT (Reduced Blanking) (41)Timing Specifications for 1280x800 at 60, 75 & 85 Hz............................................................................42-44 Timing Specifications for 1280x800 at 120 Hz CVT (Reduced Blanking). (45)Timing Specifications for 1280x960 at 60 & 85 Hz..................................................................................46-47 Timing Specifications for 1280x960 at 120 Hz CVT (Reduced Blanking). (48)Timing Specifications for 1280x1024 at 60, 75 & 85 Hz..........................................................................49-51 Timing Specifications for 1280x1024 at 120 Hz CVT (Reduced Blanking).. (52)Timing Specifications for 1360x768 at 60 Hz (53)Timing Specifications for 1360x768 at 120 Hz CVT (Reduced Blanking) (54)Timing Specifications for 1366x768 at 60 Hz (55)Timing Specifications for 1400x1050 at 60 Hz CVT (Reduced Blanking) (56)Timing Specifications for 1400x1050 at 60, 75 & 85 Hz..........................................................................57-59 Timing Specifications for 1400x1050 at 120 Hz CVT (Reduced Blanking).. (60)Timing Specifications for 1440x900 at 60 Hz CVT (Reduced Blanking) (61)Timing Specifications for 1440x900 at 60, 75 & 85 Hz............................................................................62-64 Timing Specifications for 1440x900 at 120 Hz CVT (Reduced Blanking). (65)Timing Specifications for 1600x1200 at 60, 65, 70, 75, & 85 Hz.............................................................66-70 Timing Specifications for 1600x1200 at 120 Hz (Reduced Blanking).. (71)Timing Specifications for 1680x1050 at 60 Hz CVT (Reduced Blanking) (72)Timing Specifications for 1680x1050 at 60, 75 & 85 Hz..........................................................................73-75 Timing Specifications for 1680x1050 at 120 Hz CVT (Reduced Blanking).. (76)Timing Specifications for 1792x1344 at 60 & 75 Hz................................................................................77-78 Timing Specifications for 1792x1344 at 120 Hz CVT (Reduced Blanking).. (79)Timing Specifications for 1856x1392 at 60 & 75 Hz................................................................................80-81 Timing Specifications for 1856x1392 at 120 Hz CVT (Reduced Blanking).. (82)Timing Specifications for 1920x1080 at 60 Hz (83)Timing Specifications for 1920x1200 at 60 Hz CVT (Reduced Blanking) (84)Timing Specifications for 1920x1200 at 60, 75 & 85 Hz..........................................................................85-87 Timing Specifications for 1920x1200 at 120 Hz CVT (Reduced Blanking).. (88)Timing Specifications for 1920x1440 at 60 & 75 Hz................................................................................89-90 Timing Specifications for 1920x1440 at 120 Hz CVT (Reduced Blanking).. (91)Timing Specifications for 2560x1600 at 60 Hz CVT (Reduced Blanking) (92)Timing Specifications for 2560x1600 at 60, 75 & 85 Hz..........................................................................93-95 Timing Specifications for 2560x1600 at 120 Hz CVT (Reduced Blanking).. (96)TablesTable 1-1: Summary of Display Monitor Timings – Standards and Guidelines (6)Table 2-1: Summary of DMT ID, STD 2 Byte & CVT 3 Byte Codes (9)Intellectual Property© Copyright 1994, 1995, 1996, 1998 – 2008 Video Electronics Standards Association. All other rights reserved.While every precaution has been taken in the preparation of this standard, VESA and its contributors assume no responsibility for errors or omissions, and make no warranties, expressed or implied, of functionality or suitability for any purpose.TrademarksAll trademarks used in this document are property of their respective owners. DMT and VESA are trademarks of the Video Electronics Standards Association.PatentsVESA draws attention to the fact that it is claimed that compliance with this specification may involve the use of a patent or other intellectual property right (collectively, “IPR”). VESA takes no position concerning the evidence, validity, and scope of this IPR.Attention is drawn to the possibility that some of the elements of this VESA Specification may be the subject of IPR other than those identified above (Silicon Image). VESA shall not be held responsible for identifying any or all such IPR, and has made no inquiry into the possible existence of any such IPR.THIS SPECIFICATION IS BEING OFFERED WITHOUT ANY WARRANTY WHATSOEVER, AND IN PARTICULAR, ANY WARRANTY OF NON-INFRINGEMENT IS EXPRESSLY DISCLAIMED. ANY IMPLEMENTATION OF THIS SPECIFICATION SHALL BE MADE ENTIRELY AT THE IMPLEMENTER’S OWN RISK, AND NEITHER VESA, NOR ANY OF ITS MEMBERS OR SUBMITTERS, SHALL HAVE ANY LIABILITY WHATSOEVER TO ANY IMPLEMENTER OR THIRD PARTY FOR ANY DAMAGES OF ANY NATURE WHATSOEVER DIRECTLY OR INDIRECTLY ARISING FROM THE IMPLEMENTATION OF THIS SPECIFICATION.SupportIf you have a product that incorporates any of the standards in this document, you should ask the company that manufactured your product for assistance. If you are a display or controller manufacturer, VESA can assist you with any clarifications you may require. All comments or reported errors should be submitted in writing to VESA using one of the following methods:Fax: 408-957-9277, Technical SupportEmail: support@Mail: Video Electronics Standards Association860 Hillview Ct., Suite 150Milpitas, CA 95035Revision HistoryVersion 1.0 Revision 0.0 Sept. 12, 1994 Initial Release of the StandardVersion 1.0 Revision 0.1 Oct. 10, 1994 Fixed sync polarity of 1024x768 @ 60 & 70 Hz. Removedpage numbers so new timings could be added.Version 1.0 Revision 0.2 Nov. 4, 1994 Added notes & comments to clarify timing of interlaced modes. Version 1.0 Revision 0.3 Feb. 16, 1995 Fixed miscellaneous typosVersion 1.0 Revision 0.4 May 4, 1995 Added EDID IDs for DDC, fixed 1024x768 interlace verticaltimes.Version 1.0 Revision 0.5 June 14, 1995 Added BIOS mode #s, fixed miscellaneous typosVersion 1.0 Revision 0.6 April 10, 1996 Added new modes from VDMTPROP V1.0, R0.6 passed instds,1152x864@75,1280x960@60).HzMarch1996(85Version 1.0 Revision 0.6a Sept. 8, 1996 Reformatted to Word 6 for electronic distributionVersion 1.0 Revision 0.7 Dec. 18, 1996 Added new modes from VDMTREV V1.0, R0.8 passed in70,75,65,85)1996Dec.(1280x1024@60,1600x1200@60,Version 1.0 Revision 0.8 July 22, 1998 Added 1792x1344, 1856X1392 & 1920x1440 all @60, 75 Hz.Hz.Correctedfor1600x1200@85codeEDIDVersion 1.0 Revision 0.9 Aug. 21, 2003 Added 848x480@60 Hz, CVT 1280x768 timings,timings,&1400x1050CVT1360x768@60Hz,CVT1920x1200 timings based on US & Japan workgroup requests. Version 1.0 Revision 10 July 14, 2004 Added CVT 1.30MA (1440x900) & CVT 1.76MAformats.(1680x1050)Version 1.0 Revision 11 May 1, 2007 Added several DMT CVT Reduced Blanking Timings,Hz1280x800@60/75/852560x1600@60/75/85Hztimings,and DMT IDs.Version 1.0 Revision 12 TBD Added timing definitions for 1366x768 @ 60 Hz and1920x1080 @ 60 Hz. Updated Tables 1 and 2.1. DMT Standards and Guidelines SummaryTable 1-1 contains a summary of display monitor timings (DMT) that are defined in this standard. All DMTs listed in Table 1-1 are non-interlaced video timing modes - unless otherwise specified using the symbol “(Int.)”. The symbol “(Int.)” means that this DMT is interlaced. All DMTs listed in Table 1-1 include normal video blanking - unless otherwise specified using the symbol “(RB)”. The symbol “(RB)” means that this DMT includes Reduced Blanking. Reduced Blanking timings can only be generated using the Coordinated Video Timing (CVT) Formula. Complete timing specifications for these DMTs are defined in section 7.Table 1-1: Summary of Display Monitor Timings – Standards and GuidelinesPixel Format Refresh Rate Horizontal Frequency Pixel Frequency Standard Type OriginalDocument Date 640 x 350 85 Hz 37.9 kHz 31.500 MHz VESA Standard VDMTPROP 3/1/96 640 x 400 85 Hz 37.9 kHz 31.500 MHz VESA Standard VDMTPROP 3/1/96 720 x 400 85 Hz 37.9 kHz 35.500 MHz VESA Standard VDMTPROP 3/1/96 60 Hz31.5 kHz 25.175 MHz Industry Standard n/a n/a 72 Hz 37.9 kHz 31.500 MHz VESA Standard VS901101 12/2/92 75 Hz 37.5 kHz 31.500 MHz VESA Standard VDMT75HZ 10/4/93 640 x 48085 Hz 43.3 kHz 36.000 MHz VESA Standard VDMTPROP 3/1/96 56 Hz 35.2 kHz 36.000 MHz VESA Guidelines VG900601 8/6/90 60 Hz 37.9 kHz 40.000 MHz VESA Guidelines VG900602 8/6/90 72 Hz 48.1 kHz 50.000 MHz VESA Standard VS900603A 8/6/90 75 Hz 46.9 kHz 49.500 MHz VESA Standard VDMT75HZ 10/4/93 85 Hz 53.7 kHz 56.250 MHz VESA Standard VDMTPROP3/1/96 800 x 600120 Hz (RB) 76.3 kHz 73.250 MHz CVT Red. Blanking n/a 5/1/07 848 x 480 60 Hz 31.0 kHz 33.750 MHz VESA Standard AddDMT 3/4/03 43 Hz (Int.) 35.5 kHz 44.900 MHz Industry Standard n/a n/a 60 Hz 48.4 kHz 65.000 MHz VESA Guidelines VG901101A 9/10/91 70 Hz 56.5 kHz 75.000 MHz VESA Standard VS910801-2 8/9/91 75 Hz 60.0 kHz 78.750 MHz VESA Standard VDMT75HZ 10/4/93 85 Hz 68.7 kHz 94.500 MHz VESA Standard VDMTPROP3/1/96 1024 x 768120 Hz (RB) 97.6 kHz 115.500 MHz CVT Red. Blanking n/a 5/1/07 1152 x 864 75 Hz 67.5 kHz 108.000 MHz VESA Standard VDMTPROP 3/1/96 60 Hz(RB) 47.4 kHz 68.250 MHz CVT Red. BlankingAddDMT 3/4/03 60 Hz 47.8 kHz 79.500 MHz CVT AddDMT 3/4/03 75 Hz 60.3 kHz 102.250 MHz CVT AddDMT 3/4/03 85 Hz 68.6 kHz 117.500 MHz CVTAddDMT 3/4/03 1280 x 768120 Hz (RB) 97.4 kHz 140.250 MHz CVT Red. Blanking n/a 5/1/07 60 Hz(RB) 49.3 kHz 71.000 MHz CVT Red. BlankingCVT1.02MA-R 5/1/07 60 Hz 49.7 kHz 83.500 MHz CVT CVT 1.02MA 5/1/07 75 Hz 62.8 kHz 106.500 MHz CVT CVT 1.02MA 5/1/07 85 Hz 71.6 kHz 122.500 MHz CVTCVT 1.02MA5/1/07 1280 x 800120 Hz (RB) 101.6 kHz 146.250 MHz CVT Red. Blanking n/a 5/1/07 60 Hz 60.0 kHz 108.000 MHz VESA Standard VDMTPROP 3/1/96 85 Hz 85.9 kHz 148.500 MHz VESA Standard VDMTPROP3/1/96 1280 x 960120 Hz (RB)121.9 kHz175.500 MHzCVT Red. Blankingn/a5/1/071280 x 102460 Hz 64.0 kHz 108.000 MHz VESA Standard VDMTREV 12/18/9675 Hz 80.0 kHz 135.000 MHz VESA Standard VDMT75HZ 10/4/9385 Hz 91.1 kHz 157.500 MHz VESA Standard VDMTPROP 3/1/96120 Hz (RB) 130.0 kHz 187.250 MHz CVT Red. Blanking n/a 5/1/07 1360 x 76860 Hz 47.7 kHz 85.500 MHz VESA Standard AddDMT 3/4/03120 Hz (RB) 97.5 kHz 148.250 MHz CVT Red. Blanking n/a 5/1/07 1366 x 768 60 Hz 47.7 kHz 85.500 MHz VESA Standard DMT Update TBD 1400 x 105060 Hz(RB) 64.7 kHz 101.000 MHz CVT Red. Blanking AddDMT 5/13/0360 Hz 65.3 kHz 121.750 MHz CVT AddDMT 3/4/0375 Hz 82.3 kHz 156.000 MHz CVT AddDMT 3/4/0385 Hz 93.9 kHz 179.500 MHz CVT AddDMT 3/4/03120 Hz (RB) 133.3 kHz 208.000 MHz CVT Red. Blanking n/a 5/1/07 1440 x 90060 Hz(RB) 55.5 kHz 88.750 MHz CVT Red. Blanking CVT1.30MA-R 7/14/0460 Hz 55.9 kHz 106.500 MHz CVT CVT 1.30MA 7/14/0475 Hz 70.6 kHz 136.750 MHz CVT CVT 1.30MA 7/14/0485 Hz 80.4 kHz 157.000 MHz CVT CVT 1.30MA 7/14/04120 Hz (RB) 114.2 kHz 182.750 MHz CVT Red. Blanking n/a 5/1/07 1600 x 120060 Hz 75.0 kHz 162.000 MHz VESA Standard VDMTREV 12/18/9665 Hz 81.3 kHz 175.500 MHz VESA Standard VDMTREV 12/18/9670 Hz 87.5 kHz 189.000 MHz VESA Standard VDMTREV 12/18/9675 Hz 93.8 kHz 202.500 MHz VESA Standard VDMTREV 12/18/9685 Hz 106.3 kHz 229.500 MHz VESA Standard VDMTREV 12/18/96120 Hz (RB) 152.4 kHz 268.250 MHz CVT Red. Blanking n/a 5/1/07 1680 x 105060 Hz(RB) 64.7 kHz 119.000 MHz CVT Red. Blanking CVT1.76MA-R 7/14/0460 Hz 65.3 kHz 146.250 MHz CVT CVT 1.76MA 7/14/0475 Hz 82.3 kHz 187.000 MHz CVT CVT 1.76MA 7/14/0485 Hz 93.9 kHz 214.750 MHz CVT CVT 1.76MA 7/14/04120 Hz (RB) 133.4 kHz 245.500 MHz CVT Red. Blanking n/a 5/1/0760 Hz 83.6 kHz 204.750 MHz VESA Standard VDMTREV 9/17/98 1792 x 134475 Hz 106.3 kHz 261.000 MHz VESA Standard VDMTREV 9/17/98120 Hz (RB) 170.7 kHz 333.250 MHz CVT Red. Blanking n/a 5/1/0760 Hz 86.3 kHz 218.250 MHz VESA Standard VDMTREV 9/17/98 1856 x 139275 Hz 112.5 kHz 288.000 MHz VESA Standard VDMTREV 9/17/98120 Hz (RB) 176.8 kHz 356.500 MHz CVT Red. Blanking n/a 5/1/07 1920 x 1080 60 Hz 67.5 kHz 148.500 MHz CEA Standard CEA-861 TBD 1920 x 120060 Hz(RB) 74.0 kHz 154.000 MHz CVT Red. Blanking AddDMT 3/4/0360 Hz 74.6 kHz 193.250 MHz CVT AddDMT 3/4/0375 Hz 94.0 kHz 245.250 MHz CVT AddDMT 3/4/0385 Hz 107.2 kHz 281.250 MHz CVT AddDMT 3/4/03120 Hz (RB) 152.4 kHz 317.000 MHz CVT Red. Blanking n/a 5/1/07 1920 x 144060 Hz 90.0 kHz 234.000 MHz VESA Standard VDMTREV 9/17/9875 Hz 112.5 kHz 297.000 MHz VESA Standard VDMTREV 9/17/98120 Hz (RB) 182.9 kHz 380.500 MHz CVT Red. Blanking n/a 5/1/072560 x 160060 Hz (RB) 98.7 kHz 268.500 MHz CVT Red. Blanking CVT4.10MA-R 5/1/0760 Hz 99.5 kHz 348.500 MHz CVT CVT 4.10MA 5/1/0775 Hz 125.4 kHz 443.250 MHz CVT CVT 4.10MA 5/1/0785 Hz 142.9 kHz 505.250 MHz CVT CVT 4.10MA 5/1/07120 Hz (RB) 203.2 kHz 552.750 MHz CVT Red. Blanking n/a 5/1/072. DMT Standard Codes & IDs SummaryTable 2-1 includes a list of Display Monitor Timing Identification (DMT ID) codes, Standard (STD) Timing 2 byte codes and Coordinated Video Timing (CVT) 3 byte codes. A display may use these codes to indicated support for the associated DMT. Refer to the latest version of VESA’s Enhanced Extended Display Identification (E-EDID) Standard for an explanation of how to derive the STD 2 byte codes and the CVT 3 byte codes. The letters “n/a” (not applicable) indicates that a STD 2 byte code and/or a CVT 3 byte code (DMT is not CVT compliant) cannot be created.Table 2-1: Summary of DMT ID, STD 2 Byte & CVT 3 Byte CodesPixelFormat Refresh Rate DMT IDCodesSTD2 Byte CodesCVT3 Byte Codes640 x 350 85 Hz 01h n/a n/a 640 x 400 85 Hz 02h (31, 19)h n/a 720 x 400 85 Hz 03h n/a n/a60 Hz 04h (31, 40)h n/a72 Hz 05h (31, 4C)h n/a75 Hz 06h (31, 4F)h n/a 640 x 48085 Hz 07h (31, 59)h n/a56 Hz 08h n/a n/a60 Hz 09h (45, 40)h n/a72 Hz 0Ah (45, 4C)h n/a75 Hz 0Bh (45, 4F)h n/a85 Hz 0Ch (45, 59)h n/a 800 x 600120 Hz (RB) 0Dh n/a n/a 848 x 480 60 Hz 0Eh n/a n/a43 Hz (Int.) 0Fh n/a n/a60 Hz 10h (61, 40)h n/a70 Hz 11h (61, 4A)h n/a75 Hz 12h (61, 4F)h n/a85 Hz 13h (61, 59)h n/a 1024 x 768120 Hz (RB) 14h n/a n/a 1152 x 864 75 Hz 15h (71, 4F)h n/a60 Hz(RB) 16h n/a (7F, 1C, 21)h60 Hz 17h n/a (7F, 1C, 28)h75 Hz 18h n/a (7F, 1C, 44)h85 Hz 19h n/a (7F, 1C, 62)h 1280 x 768120 Hz (RB) 1Ah n/a n/a60 Hz (RB) 1Bh n/a (8F, 18, 21)h60 Hz 1Ch (81, 00)h (8F, 18, 28)h75 Hz 1Dh (81, 0F)h (8F, 18, 44)h85 Hz 1Eh (81, 19)h (8F, 18, 62)h 1280 x 800120 Hz (RB) 1Fh n/a n/a60 Hz 20h (81, 40)h n/a85 Hz 21h (81, 59)h n/a 1280 x 960120 Hz (RB) 22h n/a n/aPixelFormat RefreshRate DMT IDCodesSTD2 Byte CodesCVT3 Byte Codes60 Hz 23h (81, 80)h n/a75 Hz 24h (81, 8F)h n/a85 Hz 25h (81, 99)h n/a 1280 x 1024120 Hz (RB) 26h n/a n/a60 Hz 27h n/a n/a 1360 x 768120 Hz (RB) 28h n/a n/a 1366 x 768 60 Hz 51h n/a n/a60 Hz(RB) 29h n/a (0C, 20, 21)h60 Hz 2Ah (90, 40)h (0C, 20, 28)h75 Hz 2Bh (90, 4F)h (0C, 20, 44)h85 Hz 2Ch (90, 59)h (0C, 20, 62)h 1400 x 1050120 Hz (RB) 2Dh n/a n/a60 Hz(RB) 2Eh n/a (C1, 18, 21)h60 Hz 2Fh (95, 00)h (C1, 18, 28)h75 Hz 30h (95, 0F)h (C1, 18, 44)h85 Hz 31h (95, 19)h (C1, 18, 68)h 1440 x 900120 Hz (RB) 32h n/a n/a60 Hz 33h (A9, 40)h n/a65 Hz 34h (A9, 45)h n/a70 Hz 35h (A9, 4A)h n/a75 Hz 36h (A9, 4F)h n/a85 Hz 37h (A9, 59)h n/a 1600 x 1200120 Hz (RB) 38h n/a n/a60 Hz(RB) 39h n/a (0C, 28, 21)h60 Hz 3Ah (B3, 00)h (0C, 28, 28)h75 Hz 3Bh (B3, 0F)h (0C, 28, 44)h85 Hz 3Ch (B3, 19)h (0C, 28, 68)h 1680 x 1050120 Hz (RB) 3Dh n/a n/a60 Hz 3Eh (C1, 40)h n/a75 Hz 3Fh (C1, 4F)h n/a 1792 x 1344120 Hz (RB) 40h n/a n/a60 Hz 41h (C9, 40)h n/a75 Hz 42h (C9, 4F)h n/a 1856 x 1392120 Hz (RB) 43h n/a n/a 1920 x 1080 60 Hz 52h (D1, C0)h n/a60 Hz(RB) 44h n/a (57, 28, 21)h60 Hz 45h (D1, 00)h (57, 28, 28)h75 Hz 46h (D1, 0F)h (57, 28, 44)h85 Hz 47h (D1, 19)h (57, 28, 62)h 1920 x 1200120 Hz (RB) 48h n/a n/a60 Hz 49h (D1, 40)h n/a75 Hz 4Ah (D1, 4F)h n/a 1920 x 1440120 Hz (RB) 4Bh n/a n/aPixelFormat RefreshRate DMT IDCodesSTD2 Byte CodesCVT3 Byte Codes60 Hz (RB) 4Ch n/a (1F, 38, 21)h60 Hz 4Dh n/a (1F, 38, 28)h75 Hz 4Eh n/a (1F, 38, 44)h85 Hz 4Fh n/a (1F, 38, 62)h2560 x 1600120 Hz (RB) 50h n/a n/aNotes for Table 2-1:1.The CVT 3 Byte Codes listed in Table 2-1 are unique and are assigned to one video timing modethat was generated using the CVT Formulas. A source may decode the CVT 3 Byte Code anddetermine the number of vertical lines, the aspect ratio, the number of horizontal pixels (calculated), the preferred vertical refresh rate, a single supported refresh rate and the blanking style.For example, a source can decode the CVT 3 Byte Code, (7F, 1C, 44)h, with the followingresults: the number of vertical lines is 768, the aspect ratio is 15 : 9 AR, the number ofhorizontal pixels (calculated) is 1280, the preferred vertical refresh rate is 75 Hz, the supportedvertical refresh rate is 75 Hz and the blanking style is standard (CRT style). Refer to VESA’s E-EDID Standard (Release A, Revision 2) for an explanation on how to derive a CVT 3 ByteCode from the video timing mode parameters.2. A display (receiver) manufacturer may use the CVT 3 Byte Code to indicate support for a fixedpixel format and one or more vertical refresh rates.For example, a display may contain a CVT 3 Byte Code which indicates support for 1280 x 768and support for 50 Hz, 60 Hz, 75 Hz & 85 Hz vertical refresh rates with 60 Hz being thepreferred vertical refresh rate. In this case the CVT 3 Byte code would be (7F, 1C, 3E)h. Whenthe source decodes the CVT 3 Byte code, (7F, 1C, 3E)h, it knows that the display supports 1280x 768, along with 50 Hz, 60 Hz, 75 Hz & 85 Hz vertical refresh rates with 60 Hz being thepreferred vertical refresh rate. The source should output 1280 x 768 at 60 Hz (standard CRTstyle blanking). The source also knows that the 60 Hz (reduced blanking) is not supported in thedisplay. Refer to VESA E-EDID Standard (Release A, Revision 2) for an explanation on how toderive a CVT 3 Byte Code from the video timing mode parameters.3. DMT Video Timing Parameter Definitions:Section 3 includes a list of drawings that define the video timing parameters for all DMTs defined in this standard. There are four drawings based on the possible combinations of positive and negative horizontal and vertical syncs.3.1 DMT Video Timing Parameter Definitions - Positive H & Positive V Syncs:VSync3.2 DMT Video Timing Parameter Definitions - Positive H & Negative V Syncs:VSync3.3 DMT Video Timing Parameter Definitions - Negative H & Negative V Syncs:HSync VSync3.4 DMT Video Timing Parameter Definitions - Negative H & Positive V Syncs:VSync3.5 DMT Video Timing Parameter Definitions - Total Frame Timing:4. DMT Timing SpecificationsSection 4 includes a list of detailed timing parameters for all DMTs defined in this standard.EDID ID: DMT ID: 01h; STD 2 Byte Code: n/a; CVT 3 Byte Code: n/a Method:Detailed Timing ParametersTiming Name=640 x 350 @ 85Hz;Hor Pixels=640;// PixelsVer Pixels=350;// LinesHor Frequency=37.861;// kHz=26.4usec/lineVer Frequency=85.080;// Hz=11.8msec/framePixel Clock=31.500;// MHz=31.7nsec± 0.5%Character Width=8;// Pixels=254.0nsecScan Type=NONINTERLACED;// H Phase= 3.8%Hor Sync Polarity=POSITIVE;// HBlank=23.1%of HTotalVer Sync Polarity=NEGATIVE;// VBlank=21.3%of VTotalHor Total Time=26.413;// (usec)=104chars=832PixelsHor Addr Time=20.317;// (usec)=80chars=640PixelsHor Blank Start=20.317;// (usec)=80chars=640PixelsHor Blank Time=6.095;// (usec)=24chars=192PixelsHor Sync Start=21.333;// (usec)=84chars=672Pixels// H Right Border=0.000;// (usec)=0chars=0Pixels// H Front Porch=1.016;// (usec)=4chars=32PixelsHor Sync Time=2.032;// (usec)=8chars=64Pixels// H Back Porch=3.048;// (usec)=12chars=96Pixels// H Left Border=0.000;// (usec)=0chars=0PixelsVer Total Time=11.754;// (msec)=445lines HT – (1.06xHA)Ver Addr Time=9.244;// (msec)=350lines=4.88Ver Blank Start=9.244;// (msec)=350linesVer Blank Time=2.509;// (msec)=95linesVer Sync Start=10.090;// (msec)=382lines// V Bottom Border=0.000;// (msec)=0lines// V Front Porch=0.845;// (msec)=32linesVer Sync Time=0.079;// (msec)=3lines// V Back Porch=1.585;// (msec)=60lines// V Top Border=0.000;// (msec)=0linesDefinition of Terms: Refer to section 3.2.EDID ID: DMT ID: 02h; STD 2 Byte Code: (31, 19)h; CVT 3 Byte Code: n/a Method:Detailed Timing ParametersTiming Name=640 x 400 @ 85Hz;Hor Pixels=640;// PixelsVer Pixels=400;// LinesHor Frequency=37.861;// kHz=26.4usec/lineVer Frequency=85.080;// Hz=11.8msec/framePixel Clock=31.500;// MHz=31.7nsec± 0.5%Character Width=8;// Pixels=254.0nsecScan Type=NONINTERLACED;// H Phase= 3.8%Hor Sync Polarity=NEGATIVE;// HBlank=23.1%of HTotalVer Sync Polarity=POSITIVE;// VBlank=10.1%of VTotalHor Total Time=26.413;// (usec)=104chars=832PixelsHor Addr Time=20.317;// (usec)=80chars=640PixelsHor Blank Start=20.317;// (usec)=80chars=640PixelsHor Blank Time=6.095;// (usec)=24chars=192PixelsHor Sync Start=21.333;// (usec)=84chars=672Pixels// H Right Border=0.000;// (usec)=0chars=0Pixels// H Front Porch=1.016;// (usec)=4chars=32PixelsHor Sync Time=2.032;// (usec)=8chars=64Pixels// H Back Porch=3.048;// (usec)=12chars=96Pixels// H Left Border=0.000;// (usec)=0chars=0PixelsVer Total Time=11.754;// (msec)=445lines HT – (1.06xHA)Ver Addr Time=10.565;// (msec)=400lines=4.88Ver Blank Start=10.565;// (msec)=400linesVer Blank Time=1.189;// (msec)=45linesVer Sync Start=10.591;// (msec)=401lines// V Bottom Border=0.000;// (msec)=0lines// V Front Porch=0.026;// (msec)=1linesVer Sync Time=0.079;// (msec)=3lines// V Back Porch=1.083;// (msec)=41lines// V Top Border=0.000;// (msec)=0linesDefinition of Terms: Refer to section 3.4.EDID ID: DMT ID: 03h; STD 2 Byte Code: n/a; CVT 3 Byte Code: n/a Method:Detailed Timing ParametersTiming Name=720 x 400 @ 85Hz;Hor Pixels=720;// PixelsVer Pixels=400;// LinesHor Frequency=37.927;// kHz=26.4usec/lineVer Frequency=85.039;// Hz=11.8msec/framePixel Clock=35.500;// MHz=28.2nsec± 0.5%Character Width=9;// Pixels=253.5nsecScan Type=NONINTERLACED;// H Phase= 3.8%Hor Sync Polarity=NEGATIVE;// HBlank=23.1%of HTotalVer Sync Polarity=POSITIVE;// VBlank=10.3%of VTotalHor Total Time=26.366;// (usec)=104chars=936PixelsHor Addr Time=20.282;// (usec)=80chars=720PixelsHor Blank Start=20.282;// (usec)=80chars=720PixelsHor Blank Time=6.085;// (usec)=24chars=216PixelsHor Sync Start=21.296;// (usec)=84chars=756Pixels// H Right Border=0.000;// (usec)=0chars=0Pixels// H Front Porch=1.014;// (usec)=4chars=36PixelsHor Sync Time=2.028;// (usec)=8chars=72Pixels// H Back Porch=3.042;// (usec)=12chars=108Pixels// H Left Border=0.000;// (usec)=0chars=0PixelsVer Total Time=11.759;// (msec)=446lines HT – (1.06xHA)Ver Addr Time=10.546;// (msec)=400lines=4.87Ver Blank Start=10.546;// (msec)=400linesVer Blank Time=1.213;// (msec)=46linesVer Sync Start=10.573;// (msec)=401lines// V Bottom Border=0.000;// (msec)=0lines// V Front Porch=0.026;// (msec)=1linesVer Sync Time=0.079;// (msec)=3lines// V Back Porch=1.107;// (msec)=42lines// V Top Border=0.000;// (msec)=0linesDefinition of Terms: Refer to section 3.4.Adopted: n/a ** For Reference Only - Not a VESA Standard **Resolution: 640 x 480 at 60 Hz (non-interlaced)EDID ID: DMT ID: 04h; STD 2 Byte Code: (31, 40)h; CVT 3 Byte Code: n/a BIOS Modes: 11h, 12h, 101h, 110h, 111h, & 112h (1, 4, 8, 15, 16, & 24 bpp) Method:Detailed Timing ParametersTiming Name=640 x 480 @ 60Hz;Hor Pixels=640;// PixelsVer Pixels=480;// LinesHor Frequency=31.469;// kHz=31.8usec/lineVer Frequency=59.940;// Hz=16.7msec/framePixel Clock=25.175;// MHz=39.7nsec± 0.5%Character Width=8;// Pixels=317.8nsecScan Type=NONINTERLACED;// H Phase= 2.0%Hor Sync Polarity=NEGATIVE;// HBlank=18.0%of HTotalVer Sync Polarity=NEGATIVE;// VBlank= 5.5%of VTotalHor Total Time=31.778;// (usec)=100chars=800PixelsHor Addr Time=25.422;// (usec)=80chars=640PixelsHor Blank Start=25.740;// (usec)=81chars=648PixelsHor Blank Time=5.720;// (usec)=18chars=144PixelsHor Sync Start=26.058;// (usec)=82chars=656Pixels// H Right Border=0.318;// (usec)=1chars=8Pixels// H Front Porch=0.318;// (usec)=1chars=8PixelsHor Sync Time=3.813;// (usec)=12chars=96Pixels// H Back Porch=1.589;// (usec)=5chars=40Pixels// H Left Border=0.318;// (usec)=1chars=8PixelsVer Total Time=16.683;// (msec)=525lines HT – (1.06xHA)Ver Addr Time=15.253;// (msec)=480lines=4.83Ver Blank Start=15.507;// (msec)=488linesVer Blank Time=0.922;// (msec)=29linesVer Sync Start=15.571;// (msec)=490lines// V Bottom Border=0.254;// (msec)=8lines// V Front Porch=0.064;// (msec)=2linesVer Sync Time=0.064;// (msec)=2lines// V Back Porch=0.794;// (msec)=25lines// V Top Border=0.254;// (msec)=8linesDefinition of Terms: Refer to section 3.3.。

wiiu 6位ID GX2

ID TitleAA9E Art Academy:SketchPad (NTSC-U)AA9J Art Academy:SketchPad (NTSC-J)AA9P Art Academy:SketchPad (PAL) AAFD01Bayonetta (PAL) AAFE01Bayonetta (NTSC-U)AAFJ01Bayonetta (NTSC-J)AAFP01Bayonetta (PAL) AALE01Animal Crossing:amiibo Festival(NTSC-U)AALJ01Dōbutsu no Mori:amiibo Fesutibaru(NTSC-J)AALP01Animal Crossing:amiibo Festival(PAL)AAVE amiibo tap:Nintendo'sGreatest Bits(NTSC-U)AAVJ amiibo tap (NTSC-J)AAVP Amiibo Tap (PAL) ABAE01Mario Party 10(NTSC-U)ABAJ01Mario Party 10(NTSC-J)ABAP01Mario Party 10(PAL)ABBEVZ Barbie:Dreamhouse Party(NTSC-U)ABBPVZ Barbie:Dreamhouse Party(PAL)ABEEG9Ben 10: Omniverse(NTSC-U)ABEPAF Ben 10: Omniverse(PAL)ABFE52Rapala Pro BassFishing (NTSC-U) ABHE08Resident Evil:Revelations(NTSC-U)ABHJ08BioHazardRevelations:Unveiled Edition(NTSC-J)ABHP08Resident Evil:Revelations (PAL) ABJE01Mario & Sonic atthe Rio 2016Olympic Games(NTSC-U)ABJJ01Mario & Sonic atthe Rio 2016Olympic Games(NTSC-J)ABJP01Mario & Sonic atthe Rio 2016Olympic Games(PAL)ABLPYF Baila Latino(PAL)ABPEDV Brunswick ProBowling (NTSC-U) ABTEWR Batman ArkhamCity: ArmoredEdition (NTSC-U) ABTJWR Batman ArkhamCity: ArmoredEdition (NTSC-J) ABTPWR Batman ArkhamCity: ArmouredEdition (PAL) ABVEG9Ben 10: Omniverse2 (NTSC-U) ABVPAF Ben 10: Omniverse2 (PAL)ABWJAF Kamen Rider:Battride War II(NTSC-J)AC2EVZ Monster High: 13Wishes (NTSC-U)AC2PVZ Monster High: 13Wishes (PAL)AC3E01Pikmin 3 (NTSC-U) AC3J01Pikmin 3 (NTSC-J) AC3P01Pikmin 3 (PAL) ACAE52Cabela'sDangerous Hunts2013 (NTSC-U) ACAP52Cabela'sDangerous Hunts2013 (PAL)ACCE Cocoto MagicCircus 2 (NTSC-U) ACCJ Waiwai! Minna deShooting: CraftIsland Kara noDasshutsu! (NTSC-J)ACCP Cocoto MagicCircus 2 (PAL) ACCPNK Cocoto MagicCircus 2 (PAL) ACEE52Cabela's Big GameHunter: Pro Hunts(NTSC-U)ACLE Child of Light(NTSC-U)ACLJ Child of Light(NTSC-J)ACLP Child of Light(PAL)ACME01The Wonderful 101(NTSC-U)ACMJ01The Wonderful 101(NTSC-J)ACMP01The Wonderful 101(PAL)ACPE52Call of Duty:Ghosts (NTSC-U) ACPJ52Call of Duty:Ghosts (NTSC-J) ACPP52Call of Duty:Ghosts (PAL) ACREG9The Croods:PrehistoricParty! (NTSC-U) ACRPAF The Croods:PrehistoricParty! (PAL)AD2E78Darksiders II(NTSC-U)AD2P78Darksiders II(PAL)ADBA Animal CrossingPlazaADBE Animal CrossingPlaza (NTSC-U) ADBJ Animal CrossingPlaza (NTSC-J) ADBP Animal CrossingPlaza (PAL) ADCEWR ScribblenautsUnmasked: a DCComics Adventure(NTSC-U) ADCPWR ScribblenautsUnmasked: a DCComics Adventure(PAL)ADGE SteamWorld Dig(NTSC-U)ADGJ SteamWorld Dig HD(NTSC-J)ADGP SteamWorld Dig(PAL)ADNE01Devil's Third(NTSC-U)ADNJ01Devil's Third(NTSC-J)ADNP01Devil's Third(PAL)ADPE41Just Dance DisneyParty 2 (NTSC-U) ADPP41Just Dance DisneyParty 2 (PAL) ADQJGD Dragon Quest X:Mezameshi Itsutsuno Shuzoku (NTSC-J)ADRE4Q Disney Infinity:Marvel SuperHeroes - 2.0Edition (NTSC-U)ADRP4Q Disney Infinity:Marvel SuperHeroes - 2.0Edition (PAL) ADRZ4Q Disney Infinity:Marvel SuperHeroes - 2.0Edition (PAL) ADSE4Q Disney Infinity(NTSC-U)ADSJAF Disney Infinity(NTSC-J)ADSP4Q Disney Infinity(PAL)ADSZ4Q Disney Infinity(PAL)ADVEG9Adventure Time:Explore theDungeon Because IDON'T KNOW!(NTSC-U)ADVPAF Adventure Time:Explore theDungeon Because IDON'T KNOW! (PAL) ADXEGD Deus Ex: HumanRevolution -Director's Cut(NTSC-U)ADXPGD Deus Ex: HumanRevolution -Director's Cut(PAL)AECE52Call of Duty:Black Ops II(NTSC-U)AECJ52Call of Duty:Black Ops II(NTSC-J)AECP52Call of Duty:Black Ops II(PAL)AEME4Q Disney EpicMickey 2: ThePower of Two(NTSC-U)AEMJ4Q Disney EpicMickey 2: ThePower of Two(NTSC-J)AEMP4Q Disney EpicMickey 2: ThePower of Two(PAL)AENP7Z Super Meat Boy(PAL)AF3E69FIFA Soccer 13(NTSC-U)AF3J69FIFA 13 (NTSC-J) AF3P69FIFA 13 (PAL)AF6E52Fast and Furious:Showdown (NTSC-U)AF6P52Fast and Furious:Showdown (PAL) AF9J36F1 Race Stars:Powered UpEdition (NTSC-J) AF9P36F1 Race Stars:Powered UpEdition (PAL) AFBEGT Funky Barn (NTSC-U)AFBPGT Funky Barn (PAL) AFCE Wii Fit U (Free)(NTSC-U)AFDE01NES Remix Pack(NTSC-U)AFDJ01Famicom Remix 1 +2 (NTSC-J) AFMPYF Fit Music for WiiU (PAL)AFPEG9Family Party: 30Great GamesObstacle Arcade(NTSC-U)AFPJG9Simple Wii USeries Vol. 1:The Family Party(NTSC-J)AFPPG9Family Party: 30Great GamesObstacle Arcade(PAL)AFREVZ Disney Planes:Fire & Rescue(NTSC-U)AFRPVZ Disney Planes:Fire & Rescue(PAL)AFXE01Star Fox Zero(NTSC-U)AFXJ01Star Fox Zero(NTSC-J)AFXP01Star Fox Zero(PAL)AG5J08Monster HunterFrontier G5:Premium Package(NTSC-J)AG6J08Monster HunterFrontier G6Premium Package(NTSC-J)AG9JC8Sangokushi 12(NTSC-J)AGAJ Manabi Getto!(NTSC-J)AGEA Splatoon GlobalTestfire Demo AGME01Splatoon (NTSC-U)AGMJ01Splatoon (NTSC-J)AGMP01Splatoon (PAL) AGNE52Guitar Hero Live(NTSC-U)AGNP52Guitar Hero Live(PAL)AGPEWR Game PartyChampions (NTSC-U)AGPPWR Game PartyChampions (PAL) AGRE52Angry Birds StarWars (NTSC-U) AGRP52Angry Birds StarWars (PAL) AGZJME Ginsei Shogi:Kyoutendo ToufuuRaijin (NTSC-J) AH5PNK Hunter's Trophy 2- Europa (PAL)AH9JC8Shin Hokuto Musou(NTSC-J)AHBEC8Warriors Orochi 3Hyper (NTSC-U)AHBJC8Musou Orochi 2Hyper (NTSC-J) AHBPC8Warriors Orochi 3Hyper (PAL)AHDE08Monster Hunter 3Ultimate (NTSC-U) AHDJ08Monster Hunter 3G HD Ver. (NTSC-J)AHDP08Monster Hunter 3Ultimate (PAL) AHKEYM Hello KittyKruisers (NTSC-U) AHKPYM Hello KittyKruisers (PAL) AHWEWR Hot Wheels:World's BestDriver (NTSC-U) AHWPWR Hot Wheels:World's BestDriver (PAL)AJ5E41Just Dance 2014(NTSC-U)AJ5J41Just Dance Wii U(NTSC-J)AJ5P41Just Dance 2014(PAL)AJ6E41Just Dance 2016(NTSC-U)AJ6P41Just Dance 2016(PAL)AJDE41Just Dance 4(NTSC-U)AJDP41Just Dance 4(PAL)AJKE41Just Dance Kids2014 (NTSC-U) AJKP41Just Dance Kids2014 (PAL)AJPE78Jeopardy! (NTSC-U)AJSEWR Injustice: GodsAmong Us (NTSC-U) AJSJWR Injustice:Kamigami noGekitotsu (NTSC-J)AJSPWR Injustice: GodsAmong Us (PAL)AJTPXT Jett Tailfin(PAL)AKBE01Captain Toad:Treasure Tracker(NTSC-U)AKBJ01Susume! KinopioTaicho (NTSC-J) AKBP01Captain Toad:Treasure Tracker(PAL)AKNEAF Tekken TagTournament 2(NTSC-U)AKNJAF Tekken TagTournament 2(NTSC-J)AKNPAF Tekken: TagTournament 2(PAL)AL5J01Zero: Nuregarasuno Miko (NTSC-J) AL5P01Project Zero:Maiden of BlackWater (PAL) ALAEWR The LEGO MovieVideogame (NTSC-U)ALAJWR The LEGO MovieVideogame (NTSC-J)ALAPWR The LEGO MovieVideogame (PAL) ALBEWR LEGO Batman 2: DCSuper Heroes(NTSC-U)ALBPWR LEGO Batman 2: DCSuper Heroes(PAL)ALCE01Nintendo Land(NTSC-U)ALCJ01Nintendo Land(NTSC-J)ALCP01Nintendo Land(PAL)ALHEWR LEGO The Hobbit(NTSC-U)ALHPWR LEGO The Hobbit(PAL)ALJEWR LEGO JurassicWorld (NTSC-U) ALJJWR LEGO JurassicWorld (NTSC-J)ALJPWR LEGO JurassicWorld (PAL) ALMEWR LEGO Marvel SuperHeroes (NTSC-U) ALMJWR LEGO Marvel SuperHeroes The Game(NTSC-J)ALMPWR LEGO Marvel SuperHeroes (PAL) ALREWR LEGO Marvel'sAvengers (NTSC-U) ALRJWR LEGO Marvel'sAvengers (NTSC-J) ALRPWR LEGO Marvel'sAvengers (PAL) ALVPYF Luv Me BuddiesWonderland (PAL) AM8J08Monster HunterFrontier G8Premium Package(NTSC-J)AM9E52The AmazingSpider-Man 2(NTSC-U)AM9P52The AmazingSpider-Man 2(PAL)AMAE01Super Mario Maker(NTSC-U)AMAJ01Super Mario Maker(NTSC-J)AMAP01Super Mario Maker(PAL)AMDE69Madden NFL 13(NTSC-U)AMEE69Mass Effect 3:Special Edition(NTSC-U)AMEJ69Mass Effect 3:Special Edition(NTSC-J)AMEP69Mass Effect 3 -Special Edition(PAL)AMFJ08Monster Hunter:Frontier G (NTSC-J)AMKE01Mario Kart 8(NTSC-U)AMKJ01Mario Kart 8(NTSC-J)AMKP01Mario Kart 8(PAL)AMLE Armillo (NTSC-U) AMVE41Marvel Avengers:Battle for Earth(NTSC-U)AMVP41Marvel Avengers:Battle for Earth(PAL)MCVPMovies HD (PAL) MN2J Circus Charlie(NTSC-J)MNAJ Parodius (NTSC-J) MNBJ Penguin Adventure(NTSC-J)MNCJ Space Manbow(NTSC-J)MNDJ Yie Ar Kung Fu 2(NTSC-J)MNEJ Road Fighter(NTSC-J)MNFJ Quarth (NTSC-J) MNGJ Contra (NTSC-J) MNHJ Knightmare (NTSC-J)MNKJ Gofer no Yabou:Episode II (NTSC-J)MNMJ TwinBee (NTSC-J) MNNJ AntarcticAdventure (NTSC-J)MNPJ Devil's CastleDracula (NTSC-J)MNQJ Yie Ar Kung-Fu(NTSC-J)MNRJ(NTSC-J)MNTJ Sky Jaguar (NTSC-J)MNUJ Magical Tree(NTSC-J)MNVJ(NTSC-J)MNYJ(NTSC-J)MNZJ Go Goemon! ATricky Journey(NTSC-J)NAAE Donkey Kong 64(NTSC-U)NAAJ Donkey Kong 64(NTSC-J)NABE Super Mario 64(NTSC-U)NABJ Super Mario 64(NTSC-J)NABP Super Mario 64(PAL)NACJ Mario Story(NTSC-J)NAEJ Hoshi no KābīRokujuyon (NTSC-J)NAGJ(NTSC-J)NALE Mario Kart 64(NTSC-U)PA2J Super Mario Ball(NTSC-J)PA5E Castlevania:Harmony ofDissonance (NTSC-U)PA5J Castlevania:Harmony ofDissonance (NTSC-J)PA6J Golden Sun (NTSC-J)PA6P Golden Sun (PAL) PA7J Pac-Man Museum(NTSC-J)PA8J Kuru Kuru Kururin(NTSC-J)PA9E Mega Man: BattleChip Challenge(NTSC-U)PA9J Mega Man BattleChip Challenge(NTSC-J)PAAE F-Zero: MaximumVelocity (NTSC-U) PAAJ F Zero For GameBoy Advance(NTSC-J)PAAP F Zero MaximumVelocity (PAL) PABE Yoshi's Island:Super MarioAdvance 3 (NTSC-U)PABJ Super MarioAdvance 3: YoshiIsland + MarioBros. (NTSC-J) PACE WarioWare Inc.:Mega Microgame$!(NTSC-U)PACJ Made In Wario(NTSC-J)PACP WarioWare Inc.Mega Microgame$!(PAL)PADE Metroid Fusion(NTSC-U)PADJ Metroid Fusion(NTSC-J)PADP Metroid Fusion(PAL)PAEE Mario and Luigi:Superstar Saga(NTSC-U)PAEJ Mario and LuigiSuperstar Saga(NTSC-J)PAEP Mario and Luigi:Superstar Saga(PAL)PAFE Golden Sun (NTSC-U)PAFJ Golden Sun (NTSC-J)PAFP Golden Sun (PAL)PAGJ Mario vs. DonkeyKong (NTSC-J) PAHE Kirby and theAmazing Mirror(NTSC-U)PAHJ Kirby and theAmazing Mirror(NTSC-J)PAHP Kirby and theAmazing Mirror(PAL)PAJJ Game Boy AdvanceWars One And Two(NTSC-J)PAKE The Legend ofZelda: The MinishCap (NTSC-U)PAKJ The Legend ofZelda: The MinishCap (NTSC-J) PAKP The Legend ofZelda: The MinishCap (PAL)PALE Advance Wars(NTSC-U)PAMJ Mr. Driller 2(NTSC-J)PANJ Kaze no Klonoa:Yumemiru Teikoku(NTSC-J)PAPE Mario Tennis:Power Tour (NTSC-U)PAPJ Mario TennisAdvance (NTSC-J) PAPP Mario PowerTennis (PAL) PARE Wario Land 4(NTSC-U)PARJ Wario Land 4(NTSC-J)PARP Wario Land 4(PAL)PASE Castlevania:Circle of theMoon (NTSC-U)PASJ AkumajōDorakyura: Sākuruobu za Mūn (NTSC-J)PATJ Kirby Nightmarein Dream Land(NTSC-J)PAUJ Super MarioWorld: SuperMario Advance 2(NTSC-J)PAVJ Mario Golf: GBATour (NTSC-J) PAWJ Metroid: ZeroMission (NTSC-J) PAXJ Super MarioAdvance (NTSC-J) PAYE Pac-ManCollection (NTSC-U)PAYJ Pac-ManCollection (NTSC-J)PAYP Pac-ManCollection (PAL) PAZJ Fire Emblem RekkaNo Ken (NTSC-J) PB2J Final Fight One(NTSC-J)PB3J(NTSC-J)PB4J Mr. Driller A:Fushigi naPacteria (NTSC-J) PB7J Family TennisAdvance (NTSC-J) PB8J Sonic Advance(NTSC-J)PB9J Super StreetFighter II XRevival (NTSC-J) PBAE Mega Man BattleNetwork (NTSC-U) PBAJ RockMan BattleNetwork (NTSC-J)PBBJ Fire Emblem:Seima no Kouseki(NTSC-J)PBCJ Barabura Donkey(NTSC-J)PBDJ Mario KartAdvance (NTSC-J) PBEJ Rockman Zero(NTSC-J)PBFJ(NTSC-J)PBGJ F-Zero: GP Legend(NTSC-J)PBHE Pokémon Pinball:Ruby & Sapphire(NTSC-U)PBHJ Pokémon Pinball:Ruby & Sapphire(NTSC-J)。

ABB火检中文手册

Measure IT UVISOR MFD多功能火焰检测智能控制单元用户手册目录1.概述2.环境规范3.技术规范3.1 电源3.2 输出3.3 输入3.4 物理特性3.5 兼容的UVISOR火焰探头3.6 硬件图3.7 前面板3.8 接口引线分配4.安装4.1 电缆和接地5.电气连接5.1 UR450UV的安装5.2 UR600IR/UV的安装5.3 UR450UV和UR600IR/UV的安装5.4 双传感器探测器UR460UVIR的安装5.5 连接电缆5.6 电缆规范5.6.1 探头MFD连接电缆5.6.2 监控连接电缆5.6.3 电源及其它连接6. 功能描述6.1 闪烁效应功能6.2 脉冲计数功能6.3 火焰指示和预报警功能6.4 参数设置6.5诊断7.上电8. 编程8.1 键盘/显示8.2 菜单结构8.2.1MFD Mod.D9. 通讯9.1 介绍9.2 MFD监控管理系统9.3 连接管理9.4 串口连接10.故障11.标签ID12.维修与更换13.寿命限度周期14.技术支持14.1 备件及定货信息14.2 培训14.3 文档的提供14.4 维修和服务15. 定货代码图表图1 MFD功能框图图2 MFD前面板图3 MFD端口分配图图4 MFD机架安装前面和顶视图图5 MFD机架安装后视图图6 UVISOR MFD与UVISOR双探头UR450型号5002的安装图7UVISOR MFD与UVISOR双探头UR600IR/UV/EXT型号1000的安装图8UVISOR MFD与UVISOR探头UR600IR/UV/EXT型号1000的安装图9UVISOR MFD与UVISOR双传感器探头UR460UVIR的安装图10 闪烁信号放大器火焰频率信号分析功能图图11 紫外信号脉冲计数器功能图图12 内部连接功能图图13 RS-232接口连接图14 RS-485接口连接图15 标签ID位置1.概述基于在发电厂领域多年的经验，针对大型锅炉火焰控制和监测的要求，ABB研制出了新一代可编程燃烧监测系统UVISOR。

小日本TMPGEnc 4.0 Xpress转换视频为KVCDKDVD格式自定义模板图文教程

小日本TMPGEnc 4.0 Xpress转换视频为KVCD/KDVD格式自定义模板图文教程格式自定义模板图文教程我们先来看一下添加完文件后的“输出”页面：我们选择的是“特殊用途模板”中的“VCD用MPEG文件”。

这个模板定义的码率是十分固定的1150K bps，转好后的MPG文件刻录成VCD后大约每分钟9M左右的视频流量，一张700M的CD-R光盘最多盛放80分钟VCD内容，一张4.7G的DVD光盘大约能盛放480分钟VCD画质的内容。

用过小日本2.54的朋友都知道有一种KVCD 技术，能够让一张光盘可以容纳的视频时间长度倍增而画质损失却很小，于是在使用其升级版TMPGEnc 4.0 Xpress 时，自然同样也想利用此技术。

尽管本论坛已经整理了前人留下的一些可用的小日本4专用KVCD/KDVD 模板，但仍有许多朋友责怪说模板不能用或是发帖询问究竟自己应该选用哪个模板，其实我们要记住：模板是死的，人是活的。

固定死的模板永远无法满足我们千差万别的需要。

比如说，我们提供的小日本4的专用模板只是针对PAL 制式的，那么如果遇到NTFS 视频源的时候，就不能直接套用专用模板。

正确的做法是：在选定模板后还必须更改一下制式到NTFS ，相应地，帧率也要改成29.97fps 。

许多朋友不知道这些，造成许多不必要的误会。

既然使用了模板还避免不了麻烦，那么我们何不学习一下自定义模板，“自己动手，丰衣足食”呢？其实借助于小日本4的各种内置模板，完全可以做到这些。

下面就教大家几个简单的自定义小日本4模板的方法。

在添加文件之前先进行一下环境优化设置在添加文件之前先进行一下环境优化设置：：方法1：修改内置的开放MPEG 模板首先在“输入”中把你想打包到一张D5光盘上的所有文件全部添加到文件列表中。

接着我们选择“输出”模板里面第2组：“按格式输出模板”下面的“输出MPEG 文件” [原创] 小日本TMPGEnc 4.0 Xpress 如何转换视频文件到KVCD / KDVD 图文教程参数解释：小日本 TMPGEnc 4.0 Xpress 如何转换视频文件到KVCD / KDVD 图文教程说明说明：：制式及分辨率、帧率的关系务必参考：常见视频光盘采用算法、标准分辨率及标准帧率（VCD SVCD KVCD DVD KDVD HDVD）模板和画面比选择问题务必参考：视频转换时的模板怎样选择？画面比例应该如何设置？下面我们看怎么设置可变码率可变码率：可变码率方法2：修改内置的高容量XDVD模板首先你要知道什么是XDVD。

积木英语Alphablocks第一季共26集的字幕汇总

积木英语Alphablocks第一季共26集的字幕汇总积木英语ALPHABLOCKS第一季共26集的字幕汇总..................... 错误!未定义书签。

第1集ALPHABLOCKS .............................................. 错误!未定义书签。

第2集BEE ...................................................... 错误!未定义书签。

第3集TOP. ..................................................... 错误!未定义书签。

第4集WHY. ..................................................... 错误!未定义书签。

第5集KEY. ..................................................... 错误!未定义书签。

第6集GLOW. .................................................... 错误!未定义书签。

第7集SING. .................................................... 错误!未定义书签。

第8集BAND. .................................................... 错误!未定义书签。

第9集PARTY. ................................................... 错误!未定义书签。

第10集CHA CHA CHA ............................................. 错误!未定义书签。

第11集RACE. ................................................... 错误!未定义书签。

(小日本4)TMPGEnc 4.0 Xpress 专用KVCD模板、KDVD模板下载及使用指南

本页面模板源于IsaacZ从网上找到的一组别人制作的TMPGEnc 3.0 Xpress模板，IsaacZ将它们升级到专用于TMPGEnc 4.0 Xpress的格式，大家尝试一下。

模板内容说明：如果您刻盘是在VCD影碟机而不是DVD影碟机上播放，本页面的任何模板均不适合您的要求。

专门针对PAL 制式进行了KVCD 参数优化的TMPGEnc 4.0 xpress 输出模板************************************************************** ***翻译整理：IsaacZ----------------------------------------------------------------------------------KDVD(用于 DVD 碟片）KDVD 可制作出完全与DVD兼容的MPEG-2文件。

模板名称：KDVD-352x576-Half-D1 约10小时以上高画质DVD兼容视频KDVD-720x576-Full D1 约6小时以上DVD画质的DVD兼容视频----------------------------------------------------------------------------------MPEG-1(用于 CD-R 碟片）模板名称预估时间长度注释KVCD-ULBR-352x288 CD-R 每碟平均约 360 分钟超低码率KVCD-LBR- 352x288 CD-R 每碟平均约 180 分钟低码率，用于手持设备或小电视KVCD-CQ-352x288 CD-R 每碟平均约 120 分钟一般用途，VCD 画质KVCD-CQ-352x576 CD-R 每碟平均约 120 分钟一般用途，较高画质KVCDx2-CQ-704x576 CD-R 每碟平均约 90 分钟中低动作（图像变化速度处于中低水平）KVCDx3-MPEG-1 | CD-R 每碟平均约 100 分钟（宽屏）| CD-R 每碟平均约 75 分钟（全屏）----------------------------------------------------------------------------------MPEG-2(用于 CD-R 碟片）SKVCD-352x576 CD-R 每碟平均约 120 分钟KVCDx3-MPEG-2 | CD-R 每碟平均约 100 分钟（宽屏）| CD-R 每碟平均约 75 分钟（全屏）---------------------------------------------------------------------------------- IsaacZ注：一张CD-R 的标称容量通常是700MB/80分钟（以MPEG-1为素材）（实际容量点此）一张DVD±R 的标称容量通常是4.7GB/120分钟（以MPEG-2为素材）（实际容量点此）利用以上模板可以制作出超出标称容量的光盘。

26DVD目录如下

26DVD目录如下：1.小小爱因斯坦-世界的语言中英韩三语2.小小莫扎特-音乐嘉年华中英韩三语3.小小梵高—色彩的世界中英韩三语4.小小贝多芬-缤纷交响乐中英韩三语5.小小巴哈-奇幻音乐旅程中英韩三语6.小小莎士比亚－诗的世界中英韩三语7.小小伽利略－发现天空中英韩三语8.小小水世界-水的奥妙中英韩三语9.小小牛顿-认识各种形状中英韩三语10.常见动物中英韩三语11.野生动物中英韩三语12.有趣的数字中英韩三语13.小小诺亚－动物探险英法西班牙三语14.小小农场－农场上的一天中英韩三语15.小小达芬奇－从头到脚英法西班牙三语16.圣诞音乐盒中英韩三语17.小小莫奈－发现四季中英韩粤四语18.在路上英法西班牙三语19.小小爱因斯坦－超能小宝贝英法西班牙三语20. 认识交响乐英法西班牙三语21.宝宝爱去的地方英法西班牙三语22.宝宝的第一次移动英法西班牙三语23.最初的手势英法西班牙三语24.发现形状英法西班牙三语25.催眠曲英法西班牙三语26.发现第一个声音英法西班牙三语外加一张音乐ＣＤ祥细说明：这是一片专门为婴幼儿设计的DVD，精心设计的画面与音乐可以给宝宝适当的视觉和听觉刺激，并增加亲子互动的机会。

0-3岁是孩子智力与性格成长的关键期，在这段期间内，孩子需要父母亲的关注，以及良好的互动关系。

小小爱因斯坦（Baby Einstein ）系列产品由美国迪士尼公司隆重推出，采用日常生活中的物品、音乐、艺术、语言、科学、自然和诗歌，以宝宝的角度为出发点，利用构图清晰、色彩鲜明的画面，搭配旁白与悦耳动听的音乐，以好玩有趣的方式吸引宝宝探索周围的环境，进而培养观察力、想象力，以及对物体、颜色、语言、音乐等方面的敏锐度，让宝宝的潜能得到全方位的引导与开发。

对于刚出世的小宝宝们来说，周围的世界真是太奇妙了！不同的声音和各种新鲜的事物都吸引着他们。

小小爱因斯坦公司专为0到4岁的婴幼儿设计了一套适合孩子阅读成长的《小小爱因斯坦》系列启蒙图书，这是由一位妈妈亲自为孩子编写，以小宝宝最乐于接受的方式，帮助家长开发孩子在语言、诗歌、音乐、科学和艺术方面的潜能。

ANALOG DEVICES ADN4661 英文产品数据手册 Rev 0

Single, 3 V, CMOS, LVDS,High Speed Differential DriverADN4661 Rev. 0Information furnished by Analog Devices is believed to be accurate and reliable. However, noresponsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties that may result from its use. Specifications subject to change without notice. No license is granted by implication or otherwise under any patent or patent rights of Analog Devices. T rademarks and registered trademarks are the property of their respective owners. One Technology Way, P.O. Box 9106, N orwood, MA 02062-9106, U.S.A. Tel: 781.329.4700 Fax: 781.461.3113 ©2008 Analog Devices, Inc. All rights reserved.FEATURES±15 kV ESD protection on output pins600 Mbps (300 MHz) switching ratesFlow-through pinout simplifies PCB layout300 ps typical differential skew700 ps maximum differential skew1.5 ns maximum propagation delay3.3 V power supply±355 mV differential signalingLow power dissipation: 23 mW typicalInteroperable with existing 5 V LVDS receivers Conforms to TIA/EIA-644 LVDS standardsIndustrial operating temperature range (−40°C to +85°C) Available in surface-mount (SOIC) package APPLICATIONSBackplane data transmissionCable data transmissionClock distribution FUNCTIONAL BLOCK DIAGRAMVDOUT+OUT–7876-1NC = NO CONNECTFigure 1.GENERAL DESCRIPTIONThe ADN4661 is a single, CMOS, low voltage differential signaling (LVDS) line driver offering data rates of over600 Mbps (300 MHz) and ultra-low power consumption.It features a flow-through pinout for easy PCB layout and separation of input and output signals.The device accepts low voltage TTL/CMOS logic signals and converts them to a differential current output of typically±3.1 mA for driving a transmission medium such as a twisted-pair cable. The transmitted signal develops a differential voltage of typically ±355 mV across a termination resistor at the receiv-ing end, and this is converted back to a TTL/CMOS logic level by a line receiver. The ADN4661 and a companion LVDS receiver offer a new solution to high speed point-to-point data transmission, and a low power alternative to emitter-coupled logic (ECL) or positive emitter-coupled logic (PECL).ADN4661Rev. 0 | Page 2 of 12TABLE OF CONTENTSFeatures .............................................................................................. 1 Applications ....................................................................................... 1 Functional Block Diagram .............................................................. 1 General Description ......................................................................... 1 Revision History ............................................................................... 2 Specifications ..................................................................................... 3 AC Characteristics ........................................................................ 4 Absolute Maximum Ratings ............................................................ 5 ESD Caution...................................................................................5 Pin Configuration and Function Descriptions ..............................6 Typical Performance Characteristics ..............................................7 Theory of Operation ...................................................................... 10 Applications Information .......................................................... 10 Outline Dimensions ....................................................................... 11 Ordering Guide .. (11)REVISION HISTORY12/08—Revision 0: Initial VersionADN4661Rev. 0 | Page 3 of 12SPECIFICATIONSV CC = 3 V to 3.6 V; R L = 100 Ω; C L = 15 pF to GND; all specifications T MIN to T MAX , unless otherwise noted. Table 1.Parameter 1, 2Symbol Min Typ Max Unit Test Conditions LVDS OUTPUTS (D OUT+, D OUT−) Differential Output VoltageV OD 250 355 450 mV See Figure 2 and Figure 4 Change in Magnitude of V OD for Complementary Output States ΔV OD 1 35 |mV| See Figure 2 and Figure 4 Offset VoltageV OS 1.125 1.2 1.375 V See Figure 2 and Figure 4Change in Magnitude of V OS for Complementary Output States ΔV OS 3 25|mV| See Figure 2 and Figure 4 Output High Voltage V OH 1.4 1.6 V See Figure 2 and Figure 4Output Low Voltage V OL 0.90 1.1 V See Figure 2 and Figure 4 INPUTS (D IN , V CC ) Input High Voltage V IH 2.0 VCC V Input Low Voltage V IL GND 0.8 V Input High Current I IH −10 ±2 +10 μA V IN = 3.3 V or 2.4 V Input Low Current I IL −10 ±1 +10 μA V IN = GND or 0.5 V Input Clamp VoltageV CL −1.5 −0.6 V I CL = −18 mA LVDS OUTPUT PROTECTION (D OUT+, D OUT−) Output Short-Circuit Current 3I OS −5.7 −8.0 mA D IN = V CC , D OUT+ = 0 V or D IN = GND, D OUT− = 0 V LVDS OUTPUT LEAKAGE (D OUT+, D OUT−)Power-Off Leakage I OFF −10 ±1 +10 μA V OUT = V CC or GND, V CC = 0 V POWER SUPPLYSupply Current, Unloaded I CC 4.0 8.0 mA No load, D IN = V CC or GND Supply Current, Loaded I CCL 7 10 mA D IN = V CC or GND ESD PROTECTION D OUT+, D OUT− Pins±15 kV H uman body model All Pins Except D OUT+, D OUT−±4 kV H uman body model1 Current into device pins is defined as positive. Current out of device pins is defined as negative. All voltages are referenced to ground except V OD , ΔV OD , and ΔV OS . 2The ADN4661 is a current mode device and functions within data sheet specifications only when a resistive load is applied to the driver outputs. Typical range is 90 Ω to 110 Ω. 3Output short-circuit current (I OS ) is specified as magnitude only; minus sign indicates direction only.ADN4661Rev. 0 | Page 4 of 12AC CHARACTERISTICSV CC = 3 V to 3.6 V; R L = 100 Ω; C L 1 = 15 pF to GND; all specifications T MIN to T MAX , unless otherwise noted. Table 2.Parameter 2Symbol Min Typ Max Unit Conditions/Comments 3, 4 Differential Propagation Delay High to Low t PHLD 0.3 0.8 1.5 ns See Figure 3 and Figure 4 Differential Propagation Delay Low to High t PLHD 0.3 1.1 1.5 ns See Figure 3 and Figure 4 Differential Pulse Skew |t PHLD − t PLHD |5 t SKD1 0 0.3 0.7 ns See Figure 3 and Figure 4 Differential Part-to-Part Skew 6 t SKD3 0 1.0 ns See Figure 3 and Figure 4 Differential Part-to-Part Skew 7 t SKD4 0 1.2 Ns See Figure 3 and Figure 4 Rise Time t TLH 0.2 0.5 1.0 ns See Figure 3 and Figure 4 Fall Timet THL 0.2 0.5 1.0 ns See Figure 3 and Figure 4 Maximum Operating Frequency 8f MAX 350 M H z SeeFigure 31 C L includes probe and jig capacitance.2AC parameters are guaranteed by design and characterization. 3Generator waveform for all tests, unless otherwise specified: f = 50 MHz, Z O = 50 Ω, t TLH ≤ 1 ns, and t THL ≤ 1 ns. 4All input voltages are for one channel unless otherwise specified. Other inputs are set to GND. 5t SKD1 = |t PHLD − t PLHD | is the magnitude difference in differential propagation delay time between the positive going edge and the negative going edge of the same channel. 6t SKD3, differential part-to-part skew, is defined as the difference between the minimum and maximum specified differential propagation delays. This specification applies to devices at the same V CC and within 5°C of each other within the operating temperature range. 7t SKD4, differential part-to-part skew, is the differential channel-to-channel skew of any event between devices. This specification applies to devices over recommended operating temperatures and voltage ranges, and across process distribution. t SKD4 is defined as |maximum − minimum| differential propagation delay. 8f MAX generator input conditions: t TLH = t THL < 1 ns (0% to 100%), 50% duty cycle, 0 V to 3 V. Output criteria: duty cycle = 45% to 55%, V OD > 250 mV, all channels switching.Test Circuits and Timing Diagrams07876-002D OUT–VODFigure 2. Test Circuit for Driver V OD and V OS07876-003OUT+OUT–1. C LINCLUDES PROBE AND JIG CAPACITANCE.Figure 3. Test Circuit for Driver Propagation Delay, Transition Time, and Maximum Operating Frequency07876-004D INV DIFFOHOLD OUT+D OUT–Figure 4. Driver Propagation Delay and Transition Time WaveformsADN4661Rev. 0 | Page 5 of 12ABSOLUTE MAXIMUM RATINGST A = 25°C, unless otherwise noted. All voltages are relative to their respective ground.Table 3. Parameter Rating V CC to GND −0.3 V to +4 V Input Voltage (D IN ) to GND −0.3 V to V CC + 0.3 V Output Voltage (D OUT+, D OUT−) to GND −0.3 V to V CC + 0.3 V Short-Circuit Duration (D OUT+, D OUT−) to GND Continuous Operating Temperature RangeIndustrial−40°C to +85°C Storage Temperature Range −65°C to +150°C Junction Temperature (T J max) 150°CPower Dissipation (T J max − T A )/θJA SOIC PackageθJA Thermal Impedance149.5°C/W Reflow Soldering Peak TemperaturePb-Free260°C ± 5°CStresses above those listed under Absolute Maximum Ratings may cause permanent damage to the device. This is a stress rating only; functional operation of the device at these or anyother conditions above those indicated in the operational section of this specification is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability.ESD CAUTIONADN4661Rev. 0 | Page 6 of 12PIN CONFIGURATION AND FUNCTION DESCRIPTIONSV CC 1D IN 2NC 3GND 4D OUT–8D OUT+7NC6NC5NC = NO CONNECTADN4661TOP VIEW (Not to Scale)07876-005Figure 5. Pin ConfigurationTable 4. Pin Function DescriptionsPin No. Mnemonic Description1 V CC Power Supply Input. The part can be operated from 3.0 V to 3.6 V, and the supply should be decoupled with a 10 μF solid tantalum capacitor in parallel with a 0.1 μF capacitor to GND.2 D IN Driver Logic Input.3 NC No Connect. This pin should be left unconnected.4 GND Ground. Reference point for all circuitry on the part.5 NC No Connect. This pin should be left unconnected.6 NC No Connect. This pin should be left unconnected.7 D OUT+ Noninverting Output Current Driver. When D IN is high, current flows out of D OUT+. When D IN is low, current flows into D OUT+. 8 D OUT−Inverting Output Current Driver. When D IN is high, current flows into D OUT−. When D IN is low, current flows out of D OUT−.ADN4661Rev. 0 | Page 7 of 12TYPICAL PERFORMANCE CHARACTERISTICS07876-0061.4151.4141.4131.4123.0 3.1 3.2 3.3 3.4 3.5 3.6O U T P U T H I G H V O L T A G E , V O H (V )POWER SUPPLY VOLTAGE, V CC (V)Figure 6. Output High Voltage vs. Power Supply Voltage 07876-0071.0901.0891.0881.0873.0 3.1 3.2 3.3 3.4 3.5 3.6O U T P U T L O W V O L T A G E , V O L (V )POWER SUPPLY VOLTAGE, V CC(V)Figure 7. Output Low Voltage vs. Power Supply Voltage 07876-008–3.9–4.0–4.1–4.23.0 3.1 3.2 3.3 3.4 3.5 3.6S H O R T -C I R C U I T C U R R E N T , I O S (m A )POWER SUPPLY VOLTAGE, V CC(V)Figure 8. Output Short-Circuit Current vs. Power Supply Voltage 07876-009325.0324.2324.4324.6324.8324.03.03.1 3.2 3.3 3.4 3.5 3.6D I F FE R E N T I A L O U T P U T V O L T A G E , V O D (m V )POWER SUPPLY VOLTAGE, VCC (V)Figure 9. Differential Output Voltage vs. Power Supply Voltage07876-01050030035040045025090100110120130140150D I F FE R E N T I A L O U T P U T V O L T A G E , V O D (m V )LOAD RESISTOR, R L (Ω)Figure 10. Differential Output Voltage vs. Load Resistor07876-0111.2521.2501.2511.2493.03.1 3.2 3.3 3.4 3.5 3.6O F F S E T V O L T A G E , V O S (m V )POWER SUPPLY VOLTAGE, V CC(V)Figure 11. Offset Voltage vs. Power Supply VoltageADN4661Rev. 0 | Page 8 of 120.010.11101001kSWITCHING FREQUENCY (MHz)P O W E R S U P P L Y C U R R E N T , I C C (m A )07876-012Figure 12. Power Supply Current vs. Switching Frequency 10.09.59.08.58.07.57.06.53.03.33.6POWER SUPPLY VOLTAGE, V CC (V)P O W E R S U P P L Y C U R R E N T, I C C (m A )07876-013Figure 13. Power Supply Current vs. Power Supply Voltage –40–1510356085AMBIENT TEMPERATURE, T A (°C)P O W E R S U P P LY C U R R E N T , I C C (m A )07876-014Figure 14. Power Supply Current vs. Ambient Temperature 07876-0151200100011009003.03.1 3.2 3.3 3.4 3.5 3.6D I F FE R E N T I A L P R OP A G A T I O N D E L A Y (n s )POWER SUPPLY VOLTAGE, V CC (V)Figure 15. Differential Propagation Delay vs. Power Supply Voltage07876-016120010001100900D I F F E R E N T I A L P RO P A G A T I O N D E L A Y (n s )AMBIENT TEMPERATURE, T A (°C)–40–20020406080100Figure 16. Differential Propagation Delay vs. Ambient Temperature07876-0171002040608003.03.1 3.2 3.3 3.4 3.5 3.6D I F FE R E N T I A L S K E W , t S K D 1 (p s )POWER SUPPLY VOLTAGE, V CC (V)Figure 17. Differential Skew vs. Power Supply VoltageADN4661Rev. 0 | Page 9 of 1207876-01850102030400D I F F E R E N T I A L S K E W , t S K D 1 (p s )AMBIENT TEMPERATURE, T A (°C)–40–20020406080100Figure 18. Differential Skew vs. Ambient Temperature 07876-0194003403603803203.03.1 3.2 3.3 3.4 3.5 3.6T R A N S I T I O N T I M E (p s )POWER SUPPLY VOLTAGE, VCC (V)Figure 19. Transition Time vs. Power Supply Voltage07876-020400340360380320T R A N S I T I O N T I M E (p s )AMBIENT TEMPERATURE, T A (°C)–40–20020406080100Figure 20. Transition Time vs. Ambient TemperatureADN4661Rev. 0 | Page 10 of 12THEORY OF OPERATIONThe ADN4661 is a single line driver for low voltage differential signaling. It takes a single-ended 3 V logic signal and converts it to a differential current output. The data can then be trans-mitted for considerable distances, over media such as a twisted-pair cable or PCB backplane, to an LVDS receiver, where itdevelops a voltage across a terminating resistor, R T . This resistor is chosen to match the characteristic impedance of the medium, typically around 100 Ω. The differential voltage is detected by the receiver and converted back into a single-ended logic signal. When D IN is high (Logic 1), current flows out of the D OUT+ pin (current source) through R T and back to the D OUT− pin (current sink). At the receiver, this current develops a positive differential voltage across R T (with respect to the inverting input) and results in a Logic 1 at the receiver output. When D IN is low (Logic 0), D OUT+ sinks current and D OUT− sources current. A negative differen-tial voltage across R T results in a Logic 0 at the receiver output. The output drive current is between ±2.5 mA and ±4.5 mA (typically ±3.55 mA), developing between ±250 mV and ±450 mV across a 100 Ω termination resistor. The received voltage is centered around the receiver offset of 1.2 V . Therefore, the noninverting receiver input for Logic 1 is typically (1.2 V + [355 mV/2]) =1.377 V , and the inverting receiver input is (1.2 V − [355 mV/2]) = 1.023 V . For Logic 0, the inverting and noninverting output voltages are reversed. Note that because the differential voltage reverses polarity, the peak-to-peak voltage swing across R T is twice the differential voltage.Current-mode drivers offer considerable advantages over voltage mode drivers such as RS-422 drivers. The operating current remains fairly constant with increased switching frequency, whereas the current of voltage mode drivers increases exponentially in most cases. This is caused by the overlap as internal gates switch between high and low, which causes currents to flow from the device power supply to ground. A current-mode device simply reverses a constant current between its two outputs, with no significant overlap currents. This is similar to emitter-coupled logic (ECL) and positive emitter-coupled logic (PECL), but without the high quiescent current of ECL and PECL.APPLICATIONS INFORMATIONFigure 21 shows a typical application for point-to-point data transmission using the ADN4661 as the driver and the LVDS receiver.D OUTD 07876-021Figure 21. Typical Application CircuitADN4661Rev. 0 | Page 11 of 12OUTLINE DIMENSIONSCONTROLLING DIMENSIONS ARE IN MILLIMETERS; INCH DIMENSIONS (IN PARENTHESES)ARE ROUNDED-OFF MILLIMETER EQUIVALENTS FOR REFERENCE ONLY AND ARE NOT APPROPRIATE FOR USE IN DESIGN.COMPLIANT TO JEDEC STANDARDS MS-012-AA012407-A0.17 (0.0067)0.40 (0.0157)45°PLANE0.25 (0.0098)0.10 (0.0040)COPLANARITY0.10Figure 22. 8-Lead Standard Small Outline Package [SOIC_N]Narrow Body(R-8)Dimensions shown in millimeters and (inches)ORDERING GUIDEModel Temperature Range Package Description Package OptionADN4661BRZ 1 −40°C to +85°C 8-Lead Standard Small Outline Package [SOIC-N]R-8 ADN4661BRZ-REEL71−40°C to +85°C 8-Lead Standard Small Outline Package [SOIC-N]R-81Z = RoHS Compliant Part.ADN4661Rev. 0 | Page 12 of 12NOTES©2008 Analog Devices, Inc. All rights reserved. Trademarks and registered trademarks are the property of their respective owners.D07876-0-12/08(0)。

X-ray Dog 1-47集史诗音乐片头音乐专题片配乐精品

震撼史诗音乐片头音乐专题片配乐精品1：X-ray Dog 1-47集史诗音乐片头音乐专题片配乐精品X-ray Dog 史诗般大气的音乐特别适用于企业专题片，纪录片，片头，片花等，是好莱坞片头的御用品。

可能还有许多人不知道X-Ray Dog是什么，引段网上的评价吧：“他们的作品几乎不针对一般消费者，网上也很少或者几乎没有他们的作品介绍。

他们的作品没有对外发行，而是直接定制输送到了好莱坞各大数字影视后期制作公司。

我们常常看到的电影预告片中的背景音乐不少是出自他们之手。

”好莱坞电影迷应该会对他们的音乐很耳熟，虽然在此之前你可能并不知道是他们所作的。

蜘蛛侠、加勒比海盗、金刚、哈利波特、变型金刚、魔戒系列、黄金罗盘、那尼亚传奇、X-man系列、范海辛.......，只要是气势磅礡的动作片、史诗巨片几乎都是一致选用口碑甚佳的X-Ray Dog！甚至～最近国民党马英九选前推出集结各县市首长的超强广告"我準备好了"，里面震撼人心的配乐，就是选用了X-Ray Dog的配乐！！分别是Canis Rex I 的Across The World - No Choir （原使用在魔戒中的配乐）Canis Rex II 的Here Comes The King - No Choir （原使用在纳尼亚传奇预告配乐）X-Ray Dog的音乐有的激昂，有的悲伤，每首都有荡气回肠之感。

在听的时候，如果你用浮躁的心去听那么你什么也不会听懂，也永远不会体会到每首音乐里所特有的感情。

只有静下心来用你的心灵去感受，随着音乐回忆那些或高兴，或悲伤的往事，你就会发现你能听出每首音乐中所蕴涵的感情。

这是他们的主页本套素材完整收录47CD的内容，，具体见下表：XRCD01 - New Music - [192k]XRCD02 - Bonz Unleashed - [320k]XRCD03 - Prime Cuts - [320k]XRCD04 - Sit Up And Listen - [320k]XRCD05 - Fresh Meat - [320k]XRCD06 - New Tricks - [320k]XRCD07 - Mad Dog - [320k]XRCD08 - A Breed Apart - [320k]XRCD09 - Double Live Doggie Style I - [320k]XRCD10 - Double Live Doggie Style II - [320k]XRCD11 - Dog Party - [320k]XRCD12 - Canis Rex I - [320k]XRCD13 - Canis Rex II - [320k]XRCD14 - Dog Eat Dog I - [320k]XRCD15 - Dog Eat Dog II - [320k]XRCD16 - Hellhounds - [320k]XRCD17 - Bites Barks Growls - [320k] XRCD18 - B.B.G. Elements - [320k] XRCD19 - Dog Gone Wild - [320k] XRCD20 - X-Ray Spex - [320k] XRCD21 - Best in Show - [256k] XRCD22 - Mighty Dog - [256k] XRCD23 - K-9 Empire I - [256k] XRCD24 - K-9 Empire II - [256k] XRCD25 - Cerberus I - [256k]XRCD26 - Cerberus II - [256k] XRCD27 - Boneyard I - [256k] XRCD28 - Boneyard II - [256k] XRCD29 - Dog Rock - [320k]XRCD30 - Alpha Dog - [320k] XRCD31 - Mechanimal - [320k] XRCD32 - Dogs of War I - [320k] XRCD33 - Dogs of War II - [320k] XRCD34 - Top Dog - [320k]XRCD35 - Argos - [320k]XRCD36 - Anubis - [320k]XRCD37 - Canis Maximus - [320k] XRCD38 - Feed The Beast - [320] XRCD39 - Night Hounds - [320k] XRCD40 - Woofer - [320k]XRCD41 - Rip Chew Gnaw - [128k] XRCD42 - Internal Organs - [192k] XRCD43 - Seeing Eye - [320k] XRCD44 - Bite Size, Disc 1 - [128k] XRCD45 - Bite Size, Disc 2 - [128k] XRCD46 - Bite Size, Disc 3 - [128k] XRCD47 - Bite Size, Disc 4 - [128k]特别赠送：精选辑Dog In Heaven I - [192, 44]Dog In Heaven II - [192, 44]。

兰博基尼Sesto Elemento遥控车说明书

2012HOLIDA Y TOY GUIDE“I GOT A SPEED DEMON”s &ULL FUNCTION 2#s LENGTHs (IGH LOW GEAR FT MIN FT MIN s &RONT AND REAR LAMP LIGHT s/FlCIALLY 0ORSCHE ,ICENSED s &ULL FUNCTION 2#s LENGTHs (IGH LOW GEAR FT MIN FT MIN s &RONT AND REAR LAMP LIGHT s/FlCIALLY ,AMBORGHINI ,ICENSED2# -%2#%$%3 "%.: 1:16s &ULL FUNCTION 2# s LENGTH s 3PEED FT MIN FORWARD s &RONT AND REAR LAMP LIGHT s/FlCIALLY -ERCEDES "ENZ ,ICENSED "ATTERIES&REQUENCY !GE DOORS/0%.(/,)$!9 '5s LENGTH s 3PEED FT MIN s $ASHBOARD APP FROM &ERRARI s !MAZING DETAILS IN &ERRARI %NZO BODY DESIGN s7ORKS WITH COMPATIBLE I0HONE OR !NDROID PHONE NOT INCLUDED"ATTERIES6EHICLE X NOT INCLUDED )2 DONGLE X ,2 INCLUDED&REQUENCY )NFRARED "AND " !GE -3203-!24,).+ #/.42/,&%22!2) !33/24-%.4s 2EQUIRES I0HONE I0OD TOUCH OR I0AD NOT INCLUDED"ATTERIES X !! NOT INCLUDED&REQUENCY "LUETOOTH UP TO VEHICLES!GE -320",5%4//4( 0/23#(% 1:16s &ULL FUNCTION DIGITAL PROPORTIONAL CONTROLFOR FORWARD BACKWARD AND TURNSs LENGTH s 3PEED FT MINs (EADLIGHTS SIGNAL LIGHTS AND TAILLIGHTSs 2EQUIRES I0HONE I0OD TOUCH OR I0AD NOT INCLUDED"ATTERIES X !! NOT INCLUDED&REQUENCY "LUETOOTH UP TO VEHICLES!GE -320 2 0 1 2 H OBLUETOOTH®#/.42/,2# 30/24 #!2 !334s &ULL FUNCTION 2#s ,EFT RIGHT FORWARD REVERSEs LENGTHs STYLESs /FlCIALLY &ORD $ODGE'- ,ICENSED"ATTERIES #ONTROLLER X !! NOTINCLUDED 6EHICLEX !! NOT INCLUDED&REQUENCY -USTANG -(Z#HARGER -(Z#ORVETTE -(Z!GE -320EXCLUSIVE2012 H O L I D AAPP-BASED 60008043D X-TREK TORNADO STUNT SET1:64s &ULL FUNCTION 2# )2 VEHICLE WITH TURBOs LENGTH s 3PEED FT MINs #ONTROL DISTANCE FTs .EW WAY TO EXPERIENCE RACING STUNTS ON AN 2# RACE TRACK s #USTOMIZE YOUR TRACKS CREATE YOUR OWN STUNTS CHALLENGES s &ULL FUNCTION $ 8 4REK RACERS COME WITH A UNIQUE % 0OWER "OOST THAT UNLOCKS THE INCREDIBLE SPEED NEEDED FORONE OF A KIND STUNTSs &EATURES OVER FEET OF TRACK WILD SIDEWAYS LOOPS"ATTERIES X !! NOT INCLUDED&REQUENCY )NFRARED BAND IS USER SELECTABLE!GE -3202# 342%%4 3()&4%23s &ULL FUNCTION 2# )2 CONTROLLED VEHICLEs LENGTHs 4RANSFORM WHEN THEY CRASHs $RIVE AND BATTLE IN TRANSFORMED STATEs )NCLUDES ONE CONTROLLER ONE VEHICLE "ATTERIES 4RANSMITTER X NOT INCLUDED6EHICLE X NOT INCLUDED!GE -320W I-S PI ).425$%2s &ULL FUNCTION 2#s LENGTHs ,EFT RIGHT FORWARD REVERSE STOPs )NDOOR OUTDOOR 7I &I CONTROLLEDSPY VEHICLE WITH CAMERAs 7ORKS WITH !NDROID OR I0HONE NOT INCLUDED"ATTERIES "UILT IN INCLUDES 6 !# WALL CHARGER &REQUENCY 7I &I '(Z TECHNOLOGY!GE -3202# .)'(4 4(5.$%2s &ULL FUNCTION 2# s LENGTHs 3PEED FT MIN s #ONTROL DISTANCE FT s #LIMBING ANGLE °"ATTERIES X !! NOT INCLUDEDX 6 .I -( M!HBATT PK INCLUDED&REQUENCY -(Z -(Z!GE -3206000848RC MICRO ATOMIC RACER 1:64s !LL IN ONE CASE CHARGER REMOTE STORAGEs &ORWARD REVERSE LEFT RIGHTs LENGTH"ATTERIES X !! NOT INCLUDED !GE -320 ( / , ) $ ! 9 ' 5 ) $ %GIANT 8"WHEELS!“I GOT A MONSTER!”s &ULL FUNCTION 2#s LENGTHs 3PEED FT MIN FORWARDs #ONTROL DISTANCE FT"ATTERIES 48 X !! NOT INCLUDED28 X !! NOT INCLUDED&REQUENCY -(Z -(Z!GE -3202# &/2$ &-/.34%2 7(%%, 8s &ULL FUNCTION 2#s LENGTHs 3PEED FT MIN FORWARD s WHEEL DRIVE CLIMBS HILLS° SPINSs #ONTROL DISTANCE FT "ATTERIES X 6 NOT INCLUDEDX 6 INCLUDED&REQUENCY -(Z -(Z!GE -320 s &ULL FUNCTION 2#s WHEEL DRIVEs #LIMBING ANGLE °s 3PEED FT MIN s LENGTHs #ONTROL DISTANCE FTs /FlCIALLY #HEVY ,ICENSED"ATTERIES 48 X !! NOT INCLUDED28 X !! NOT INCLUDED&REQUENCY -(Z -(Z!GE -320(/,)$!9'5)$%Ford Raptoravailable in2 colors!6000778RC TRuCkAssoRTmenT1:24This licensed vehicle assortment featuresHummer H3, Jeep Wrangler & FordRaptor in 2 colors.• Left, right, forward, reverse, stop• 7" length • Speed: 270 ft./min.Batteries: T X: 2 x AA (not included)RX: 3 x AA (not included)Frequency: J eep Wrangler: 27mHz,Hummer: 27mHz,Ford Raptor: (Red) 49mHz,Ford Raptor: (silver) 49mHzAge 8+ msRP: $14.99• Full 7-function RC• Max. climbing angle: 10°• Speed: 600 ft./min. forward• Front and rear lamp light• C ontrol distance: 140 ft.Batteries: T X: 2 x AA (not included)RX: 1 x 9.6V (included)Frequency: 27MHz/49MHz Age 6+ MSRP: $69.996000766RC JeeP WRAngLeR1:10• Full 7-function RC• 28" length • Speed: 630 ft./min.• “Try Me” light• O fﬁcially Ford LicensedBatteries: 4 x AA and 1x 9.6V (included)Frequency: 27MHz/49MHzAge 8+ msRP: $99.996000780RC FoRd RAPToR1:6“Bad Street”styling in2 colors!6000779RC JEEP WRANGLERBAD STREETs Full 7-function RCs ,EFT RIGHT FORWARD REVERSEs LENGTHs 3PEED FT MINs #ONTROL DISTANCE FTBatteries: T X: 2 x AA (not included)RX: 4 x AA (not included) &REQUENCY -(Z -(Z!GE -320 2 0 1 2 H ORC CYBER CYCLE ASSORTMENT4HE ONLY LINE OF 2# VEHICLES THAT COMBINES VEHICLE PLAY WITH COMBAT PLAY s &ULL FUNCTION 2#s ,EFT RIGHT FORWARD REVERSE"ATTERIES X !! X 6 NOT INCLUDED&REQUENCY -(Z !GE -320ÒBATTLEST A TIONSÓInteractIve BattLe actIon6000807rc aIr Hogs BattLe trackerthe Battle tracker brings Ir battle play right into your home. With 3+ ways to play, you can engage in physical battle between the all-new saw Blade Helicopter and an auto-tracking missle turret. choose between autonomous and manual control as you evade 12 missiles from the turret. shoot up to 8 discs from the saw Blade and deactivate the turret to claim victory. the remote holds additional ammo for quick reloads and storage. the future of battle is here with the air Hogs Battle tracker!Batteries:10 x aaa (not included)age 10+MsrP: $99.992012 H O L I D A Y G U I D E6000809RC AIR HOGS VELOCITY SNIPER INDOOR HELICOPTERs &EATURES MISSILE lRING ALLOWINGLIGHTWEIGHT PLASTIC ROCKETS TO BE LAUNCHED s )NCLUDES TARGET FOR PROSPECTIVE lGHTER PILOTS TO PRACTICE THEIR SKILLS"ATTERIES !GE -3206000761RC PLANE–TWIN TURBINE60007912# (/6%2-!88 5&/ ,%$s %ASY FOR KIDS TO OPERATEs (OBBY STYLE COLLAPSIBLE BLADES s 3TROBING ,%$S s #OMPACT DESIGN"ATTERIES X NOT INCLUDED !GE-320%!39 4/ &,9app-based6000792RC stealth FlyeR–indooR heliCopteR• O perates up to 80-ft. range • Easy to navigate indoors • LED strobing taillight• Hobby-style collapsible blades • Great helicopter at a great priceBatteries: 6x AA (not included)Age 8+MSRP: $29.996000794RC shoCk FoRCe indooR battle COPtERS BAttLinG HELiCOPtERS–2 Pk• Shoots infrared signals to shoot down opponent • interactive battle mode •F eedback vibration during combat mode • Multicolored LED lights •B uilt-in gyroscopic chip Batteries: 6 x AA (not included) Age 10+ MSRP: $89.996000797tRident–indooR heliCopteR• F orward, reverse, stop, left, right, up, down • 8" length (wingspan)• i R dongle (for connecting toiPhone/Android device, not included)• USB charging cableBatteries: All included Age 12+ MSRP: $59.996000765RC ATOM1BLUETOOTH®INDOOR HELICOPTERs 5SES BOTH MANUAL AND GESTURE CONTROL s "ANKS LIKE A REAL HELICOPTERs -ULTICOLORED BLINKING ,%$ LIGHTS6 4(2534%2309 $2/.%s 1UICK CHARGE FREE mYING PLANEs LENGTH WINGSPANs SECONDS TO CHARGE THE BUILT IN CAPACITOR TO mY UP TO SECONDS"ATTERIES X !! NOT INCLUDED!GE -3202# '92/04%2 INDOOR HELICOPTER s (OBBY STYLE COLLAPSIBLE BLADESs "UILT IN GYRO CHIP FOR ULTRA STABILITY s "ANKS LIKE A REAL HELICOPTERs -ULTICOLORED ,%$ LIGHTSW I 3PI HELICOPTERs 2ECORD REAL TIME STREAMING VIDEOs )NDOOR OUTDOOR CH 7I &I HELICOPTERWITH CAMERAs LENGTH WINGSPANs #ONTROL DISTANCE UP TO FT(/,)$!9'5)$%1!00 "!3%$!00 "!3%$CREEPY, CRA WL Y, COOL6000699Hexbug OriginalMecHanical bugMicro-sized robotic creature that feels itsway around objects in its path and avoidsthem, using its bump sensor feelers.• C hange direction with the clap ofa hand or by making a loud noise• H exbug will travel in a straight lineuntil it encounters an object in itspath or hears a loud noise• Width: 1.25", Height: 2.25"Batteries: T wo button-cell batteries includedFrequency: 27MHz/49MHzAge 8+ MSRP: $9.996000497HEXBUG ANTs &AST FUN HIGH SPEED (%8"5's )NTELLIGENT s &INDS ITS WAY AROUND OBSTACLES s #OMES IN DIFFERENT COLORSs "ATTERIES INCLUDED READY TO RUNHEXBUG N ANOs "UG SPEEDS AROUND IN RANDOM PATTERNON SMOOTH SURFACEs &INDS ITS WAY AROUND OBSTACLESs 2EGISTER (%8"5' .ANO ONLINE EARN POINTS PLAY GAMES AND LEARN SCIENTIlC FACTS6000013(%8"5' 30)$%2s )NFRARED 2# SPIDERs DEGREE ROTATING HEAD(%8"5' 7!22)/2s "ATTLING ROBOTIC NANO WARRIORSs !RMOR ATTACHMENTSs "UMP SENSOR(/ 350%230%%$92800028Tin Can RoboT• R ecycle a soda can into a robot • Kit includes parts and instructionsBatteries: 2 x AA (not included)Age 8+MSRP: $14.992800041RC TAnK PoPulAR MeChAniCS• 5" length• easy to build • 25 parts •S electable channels for multiple players• highly sensitive RC systemBatteries: 6 x AAA(not included)Age 8+MSRP: $24.992800042RC Bug PoPulAR MeChAniCS• 5" length• easy to build • 25 parts •S electable channels for multiple players• highly sensitive RC systemBatteries: 6 x AAA (not included)Age 8+MSRP: $24.99POCKET GAME2012 H O NOT PICTURED'!-%3 ). 7%34-).34%2s !UTO SHUTOFF FEATURE s SPEED LEVELS SKILL LEVELS NCLUDES MULTIPLE GAMES 4ANK 3PEED 2ACE 0ING 0ONG !LIEN )NVASION MOREX !! NOT INCLUDED!GESUDOKU (WESTMINSTER)s !UTO SHUTOFF FEATURE s !UTOMATICALLY GENERATES S OF GAMES s DIFFERENT LEVELSs !UTOMATIC SOLUTION FEATURE6000769RC FLASHING DEMON 2.0s 0ERFECT FOR BEGINNER 2# CAR s LENGTH s #ONTROL DISTANCE FT s #LIMBING ANGLE ° s3PEED FT MIN "ATTERIES48 X 6 NOT INCLUDED 28 X !! NOT INCLUDED&REQUENCY -(Z -(Z !GE -320WHEELS FLASH“CRAZYFUN”2012 H O L I D A Y G U I D E6000652ZIBITSs %QUIPPED WITH LIGHTS SOUND EFFECTS RIVE FORWARD AND SPIN AT ˚ RADIUS OUND TRIGGERED BY BUTTONS60007702# 35:5+) !46s &ULL FUNCTION 2# s LENGTHs WHEEL DRIVE GREAT FOR OFF ROAD DRIVING s #ONTROL DISTANCE FT s #LIMBING ANGLE ° s3PEED FT MIN "ATTERIES48 X !! NOT INCLUDED 28 X !! NOT INCLUDED4!.+"/4n!00 #/.42/,,%$2!$)/3(!#+%8#,53)6% "!44,% -/$%6000784SPY NET SURVEILLANCE & RECON SETs ! IN SPY ARSENAL FOR ANY MISSION s 3PY WATCHnMISSION COMMAND VIDEO WATCH s 7ATCH INCLUDES REAL WORKING VIDEO CAMERA MICROPHONE TO RECORD VIDEO AUDIO EVEN PHOTOS"ATTERIES X NOT INCLUDEDFOR VOICE CHANGER ALL OTHERS INCLUDED!GE -3206000783SPY NET ULTRA NIGHT VISIONs 3PY .ET S ORIGINAL AWARD WINNING TECHNOLOGY s 3EE UP TO FT IN COMPLETE DARKNESS s %NHANCED DAYTIME VISION s 2ECORD MODE"ATTERIESX !! NOT INCLUDED !GE-320). /.%SPY PACKs 6IDEO GAME BASED ON h4HE 7ALKING $EADv s .O CONSOLE REQUIRED s %ASY TO USE s 0LUG INTO 46 TO PLAY INCLUDES ONE GUN and one sensor bar"ATTERIES X !! AND X NOT INCLUDED 60008134(% 7!,+).' $%!$ 6)$%/ '!-%(/6000786POWER TRAINSCRANE CITY SUPER SETAll aboard! Power Trains are motorized,highly detailed & authentic-looking trainsthat feature battery-operated engineswith 2 speeds, working headlight & workboth on & off track. Since Power Trainsare battery operated, you don’t needan expensive electric track. Collect,connect, expand.Batteries: 2 x AAA (not included)Age 4+ MSRP: $59.996000785POWER TRAINS AUTO LOADERThe ultimate Power Trains set. Contains exclusivemotorized engine, specialty car, 3 basic cars,18.8 ft. of track, 2 tunnels, 19 accessories & anauto loader playset. Just like the real world.Collect, connect, expand.Batteries: 2 x AAA (not included)Age 4+ MSRP: $49.996000781SPACE INVADERSPLUG & PLAY TV GAMEFeaturing arcade classics like Space 6000782SPIDER-MANPLUG & PLAY TV GAME6000790SPIDER-MAN ELECTRONIC TABLETOP PINBALL*OIN 3PIDER -AN IN HIS QUEST TO SAVE THE PLANET WITH THE fun & excitement of The Amazing Spider-Man Tabletop Pinball Game.6000788DISNEY PRINCESS WALKIE-TALKIESs )NCLUDES TWO REAL WORKING WALKIE TALKIES s !DJUSTABLE VOLUME FOR INDOOR OUTDOOR PLAY (/,)$!9 '5)$6000824YahtzeeYour favorite dice game is now contained in electronic carabiner format. Perfect for travel, this take-everywhere version offers all the fun and excitement of the traditional game.• 1 or 2 player gameBatteries: 2 x aaa(not included) age 8+MSRP: $9.99ElEctronic HandHEld carabinErs6000825tetRiStetris, the interactive andmobile gaming phenomenon, revolutionized puzzle games with its distinctive “falling” blocks, called tetriminos.• C hallenging, addictive and hours of fun!Batteries: 2x aaa(not included)age 6+MSRP: $9.996000827FRoggeRSkillfully navigate your frogs across trafﬁc and over rivers to get to the other side.• P erfect for travel–includes carabiner clip to hook on anywhereBatteries: 2x aaa (not included)age 6+MSRP: $9.996000829 (not pictured)sCrabble eleCtroniC HandHeldthe wildly popular scrabble Flash is now completely portable in take-everywhere, carabiner format. Five random letters will be shufﬂed & given to you at the beginning of each game. Use the directional buttons to swap letter tiles with one another to form words.the more words you make, the higher your score will be. Play 1-2 player modes.Batteries:2 x aaa (not included)age 6+ MSRP: $9.99DF120094-01。

不懂的进来,--普及电影小常识CAM版TS版TC版R5版SCR版RIP版BD版

INTERNAL发布有几个原因。经典的DVD组织有很多.INTERNAL.发布版本，这样不会引起混淆。同时，低质量的发布会加以 INTERNAL标记，这样不会降低发布组织的声誉，或由于已经发布的数量。INTERNAL发布可以正常的在组织的会员网站上获取，但没有其他网站管理员的要求它们不可以被交换到其他网站。一些TERNAL发布仍然流到IRC/NEWSGROUP，这通常取决于电影及其流行度。今年早些时候，人们把 CENTROPY做为INTERNAL。这表示发布组织只向其会员和网站管理员发布。这和其通常意思不同。
13、DivX Re-Enc
DivXRe-Enc是从原始VCD发布用DivX编码成的小一些的文件。通常可在文件共享网络找到。它们通常以 .Group(1of2)等形式命名。常见的发布组织有SMR和TND。这些版本通常不值得下载，除非你不清楚某部电影，只想要 200MB的版本。一般应避免。
5、R5（俄罗斯5区版）
俄罗斯5区版的DVD，因为配音为俄语，所以需要去寻找英语音轨，R5版本就是一种合成版本（俄5区DVD视频＋通过其它渠道获得的英语音轨），R5版本的画质一般都不错，音频部分由于音轨的来源不同，效果有好有差。
6、HD RIP（高清版）
HDRip 是HDTVRip（高清电视资源压缩）的缩写，是用DivX/XviD/x264等MPEG4压缩技术对HDTV的视频图像进行高质量压缩，然后将视频、音频部分封装成一个.avi或.mkv文件，最后再加上外挂的字幕文件而形成的视频格式。画面清晰度更高。
在很多电影下载网站的影片标题中我们都能看到，比如《*******BD版》、《*******TS版》等，这些英文缩写都是什么意思呢？都代表什么画质？下面就给大家整理一下，各个版本的具体含义：

Cartoon movies

Winsor McCay (September 26, 1869–July 26, 1934) was an American cartoonist and animator.Gertie the Dinosaur 恐龙葛蒂（1914）国家/地区：美国类型：动画 / 短片 / 喜剧片长：12分钟对白语言：英语发行公司： Box Office Attractions Company 更多外文名：Gertie A Gertie the Trained Dinosaur ...(undefined)Walt Disney ：华特·迪士尼（ Walter Elias Disney 1901.12.5.—1966.12.15）美国著名导演、制片人、编剧、配音演员和卡通设计者，并且和其兄洛伊·迪士尼 (Roy O. Disney)一同创办了世界著名的华特迪士尼公司。

华特·迪士尼是一个成功的故事讲述者，一个实践能力很强的制片和一个很普通的艺人。

他和他的职员一起创造了许许多多世界上最有名的最受欢迎的角色，包括那经常被提及的称得上是华特好友的米老鼠。

Otto Messmer ： Otto James Messmer (August 16, 1892 - October 28, 1983) was an American animator, best known for his work on the Felix the Cat cartoons and comic strip produced by the Pat Sullivan studio.Felix the Cat (TV series)： Felix the Cat is a cartoon character created in the silent film era. His black body, white eyes, and giant grin, coupled with the surrealism of the situations in which his cartoons place him, combine to make Felix one of the most recognized cartoon characters in film history. Felix was the first character from animation to attain a level of popularity sufficient to draw movie audiences 。

怪兽电力公司观看记录卡

怪兽电力公司观看记录卡
（原创版）
目录
1.怪兽电力公司简介
2.观看记录卡内容
3.影片评价与影响
4.结论
正文
怪兽电力公司观看记录卡
1.怪兽电力公司简介
《怪兽电力公司》（Monsters, Inc.）是一部 2001 年上映的美国 3D 动画电影，由皮克斯动画工作室制作，华特迪士尼公司发行。

该片由彼特·道格特、鲍勃·彼得森、大卫·斯宾克斯利执导，比利·克里斯托、约翰·古德曼、玛丽·吉布斯等人参与配音。

影片讲述了一个与现实世界相平行的怪兽世界，怪兽们在那里生活、工作，并通过一个名为“怪兽电力公司”的机构，为现实世界提供电力。

影片的主人公是詹姆斯·P·“苏利”·雷蒙德（Sully）和迈克·沃茨（Mike Wazowski），他们是怪兽电力公司的两名员工，一起完成从现实世界收集电力的任务。

2.观看记录卡内容
（请提供具体的观看记录卡内容，以便撰写相关内容。

）
3.影片评价与影响
《怪兽电力公司》自上映以来，受到观众和评论家的一致好评。

影片凭借其独特的创意、精美的画面和感人至深的故事，赢得了广泛的赞誉。

同时，该片还获得了第 74 届奥斯卡金像奖最佳动画长片奖。

影片对当时动画电影技术产生了重要影响，为后来的 3D 动画电影发展奠定了基础。

此外，影片的主题——友情、成长和勇敢面对自己的恐惧，也给观众留下了深刻印象。

4.结论
《怪兽电力公司》是一部充满想象力、感动和幽默的动画佳作，不仅为观众带来了视觉享受，还让人们在笑声和泪水中收获人生启示。