功率放大器模块PAM06说明书20191025
PA6002广带RF线性功率放大器用户说明书
The PA6002 Wideband RF Linear Power Amplifier is highly reliable and suitable for all applications where its output power of 10 watts (15 watts) and wide frequency range (9 kHz to 230 MHz) suit the needs of the test engineer. Able to withstand even high VSWR, the PA6002 is a perfect companion in any radiated and conducted measurement chain: on the product designer’s workbench, in the EMC test laboratory, for in-situ testing, etc.The PA6002 Class A Linear Solid-State Amplifier features a compact and rugged construction, and its MOSFET technology provides high gain, low distortion, consistent performance and high reliability all across the wide frequency band. An analog meter makes it possible to monitor output signal amplitude at a glance, and an alarm LED provides a useful indication when current or temperature levels are outside specifications.The power amplifier can be used with any EMI signal generator, power sensor, CND, EM clamp, current injections clamp and directional coupler for all conducted and radiated, civilian, military and automotive measurements .The complimentary PMM Immunity Suite software delivered with the PA6002 can be used on any PC to automatically perform simple yet complete and effective tests, as it manages all the measurement settings and functions required by the chosen immunity standard .Wideband RF Linear Power AmplifierMain Features•Meets civilian and military standards (e.g. IEC/EN 61000-4-3; IEC/EN 61000-4-6; ISO 11452-4; MIL-STD-461G; etc.)•Suitable for conducted, radiated and automotive immunity tests •9 kHz to 230 MHz frequency range•10 W power output (15 W from 150 kHz to 80 MHz) •40 dB power gain•Class A linear solid-state amplifier •50 Ω input/output impedance • Analog meter and LED indicators • Fan air cooling•Robust and compact constructionOrdering information:PA6002 Wideband RF Linear Power AmplifierIncludes: Power supply cable, BNC-BNC cable, N-m to BNC-f adapter, user’s manual, standard calibration certificateOptional accessories:3010 EMI Signal Generator 9 kHz to 1 GHz3030-01 EMI Signal Generator 9 kHz to 3 GHz, AC supply3030-02 EMI Signal Generator 9 kHz to 3 GHz, AC supply, internal rechargeable battery 6630 USB RF Power Sensor 9 kHz to 3 GHz 6630 FOA Fiber Opic AdapterEP-600 Field probe 100 kHz to 9,25 GHz 0,14 to 140 V/m EP-601 Field probe 10 kHz to 9,25 GHz 0,5 to 500 V/m EP-602 Field probe 5 kHz to 9,25 GHz 1,5 to 1500 V/m EP-603 Field probe 300 kHz to 18 GHz 0,17 to 170 V/m EP-604 Field probe 300 kHz to 26,5 GHz 0,4 to 800 V/m OR03 Optical Programmable Repeater and its probes SB-10 Switching control boxEM Clamps, Current injections clamps, Directional couplers, CDN for mains, Unshielded/ Unbalanced lines CDNs, Shielded lines CDNs, Balanced lines CDNs, 6 dB attenuators, CDN calibration kit and accessories ; for full list and configurations please refer to COND-IS and RAD-IS system documentationGenerators/Receivers/SystemsAntennas/Calibration servicesLISNs/Probes• 1008: Magnetic field generator system • 7010/00: EMI Receiver 150 kHz to 1 GHz • 7010/01: EMI Receiver 9 kHz to 1 GHz • 7010/02: EMI Receiver 9 kHz to 30 MHz • 7010/03: EMI Receiver 9 kHz to 3 GHz • 9010: EMI Receiver 10 Hz to 30 MHz • 9010F: EMI Receiver 10 Hz to 30 MHz• 9010/03P: EMI Receiver 10 Hz to 300 MHz • 9010/30P: EMI Receiver 10 Hz to 3 GHz • 9010/60P: EMI Receiver 10 Hz to 6 GHz • 9030: EMI Receiver 30 MHz to 3 GHz • 9060: EMI Receiver 30 MHz to 6 GHz • 9180: EMI Receiver 6 GHz to 18 GHz • FR4003: Field Receiver 9 KHz to 30 MHz • COND-IS: RF Conducted Immunity System • RAD-IS: RF Radiated Immunity System •AUT-IS: Automotive Immunity System• BC-01: Biconical Antenna 30 to 200 MHz• DR-01: Double-ridged horn Antenna 6 to 18 GHz • LP-02: Log Periodic Antenna 200 MHz to 3 GHz • LP-03: Log Periodic Antenna 800 MHz to 6 GHz • LP-04: Log Periodic Antenna 200 MHz to 6 GHz • TR-01: 60-180 cm wooden extendable tripod• VDH-01: Van der Hoofden Test Head 20 kHz to 10 MHz • Antenna Set AS-02 (BC01+LP02+TR01)• Antenna Set AS-03 (BC01+LP02+LP03+TR01) • Antenna Set AS-04 (BC01+LP04+TR01)• Antenna Set AS-05 (BC01+LP04+DR01+TR01)• RA-01: Rod Antenna 9 kHz to 30 MHz• RA-01-HV: Rod Antenna 150 kHz to 30 MHz • RA-01-MIL: Rod Antenna 9 kHz to 30 MHz • Ansi 63,5 Antenna Factor • SAE ARP 958-D• Free-Space Antenna Factor• CAL-6630: Traceable calibration •LAT-6630: Accredited calibration• L2-16B: single phase AMN, 16 A • L3-32: 4 lines, 3-phase AMN, 32 A • L3-64: 4 lines, 3-phase AMN, 63 A• L3-64/690V: 4 lines, 3-phase AMN, 63 A • L3-100: 4 lines, 3-phase AMN, 100 A• L1-150M: single-path, 50 Ohm AMN, 150 A • L1-150M1: single-path, 50 Ohm AMN, 150 A • L1-500: single phase AMN, 500 A • L3-500: 4 lines, 3-phase AMN, 500 A • L2-D: Delta LISN for telecom, 2 A, 150 Ω• RF-300: Van Veen Loop • SBRF4: RF Switching Box• SHC-1/1000: Voltage probe, 1000 Vac, 35 dB • SHC-2/1000: Voltage probe, 1000 Vac, 30 dBRelated products and servicesP A 6002-F E N -70501 - S p e c i fi c a t i o n s s u b j e c t t o c h a n g e w i t h o u t n o t i c eHeadquarters:Via Benessea, 29/B17035 Cisano sul Neva (SV) - ITALY Phone: +39 0182 58641Fax: +39 0182 586400E-Mail:***********************Internet: www.narda-sts.itSales:Via Leonardo da Vinci, 21/2320090 Segrate (Milano) - ITALY Phone: +39 02 2699871Fax: +39 02 26998700PA6002Wideband RF Linear Power AmplifierSPECIFICATIONSFrequency range Power output CW Power gain Gain flatness Drive levelInput return loss Harmonic distortion RF input RF outputPower indication LED indicators Power supplyOperating temperature Operating humidity Storage temperature Dimensions (W x H x D)Weight9 kHz to 230 MHz10 W; 15 W from 150 kHz to 80 MHz 40 dB+1 dB -1,5 dB0 dBm (1 mW) for 10 W output < 20 dB < -20 dBcZin 50 Ω, BNC female Zin 50 Ω, N female Analog meter, 20 W f.s.Power/current limiter and temperature alarm85 to 264 Vac 47 to 440 Hz / 120 to 370 Vdc 60W 0 °C to +40 °C0 to 90% RH (without condensation)-40 °C to +70 °C 235 x 105 x 300 mm 4,5 kgTypical gain @ nominal power (dB)Power output @ 1 dBc (W)。
MPU-6说明书
MPU-6型恒功率晶闸管中频电源控制板使用说明书大芯片六脉波1、概述MPU-6恒功率晶闸管中频电源控制板，是MPU-2基础上开发的新型控制触发板。
主要由电源、调节器、移相控制电路、保护电路、启动演算电路、逆变频率跟踪、逆变脉冲形成、脉冲放大及脉冲变压器组成。
其核心部件采用了高性能、高密度、超大规模专用MPU集成电路，使其电路除调节器外，其余均实现数字化，整流触发器部分不需要任何调整，而且可靠性高、脉冲对称度高、抗干扰能力强、反应速度快等特点，又由于有相序自适应电路，无需同步变压器，所以，现场调试中免去了调相序、对同步的工作，仅需把KP晶闸管的门极线接入控制板相应的接线端上，整流部分便能投入运行。
逆变采用扫频式零压软启动方式，启动性能优于普通的零压软启动电路。
并设有自动重复启动电路，可防止中频电源偶尔的启动失败，使启动成功率达到100%。
频率跟踪电路采用的是平均值取样方案，提高了逆变的抗干扰能力，而且仅需取样中频电压信号，而无需槽路电容器的电流信号，免去了外接中频电流互感器、确定取样电流相位的烦恼。
因此，在调试和使用现场中，也不会由于中频输出线或取样电流互感器的相位接反，而产生中频电源不能启动的问题。
逆变电路中还加有逆变角调节电路，可以自动调节负载阻抗的匹配，达到恒功率输出，可以制成“快速熔炼”的中频电源，达到节时、节电、提高网侧功率因数的目的（此功能也可被送掉）。
逆变部分的主要电路均在MPU大规模集成电路的内部，亦是数字电路。
MPU-6控制板全板仅有8只集成电路、4只晶体管、6只微调电位器、33个引出端子，安装十分方便，适用于各种晶闸管并联谐振中频电源。
2、产品名称产品名称：MPU-6恒功率晶闸管中频电源控制板3、适用装置适用于400HZ-10KHZ各种晶闸管并联谐振中频电源。
4、正常使用条件4.1海拔不超过2000米。
4.2环境温度不低于-10℃，不高于+40℃。
4.3空气最大相对湿度不超过90%（20℃±5℃时）。
PAA6频谱音频分析仪中文说明书
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12. 支架连接器 位于PAA6的后侧。可连接三脚架或任意其它匹 配标准#6-20连接螺丝的支架。常见于相机三 脚架。此外PAA6还包括一个支架适配器，使得 PAA6可安装至麦克风支架。 13. 触控笔 PAA6的触控笔位于此狭槽内。不使用时请将触 控笔置于狭槽内以避免丢失。
简体中文
图8
● RTA模式小妙招：如果您发现多达一个或一个以上的声道持续出现峰值，请注意屏幕左侧的“dBS” 或“dBu”测量值(图9和10)。点击最上方的值(位于小方框中间)将向上滚动窗口，显示较高的读数——无 峰值出现。
图9
9
PAA6
简体中文
图 10
● 如果您需要在不触碰屏幕的情况下读取测量数据，请务必关闭背光功能的睡眠模式，否则数分钟(图 11)之后屏幕就会变暗。此设置可通过System—>Display菜单实现。
14 15
声道(MIC 1和MIC 2或Line 1和Line 2)。点击任 一一个，将启动或禁用对应声道。
8. 属性窗口 – 此窗口可显示接收的信号的属 性，通常为当前选择的频率段的电平(显示为dB SPL，dBu，dBV或Volt)，峰值的频率和当前被 测量的单位。所使用的功能的不同，显示的结 果也不相同。
P h o n i c深谙放声管理的重要性。正如您的职 业，我们知道您首要，或许是唯一关心的是音 质。因此，拥有PA A6这样的音频工具，您即拥 有获得准确测量数据，以及任何专业人士所期 望的最佳音质的法宝。我们ቤተ መጻሕፍቲ ባይዱ证PA A 6是您搜 集所有必要的数据，并赖以决定设置音响系统 所需的最为精确和有效的工具。
rf6000-2 3v 900mhz 线性放大器模块 - 用户手册说明书
2-677Product DescriptionOrdering InformationTypical ApplicationsFeaturesFunctional Block DiagramRF Micro Devices, Inc.7628 Thorndike RoadGreensboro, NC 27409, USA Tel (336) 664 1233Fax (336) 664 0454Optimum Technology Matching® AppliedSi BJT GaAs MESFET GaAs HBTSi Bi-CMOS SiGe HBTSi CMOS InGaP/HBTGaN HEMTSiGe Bi-CMOSVREG GND VCC1RF OUT GND VCC2V M O D EGND RF IN G N DG N DGND GNDRF6000-23V 900MHZ LINEAR AMPLIFIER MODULE•3V CDMA/AMPS Cellular Handsets •3V CDMA2000/1X Cellular Handsets •Spread-Spectrum Systems •Designed for Compatibility with Qualcomm ChipsetsThe RF6000-2 is a high-power, high-efficiency linear amplifier module targeting 3V handheld systems. The device is manufactured on a RF Micro Devices’ advanced third generation Gallium Arsenide Heterojunction Bipolar T ransistor (HBT) process, and has been designed for use as the final RF amplifier in dual-mode 3V CDMA/AMPS handheld digital cellular equipment, spread-spectrum systems, and other applications in the 824MHz to 849MHz band. The RF6000-2 has a digital control line for low power application to reduce the current drain. The device is self-contained with 50Ω input and output that is matched to obtain optimum power, efficiency, and linear-ity characteristics. The module is an ultra-small 5mmx5mm land grid array with backside ground.•Advanced 3rd Generation HBT Process •Input/Output Internally Matched@50Ω•28.5dBm Linear Output Power•29dB Linear Gain•45mA Idle Current (Low Power Mode)•CDMA2000 CompatibleRF6000-23V 900MHz Linear Amplifier Module RF6000-2 PCBA Fully Assembled Evaluation BoardBottom View0.150 T 0.00.850 T 1.150 T 2.82.11.83.13.850 T 4.150 T 4.850 T Package Style: LGM (5mmx5mm)Preliminary !Preliminary2-678RF6000-2Absolute Maximum RatingsParameterRatingUnitSupply Voltage (RF off)+8.0V DC Supply Voltage (P OUT ≤31dBm)+5.2V DC Control Voltage (VREG )+4.2V DC Input RF Power+10dBm Mode Voltage (V MODE )+3.5V DC Operating Case Temperature -30 to +110°C Storage Temperature-30 to +150°CParameterSpecification Unit ConditionMin.Typ.Max.High Power State (V MODE Low)Typical Performance at V CC =3.4V ,V REG =2.85V, T AMB =25°C, Frequency=836MHz(unless otherwise specified)Frequency Range 824849MHz Linear Gain29dB Second Harmonic -35dBc Third Harmonic-35dBc Maximum Linear Output Power 2828.5dBm Low Voltage Linear OutputPower27dBm V CC =3.0VT otal Linear Efficiency 38%P OUT =28.5dBm (room temperature)T otal I CC530mA P OUT =28dBmAdjacent Channel PowerRejection -50-46dBc *************OUT =28dBm (IS-95)-61-58dBc**************OUT =28dBm (IS-95)Input VSWR 2:1Output VSWR 10:1No damage.6:1No oscillations. >-70dBc Noise Power-136dBm/HzAt 45MHz offset.Low Power State (V MODE High)Typical Performance at V CC =3.4V , V REG =2.85V, T AMB =25°C, Frequency=836MHz(unless otherwise specified)Frequency Range 824849MHz Linear Gain 20dB Second Harmonic -35dBc Third Harmonic -35dBc Maximum Linear Output Power 1820dBm T otal Current, I CC 180mA P OUT =18dBmAdjacent Channel Power Rejection-50-46dBc *************OUT =18dBm (IS-95)-70-58dBc**************OUT =18dBm (IS-95)Input VSWR 2:1Output VSWR10:1No damage.6:1No oscillations. >-70dBcESD sensitive device.RF Micro Devices believes the furnished information is correct and accurate at the time of this printing. However, RF Micro Devices reserves the right to make changes to its products without notice. RF Micro Devices does not assume responsibility for the use of the described product(s).Preliminary2-679RF6000-2CDMA2000 Configuration TableParameterSpecification UnitConditionMin.Typ.Max.FM ModeTypical Performance at V CC =3.4V ,V REG =2.85V, T AMB =25°C, Frequency=836MHz(unless otherwise specified)Frequency Range 824849MHz Gain28dB Second Harmonic -35dBc Third Harmonic-35dBc Max CW Output Power31.5dBm T otal Efficiency (AMPS mode)48%V CC =3.4V, V REG =2.85V , P OUT =31.5dBm (room temperature)Input VSWR 2:1Output VSWR10:1No damage.5:1No oscillations. >-70dBcDC SupplySupply Voltage Range 3.23.44.2V Quiescent Current 150mA V MODE =Low, V REG =2.85V 45mA V MODE =High, V REG =2.85VV REG Current 3mA V MODE Current 250µA T urn On/Off Time<40µsV REG switch from Low to High, I CC to within 90% of the final value, P OUT within 1dB of the final value T otal Current (Power Down)5µA V REG =Low, V MODE =LowV REG “Low” Voltage 00.5V V REG “High” Voltage 2.8 2.852.9V V MODE “Low” Voltage 00.5V V MODE “High” Voltage2.03.0VRelative GainsNo.ConfigurationPeak-to-Average CCDF=1%PCHDCCHFCHSCHTypical Maximum Output Power (dBm)1DCCH 96005.4-3.75026.52FCH 9600, SCH0 9600 4.5-3.750028.03DCCH 9600, SCH0 9600 4.5-3.750028.04FCH 9600, SCH0 19200 4.5-6.25-2.65028.05FCH 9600, SCH0 38400 4.3-7.5-5.125028.06DCCH 9600, SCH0 19200 4.1-6.25-2.65028.07RC1 (IS-95 Reference) 3.928.08FCH 9600, SCH0 76800 3.9-9.0-7.875028.09DCCH 9600, SCH0 38400 3.9-7.5-5.125028.010DCCH 9600, SCH0 76800 3.6-9.0-7.87528.011FCH 9600 3.2-3.75028.012FCH 1500 3.20-5.87528.013FCH 2700 3.20-2.7528.014FCH 4800 3.20-0.2528.015Pilot Only3.228.0Preliminary2-680RF6000-2Pin Function DescriptionInterface Schematic1VCC1First stage collector supply. A low frequency decoupling capacitor (e.g., 4.7µF) is required.2GND Ground connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.3RF INRF input internally matched to 50Ω. This input is internally AC-coupled.4GNDGround connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.5VREG Regulated voltage supply for amplifier bias. In Power Down mode, both V REG and V MODE need to be LOW (<0.5V).6GND Ground connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.7VMODE For nominal operation (High Power Mode), V MODE is set LOW. When set HIGH, devices are turned off to improve efficiency.8GND Ground connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.9VCC2Output stage collector supply. A low frequency decoupling capacitor (e.g., 22µF) is required.10GND Ground connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.11RF OUT RF output internally matched to 50Ω. This output is internally AC-coupled.12GND Ground connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.13GND Ground connection. Connect to package base ground. For best perfor-mance, keep traces physically short and connect immediately to ground plane.Pkg BaseGNDGround connection. The backside of the package should be soldered to a top side ground pad which is connected to the ground plane with mul-tiple vias. The pad should have a short thermal path to the ground plane.Preliminary2-681RF6000-2Evaluation Board Schematic(Download Bill of Materials from .)VCC1J2RF OUTJ1RF INVREGVMODEVCC2Preliminary2-682RF6000-2Evaluation Board Layout Board Size 1.0” x 1.5”Board Thickness 0.042”, Board Material RO4003, Ground plane at 0.020”, Multi-layer。
Lab.gruppen C Series 高功率扬声器放大器说明书
▸▸Unprecedented▸power▸density – Total output of 6800 W (4 ohms) in 2U▸▸Four▸channels▸– All channels bridgeable for 2- or 3-channel configurations▸▸Lo-Z▸or▸Hi-Z▸(70▸V▸/▸100▸V) – Selectable per channel, normal or bridged▸▸Patented▸Class▸TD▸amplifier▸topology▸▸Voltage▸Peak▸Limiter▸(VPL) – Configurable per channel to optimize each output for connected loads▸▸Phoenix-type▸input▸connectors▸▸Screw▸terminal▸output▸connectors▸Comprehensive▸protection▸and▸warning – Excessive output current, DC, high temperature, very high frequency (VHF), short circuit, open load, mains fuse protection, and soft start▸Efficient▸and▸uniform▸Intercooler®▸cooling▸NomadLink®▸network▸readyAn▸Installation▸Amplifier▸without▸CompromiseInstalled or on tour, uncompromising quality begins with supe-rior sound. Over the past decade, the sound of Lab.gruppen ampli- fiers has earned praise from renowned FOH engineers and owners of the world’s premier sound rental companies. At the core of the C Series high-power* model’s tight and transparent sound is patented Class TD technology. As a proprietary implementation of tracking Class D, Class TD approaches the exceptional efficiency of Class D while retaining the superior sonic quality of the best Class B output stages.A Regulated Switch Mode Power Supply (R.SMPS) contributes to the remarkable efficiency of the C Series high-power models, while at the same time providing stable operation even with wide fluctuations in mains voltage. R.SMPS also works in conjunction with Class TD to give extraordinary power density. More channels with more power are condensed into a smaller package, allowing C Series amplifiers to minimize rack space requirements and reduce installation costs. Extreme power density demands efficient cooling, and here Lab.gruppen’s Intercooler® proves remarkably effective. Thousands of small copper cooling fins dissipate heat, and all output devices are mounted on one row perpendicular to airflow for uniform cooling.C Series amplifiers are uniquely capable of adapting to a wide variety of demanding load conditions. Each channel has an individually configurable Voltage Peak Limiter (VPL), which allows the output to be optimized for any loudspeaker load – whether one massive subwoofer or a series of small 100 V loudspeakers. VPL works in combination with adjustable input gain to achieve maximum headroom regardless of input levels or output impedances.To assure reliability, and minimize service interruptions, C Series amplifiers offer comprehensive warning and protection features. Whenever faulty wiring, improper use, or extreme ambient tempera-tures threaten trouble, a C Series amplifier gives clear and accurate warning indications. Protection measures are inserted only when dangerous thresholds are passed. Conditions are re-checked at six-second intervals, and normal operation resumes when measure-ments return to nominal.Every C Series amplifier is ready for the NomadLink® network right out of the box. With NomadLink®, key amplifier parameters are displayed via DeviceControl software, and remote control of chan-nel mutes and power on/off is under network control. (NomadLink®requires the separate NLB 60E NomadLink®Bridge & Network Controller.)▸▸Auditoriums▸▸Performing▸Arts▸Centers▸▸Convention▸Centers▸▸Stadiums▸and▸Arenas▸▸Theme▸Parks▸▸Hotels▸▸Houses▸of▸Worship▸▸Restaurants▸▸Clubs▸▸Educational▸Establishments▸▸Boardrooms▸▸Museums▸▸Offices▸▸Shopping▸Malls▸▸Transportation▸Facilities Applications* C Series high-power models are:C 88:4, C 68:4, C 48:4, C 24:4 and C 16:4 C 68:4L a b .g r u p p e n a b ▸ S w e d e ni n t e r n a t i o n a L c o n t a c t ▸ i n f o @L a b g r u p p e n .c o m | u S & c a n a d a c o n t a c t ▸ i n f o @t c g -a m e r i c a S .c o mw w w .l a b g r u p p e n .c o mSpecifications C 68:4Item no. TDS-C684_V5GeneralNumber of channels4Peak total output all channels driven 6800 W Peak output voltage per channel 141 VMax. output current per channel 24.5 Arms Max.▸Output▸Power 16▸ohms 8▸ohms 4▸ohms 2▸ohms Hi-ZPer ch. (all ch.’s driven)650 W 1200 W 1700 W 1200 W 1600 W (70 Vrms / 100 V peak)Bridged per ch.2400 W3400 W2400 Wn.r.3200 W (140 Vrms / 200 V peak)Performance▸with▸Gain:▸35▸dB▸and▸VPL:▸100▸V THD 20 Hz - 20 kHz for 1 W<0.1%THD at 1 kHz and 1 dB below clipping <0.05%Signal To Noise Ratio>112 dBA Channel separation (Crosstalk) at 1 kHz>70 dBFrequency response (1 W into 8 ohms) +0/-3 dB 6.8 Hz - 34 kHz Input impedance20 kOhm Input Common Mode Rejection, CMR 50 dB Output impedance @ 100 Hz30 mOhmVoltage▸Peak▸Limiter▸(VPL),▸max.▸peak▸output VPL, selectable per ch. 3)141, 118, 100, 85, 71, 59, 50, 42 VVPL, when bridged 3) 1)282, 236, 200, 170, 142, 118, 100, 84 V Voltage Peak Limiter mode (per ch.)Hard / SoftGain▸and▸LevelAmplifier gain selectable (all channels) 1) – rear-panel switches 23, 26, 29, 32, 35, 38, 41, 44 dBDefault gain35 dBLevel adjustment (per ch.)Front-panel potentiometer, 21 position detented from -inf to 0 dB, hidden behind security panel/dust filter grilleConnectors▸and▸switches Input connectors (per ch.)3-pin Phoenix, electronically balanced Output connectors (per ch.)Barrier strip 2-pole screw terminalsOutput bridge mode A+B and/or C+D, inputs A and C are input source NomadLink ® network On board, 2 x RJ45 connectorsIntelligent fans (on/off)Y es, depending on presence of output signal Power on/off and Remote enable on/off Individual switches on front-panelCoolingTwo fans, front-to-rear airflow, temperature controlled speedFront-panel▸indicators Common NomadLink ® Network; Power Average Limiter (PAL) 2); Power onPer channelSignal present / High-impedance; -10 dB and -4 dB output signal; Voltage Peak Limiter (VPL); Current Peak Limiter (CPL); Very High Frequency (VHF); High Temperature; Fault; MutePowerOperating voltage, 230 V / 115 V nominal 130 -265 / 65-135 V 4)Minimum power-up voltage, 230 V / 115 V 171 V / 85 V Power Average Limiter (PAL) 2)YesSoft start / Inrush Current Draw Yes / max. 5 AMains connector 230 V CE: 16 A, CEE7; 115 V ETL: 30 A Twist Lock Dimensions▸(W/H/D)W: 483 mm (19”), H: 88 mm (2 U), D: 343 mm (13.5”)Weight 12 kg (26.4 lbs.)FinishBlack painted steel chassis with gray painted steel front ApprovalsCE, ANSI/UL 60065 (ETL), CSA C22.2 NO. 60065, FCCNote▸1): Automatic -6 dB gain compensation when bridging channels. Ch.’s A+B and/or C+D, can be bridged individually.▸Note▸2): PAL can reduce the maximum output power to keep the power supply operating safely, and/or to prevent excessive current draw tripping the mains breaker. Refer to Operation Manual.▸Note▸3): For sine waves, peak voltage output values translate to Vrms with the formula V/1.41 = Vrms. E.g. 100 V peak equals app. 70 Vrms.Hence, outputs can be set for high-impedance loads without requiring a transformer.▸Note▸4): Separate 230 V or 115 V versions available. Not selectable on the amplifier.▸All▸specifications▸are▸subject▸to▸change▸without▸notice.。
功放的说明书
说明书一、面板布置：1、本功放由功放、播放器、电平指示器、扬声器四个模块组成。
其中功放有放大音频信号的功能，可把播放器音频、外接音频、话筒音频信号放大，通过调节旋钮可改变信号的大小。
播放器有读取内存卡里的音频文件并转化成音频信号（另有收音机功能）的功能。
电平指示模块是通过计算音频信号，获取音频里音调的高低信号，再通过led灯显示出来，具有装饰的功能。
扬声器是把音频信号转化成声音信号的作用。
2、正前方：电平指示 1314⑥⑦⑧⑨⑩ 11 12①②③④⑤左声道右声道①电源指示灯、②音频输入、③音量旋钮、④话筒音量旋钮、⑤话筒输入、⑥播放器电源开关、⑦上一曲/音量-、⑧播放/暂停、⑨下一曲/音量+、⑩播放模式、11数据线插孔、12 usb插孔、13播放器显示屏、14 sd卡插孔（注：11、12、14插孔都是输入插孔，不能输出）3、正后方：变压器变压器线散热器遥控器电源线耳机插孔扬声器插头注意：1、使用前检查电源线和变压器线是否完好，外层绝缘皮是否有破损，若有破损则需要用电胶布粘住，防止皮肤接触而触电。
2、通电时最好不要触碰变压器和变压线。
3、使用时禁止触碰散热器、变压器，防止因温度过高而烫伤。
4、当使用耳机听音频时，只需把耳机插入耳机插孔，但要注意，在使用耳机之前要控制好音量，防止音量过大而损坏耳机。
一般操作是先把音量调为最小，插入耳机后再慢慢增大。
二、使用步骤：1、打开电源：在打开电源前先把音乐音量，话筒音量④调为最小，并确定自带播放器开关⑥处于关闭状态。
然后把电源线接电，则电源指示灯会亮①。
2、接音频：音频有两种，一种是外接音频输入②，另外一种是自带播放器输入，其优先级是外接音频输入高于自带播放器音频输入。
（1）外接音频输入需用一根3.5mm音频线与外界播放器连接，另外一端必须接到功放的外接“音频输入”②插孔，注意播放器的音量③应适当,否则将会烧坏功放芯片和损坏喇叭。
（2）自带播放器输入：首先把优盘或sd卡插入相应位置11、12、13，然后把播放器开关打开⑥，启动自带播放器。
MPA系列专业功率放大器 新板说明书
目录注意事项 (1)产品声明 (2)包装附件 (2)简 介 (3)功能特点 (3)适用范围 (4)面板功能 (5)背板功能 (7)操作说明 (8)开启及关闭设备 (9)技术参数 (10)技术服务 (12)非常感谢您对亿欣电器的关注。
我们为能给您提供一台优质的产品而倍感欣慰。
现在恳请您能在使用本产品前先仔细阅读本手册。
为安全起见，在对本机作各种连接时，请不要抓住线缆进行拉扯，而应握住插头进行操作。
本机仅可在海拔2000米以下环境中使用！请勿对本机做任何线路改动或维修，否则将丧失产品保修权利。
请将本机放置在通风良好的环境中使用。
请不要在雷雨天气时使用本机，以免发生雷击损坏。
请不要使用汽油、香蕉水等化学溶剂擦拭本机，应使用柔软干燥的纺织物擦拭。
请确认您当地的电网电压是否符合本机供电电压要求。
本机使用电源 ：交流 220V-230V 50/60Hz请不要破伤电源线，以确保使用安全。
若长期不使用本机时，请拔出电源插头。
本机使用单极开关，开关断开时,本机并没有完全与电网断开、 开箱时请清随机附件是否齐备,并及时办理保修手续.本说明书及操作手册版权属西安原创电子科技有限公司所有，受《中华人民共和国著作权法》的保护。
未经西安原创电子科技有限公司书面明确许可，任何单位、个人不得利用手册中的内容开展生产、销售经营活动，也不得以任何目的、以任何形式或手段复制或传播本手册的任何部分。
并损害用户及西安原创电子科技有限公司的利益，否则西安原创电子科技有限公司将依法追究侵权者的法律责任。
对于不是由西安原创电子科技有限公司提供的产品附属设备或软件，西安原创电子科技有限公司不承担任何使用性或可靠性的责任。
本包装内包含以下附件，请开箱后认真清点；产品说明书 1份 保修卡 1份产品合格证 1份西安原创电子科技有限公司作为知名的音视频产品制造商,旗下：亿欣电器秉承专业、专心、诚信、创新的企业精神,努力开发更适合用户所需的优质产品，为国产音响及视频事业的发展贡献力量。
WT2003M06音频模块说明书
WT2003M06音频模块说明书V1.011.概述WT2003M06是一款小巧的新型高品质音频模块，支持WAV、MP3音频解码。
采用SOP16封装的主控，体积更小，但响应速度更快。
模块采用TF卡作为存储介质，具有USB接口，可以通过PC机自由更换TF卡内的音频内容，并具有USB声卡功能。
并且内置1瓦功放，可以直接驱动1W的喇叭，使用更方便。
2.产品特性支持WAV、MP3高品质音频格式，声音优美。
最大支持32G TF卡，海量存储器。
采用FAT和FAT32文件系统。
PC机可通过USB接口自由更换TF内的音频内容。
支持USB声卡功能。
同时支持按键控制和一线串口通讯，功能更强，控制更灵活方便。
可放置多达65487段音频，海量存储。
内置1W功放，直接驱动8欧姆/1W喇叭，声音洪亮，16级可调音量。
DC 5V供电。
3.技术规格4.模块管脚图5.音频文件排序和掉电记忆功能5.1.音频文件排序WT2003的音频文件按照文件索引排序，是以音频文件先后存放到TF卡的顺序排序，并非按照文件名排列顺序。
因此WT2003播放音频文件的顺序与文件名无关。
由于windows系统中的文件排序，大部分情况都是按照文件名排列顺序，因此我们建议，以采取序号加原文件名的方式命名，如0001歌唱祖国.mp3，0002春天的故事.mp3等。
这样方便windows系统排序。
可以在先电脑上命名好所有音频文件后，排列好顺序，然后整体复制到TF的根目录。
有两种常用的复制方法：一、是用快捷键“Ctrl+C”和“Ctrl+V”，但注意鼠标不能点击到任何选中待发送的文件，否则会以鼠标所点击的文件开始发送的。
这样就会打乱了文件的顺序了。
二、是排列好文件的顺序，选中所要发送的文件，然后右键点击第一个文件(例如0001歌唱祖国.mp3),在右键菜单中选择发送到TF卡的根目录。
（注意右键点击的是要发送的第一个文件，系统会从此文件开始发送的）。
6.控制模式WT2003M06具有两种控制模式：按键控制模式和一线串口通讯。
BX06BK 智能PCM设备 用户手册V1.1(有标)
4.1 组网应用 .................................................................. 53 4.2 组网方式 .................................................................. 53
目录
安全使用须知 .................................................. 1 第一章 基础知识 ............................................... 1
1.1 通信网简介.................................................................. 1 1.1.1 通信网的分类 .......................................................... 1 1.1.2 通信网的基本要素 ...................................................... 1 1.1.3 通信网的发展方向 ...................................................... 1
2.2 系统工作原理................................................................ 8 2.3 硬件结构 ................................................................... 8 2.4 软件结构 ................................................................... 9 2.5 系统特点 ................................................................... 9 2.6 整机配置注意事项........................................................... 10
Skyworks SkyLiTE Multimode 多带和功率放大器模块说明书
Skyworks Solutions, Inc. • Phone [781] 376–3000 • Fax [781] 376–3100•*********************•203881B • Skyworks Proprietary information • Products and Product Information are Subject to Change Without Notice • February 14, 20161PRODUCT SUMMARYSKY77651-11 SkyLiTE ™ Multimode Multiband Power Amplifier ModuleApplications• Multiband 3G / LTE handsets • LTE Carrier Aggregation • WCDMA Bands : V and VIII • CDMA Bands : BC0 and BC10 • FDD LTE Bands :5, 8, 12, 13, 14, 17, 20, 26, 27, 28Features• Paired with SKY77652 (Mid -band / High Band) • Seven outputs• Industr y-leading PAE for 3G/4G • Optimized for APT DCDC operation• Fully programmable Mobile Industry Processor Interface (MIPI) control• MIPI programmable bias modes optimize efficiency / linearity trade -off for 3G and 4G ; minimizes DG09 for 3G. • Small, low profile package: - 4.0 mm x 2.8 mm x 0.75 mm - 24-pad configurationDescriptionSkyworks SKY77651-11 SkyLiTE ™ is a multimode multiband (MMMB) Power Amplifier Module (PAM) that support s 3G / 4G handsets and operates efficiently in CDMA, WCDMA, and LTE modes. The module is fully programmable through a Mobile Industry Processor Interface (MIPI ®).The PAM consists of a WCDMA / LTE block for low band , a Multi -Function Control (MFC) block, and RF input/output ports internally matched to 50 Ω to reduce the number of external components. A CMOS integrated circuit uses standard MIPI control s to provide the internal MFC interface and operation. Extremely low leakage current maximizes handset standby time.The InGaP die and the silicon die and passive components are mounted on a multi -layer laminate substrate. The assembly is encapsulated in a 4.0 mm x 2.8 mm x 0.75 mm, 24-pad MCM, SMT package which allows for a highly manufacturable, low cost solution.3G: The SKY77651-11 supports CDMA, WCDMA, High -Speed Downlink Packet A cc ess (HSDPA), High Speed Uplink Packet A cc ess (HSUPA), and High Speed Packet A cc ess (HSPA+)modulation s . Varying the input power level provides output power control. V CC is adjusted using a DCDC converter to maximize efficiency for each power level and modulation type.4G: The SKY77651-11 supports 1.4, 3, 5, 10, 15, 20 MHz channel bandwidths. Similar to 3G operation, output power is controlled by varying the input power and V CC is adjusted using a DCDC converter to maximize efficiency for each power level. 3G / 4G Modulation scheme includes:• WCDMA Voice Release 99 • HSDPA categories • HSUPA • HSPA+• CDMA2000 1x RC1, 1x RC3 • CDMA2000 EVDO• LTE 1.4, 3, 5, 10, 15, 20 MHz Channel BWPRODUCT SUMMARY SKY77651-11 SKYLITE ™ MULTIMODE / MULTIBAND POWER AMPLIFIER MODULESkyworks Solutions, Inc. • Phone [781] 376–3000 • Fax [781] 376–3100•*********************•2February 14, 2016 • Skyworks Proprietary and Confidential information • Products and Product Information are Subject to Change Without Notice • 203881BF IGURE 1. SKY77651-11 F UNCTIONAL B LOCK D IAGRAMOrdering InformationProduct NameOrder Number Evaluation Board Part NumberSKY77651-11 SkyLiTE™ Multimode Multiband Power Amplifier ModuleSKY77651-11EN41-D116-001Copyright © 2016, Skyworks Solutions Inc. All Rights Reserved.Information in this document is provided in connection with Skyworks Solutions Inc. (“Skyworks”) products or services. These materials including the information contained herein are provided bySkyworks as a service to its customers and may be used for informational purposes only by the customer. Skyworks assumes no responsibility for errors or omissions in these materials or the information contained herein. Skyworks may change its documentation products services specifications or product descriptions at any time with out notice. Skyworks makes no commitment to update the materials or information and shall have no responsibility whatsoever for conflicts incompatibilities or other difficulties arising from any future changes.No license whether express implied by estoppel or otherwise is granted to any intellectual property rights by this document. Skyworks assumes no liability for any materials products or information provided hereunder including the sale distribution reproduction or use of Skyworks products information or materials except as may be provided in Skyworks Terms and Conditions of Sale. THE MATERIALS PRODUCTS AND INFORMATION ARE PROVIDED “AS IS” WITH OUT WARRANTY OF ANY KIND WHETHER EXPRESS IMPLIED STATUTORY OR OTHERWISE INCLUDING FITNESS FOR A PARTICULAR PURPOSE OR USE MERCHANTABILITY PERFORMANCE QUALITY OR NON -INFRINGEMENT OF ANY INTELLECTUAL PROPERTY RIGHT , ALL SUCH WARRANTIES ARE HEREBY EXPRESSLY DISCLAIMED. SKYWORKS DOES NOT WARRANT THE A CC URACY OR COMPLETENESS OF THE INFORMATION TEXT GRAPHICS OR OTHER ITEMS CONTAINED WITHIN THESE MATERIALS. SKYWORKS SHALL NOT BE LIABLE FOR ANY DAMAGES INCLUDING BUT NOT LIMITED TO ANY SPECIAL INDIRECT INCIDENTAL STATUTORY OR CONSEQUENTIAL DAMAGES INCLUDING WITH OUT LIMITATION LOST REVENUES OR LOST PROFITS THAT MAY RESULT FROM THE USE OF THE MATERIALS OR INFORMATION WHETHER OR NOT THE RECIPIENT OF MATERIALS HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.Skyworks products are not intended for use in medical lifesaving or life -sustaining applications or other equipment in which the failure of the Skyworks products could lead to personal injury death physical or environmental damage. Skyworks customers using or selling Skyworks products for use in such applications do so at their own risk and agree to fully indemnify Skyworks for any damages resulting from such improper use or sale.Customers are responsible for their products and applications using Skyworks products which may deviate from published specifications as a result of design defects errors or operation of products outside of published parameters or design specifications. Customers should include design and operating safeguards to minimize these and other risks. Skyworks assumes no liability for applications assistance customer product design or damage to any equipment resulting from the use of Skyworks products outside of stated published specifications or parameters.Skyworks, the Skyworks symbol , and SkyLiTE are trademarks or registered trademarks of Skyworks Solutions Inc. in the United States and other countries. Third -party brands and names are for identification purposes only and are the property of their respective owners. Additional information including relevant terms and conditions posted at are incorporated by reference.。
MPA系列功率放大器用户手册说明书
Class-D Professional Amplifiers目录表重要安全事项和符号说明 (3)前言 (4)前板功能介绍 (5)后板功能介绍 (6)系统连接实例 (7)功放安装配电配线 (8)功放散热条件 (9)功放使用电平的调整 (10)技术指标 (11)故障排除 (12)产品物质拆分表 (13)1601 Jack Mckay Blvd, Ennis, Texas 75119, USA重要安全事项和符号说明1.阅读这些规定。
2.保存好这本使用手册。
3.注意所有警告。
4.遵守这些规定。
5.可使用软布及风枪进行清洁。
6.要注意不要形成热风循环。
按建议方法进行安装。
7.不要安装在热源附近，尽可能保证环境气温在35°C以下使用。
8.确保接地良好，不建议浮地使用。
9.保护电线防止被踩踏或挤压，尤其要注意插头、电源插座及其连接设备处。
10.必须按照以下开关次序来使用该产品：前级-功放（开）、功放（关）-前级。
12.若输入信号并接超过三台功放，建议使用信号分配器，以确保输入信号不至失真。
13. 不要将功放的某一个声道的输出接口接到另一个通道的输入接口。
不要将功放的输出并联或串联到另一台功放的输出接口来使用。
14.50%-100%,设计系统配置功放的时候，功放的功率应比音箱在相同阻抗的标称功率大应小心使用桥接模式。
11.通电前必须确保供电电压符合该设备的要求。
15.在维修功放的时候，禁止在桥接状态下将示波器的探头连接到功放的输出端，以免损坏功放和示波器。
16.建议：1)由于输出到音箱的电流较大，建议使用质量有保证的NL4型音箱螺旋插头。
2)多台功放使用时应计算好合适的配电，以确保达到合格的使用环境。
提醒用户本手册中有重要的信息。
小心触电，非拥有相关资质的人员请勿擅自开盖维修。
31601 Jack Mckay Blvd, Ennis, Texas 75119, USA Telephone: 800.876.3333 • Fax: 800.765.3435Class-D Professional Amplifiers前言欢迎拆包请在拆开包装后，确认功放的外观没有在运输途中遭到损坏。
中国移动双模微功率放大器产品说明书讲解
GSM/TD-LTE双模微功率放大器产品说明书目录一、产品手册 (3)1.1产品概述 (3)1.2产品技术指标 (4)1.3产品外观图片 (6)1.4产品接口说明 (6)1.5产品安装方式 (6)1.6指示灯状态表 (6)1.7配件清单 (7)二、产品安装说明 (7)2.1安装前准备 (7)2.2设备连接 (8)三、产品使用说明 (8)3.1微功率放大模块产品对施主基站影响分析 (9)3.3微功率放大模块产品覆盖效果分析 (10)3.4地下停车场的应用 (11)一、产品手册介绍本产品的技术原理、设备功能、指标、安装及操作。
1.1 产品概述随着移动通讯网络的建设和发展日趋成熟，无线网络的深度优化工作逐渐成为各大运营商网络优化工作的重点。
提供更具针对性的网络深度覆盖解决方案，也成为各网优设备供应商开发新产品的最主要方向。
网络深度优化的复杂性在于覆盖场景的多样性，存在安装条件及覆盖面积各异、设备及安装维护成本压力大、客户投诉无法快速解决等诸多困难。
这些都要求网优设备供应商能提供区别于传统解决方案的针对性更强的新产品、新方案。
GSM/TD-LTE分布系统末端微功率放大模块产品是针对网络深度优化需求最新推出的产品，产品最主要的特点是：1、高智能：采用TD-LTE基带解码同步模块，同步精度高、工作稳定。
工作参数全自动调整，极其方便的安装、开通方式，即装即用，最大程度节约了安装及开通维护成本，而且适用于不同的覆盖场景。
2、高性能：高增益、高功率，适用于大部分深度优化覆盖场景，内置全数字处理的自激检测模块，避免安装及使用过程中的自激现象，避免对施主基站产生的干扰。
3、高稳定：全金属外壳，良好的散热条件，保证了设备能长期稳定的工。
微功率放大模块产品专用于小面积区域室内覆盖，与施主天线、重发天线及射频电缆组成信号延伸覆盖系统。
施主天线接收来自施主基站的下行信号经直放站下行链路发大后，通过重发天线发射出去。
覆盖区内的手机上行信号，被重发天线接收，经直放站上行链路放大后，通过施主天线发射出去。
PM600使用手册
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脉冲输出
可选配2路输出
模拟量输出 通 信 RS-485
可选配2路 1路/可增配1路
显示
数码
注：选择脉冲输出后，只能配2路继电器输出
可选配2路输出 可选配2路
1路/可增配1路 液晶
PAM622
三相 三相 √ √ √ 分时电能 √
可选配4路 可选配2路或4路 可选配2路输出
可选配2路 1路/可增配1路
液晶
测量精度 • 电压、电流 0.5 级 • 其他电量 1 级，电能 1 级 • 频率 0.1Hz
通信 • RS-485 接口 • MODBUS 协议 • 波特率 4800～9600 bps
工作环境 • 工作温度：-20℃～60℃ • 存储温度：-40℃～75℃ • 相对湿度：5％～90％不结露
信号开入 • 干接点接入 • 光电耦合器隔离：4000VAC.rms
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南京国高电子有限公司
功率放大器模块PAM08说明书20191025
Full temp range F＜60Hz
Full temp range
Full temp range
-40
PAM08 Typ Max
1 1.25 13 85
Units ℃/W ℃/W ℃/W
℃
6.安全工作区域
PAM08 的 MOSFET 输出不受 BJT 的二次击穿考虑的限制。但是，安全工作区域需要考虑温度因素和电流处理能力。
-Vs+7
170 1 5
Units V V
V
V
A V/μs
μs Ω
5.5 电源
Parameter
Voltage Current, quiescent
Test Condition Min ±15
PAM08
Typ Max
±75 ±100
50
65
Units V mA
4
深圳市优测科技有限公司
Units V V V A W V V ℃ ℃ ℃ ℃
5.2 输入
Parameter Offset voltage Offset voltage vs temperature Offset voltage vs supply Bias current, initial Bias current vs supply Offset current, initial Input resistance, DC Input capacitance Common mode voltage range Common mode voltage range Common mode rejection, DC Noise
Symbol +Vs to -Vs
+VB -VB Io PD
YAMAHA AG06 多功能扩音器 使用说明书
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操作说明书PA放大器A-1706A-1712A-1724
19．辅助输入端子[AUX 3，4] -20dB,10kΩ,非平衡式。非立体声 RCA 接触 插孔。连接外围设备的信号输出。
此图示为 A-1724。
20．话筒/辅助输入端子
6．低音音质调节器 调节广播音质的低音。以中央位置为基准， 顺时针旋转，低音增强；反时针旋转，低音 衰减。
7．高音音质调节器 调节广播音质的高音。以中央位置为基准， 顺时针旋转，高音增强；反时针旋转，高音 衰减。
8．分区指示灯 指示灯亮表示用分区选择器开关选择的广播 分区（分区 1，2）。
9．分区选择器开关 选择所需广播区域。 按下 ZONE 1 和 2 开关，ZONE 1 和 2 输出终 端（14）分别输出信号。
PA 放大器
操作说明书
A-1706 A-1712 A-1724
此次承蒙您选购 TOA PA 放大器，谨致谢意。 为了使您有正确的使用方式，请务必详读此操作说明书，并长期使用我们的产品。
目录
安全须知 .................................................... 3 概要 ......................................................... 4 特点 ......................................................... 4 各部名称及功能
附件 ...................................................... 11 选购产品 .................................................. 11
广州致远电子股份有限公司 产品用户手册 PA 功率分析仪用户手册说明书
广州致远电子股份有限公司 产品用户手册PA 功率分析仪用户手册 功率分析仪User Manual UM01010101 V1.00 Date: 2014/07/03类别内容 关键词PA7000、PA6000、PA3000、功率测量、技术指标 摘 要 介绍PA7000、PA6000、PA3000系列功率分析仪的使用及其技术参数修订历史版本日期原因V1.00 2014/07/03 正式发布目录1. 文档说明 (8)2. 产品简介 (9)2.1简介 (9)2.2功能特性 (10)2.3应用系统 (10)3. 安全须知 (12)3.1警示标志 (12)3.2安全信息 (12)3.2.1一般注意事项 (12)3.2.2连接电源和地 (13)3.2.3仪器安置注意事项 (13)3.2.4连接测量回路 (14)4. 功能概述 (15)4.1主要功能概览 (15)4.2测量功能列表 (15)4.3工作模式 (16)4.4通信接口 (16)4.5显示界面 (17)4.6测量分析功能 (19)4.6.1波形显示 (19)4.6.2趋势分析 (20)4.6.3谐波分析功能 (21)4.6.4FFT功能 (22)4.6.5IEC谐波测量 (23)4.6.6向量显示 (24)4.6.7闪变分析 (24)4.6.8周期分析 (25)4.6.9常规分析模式 (26)4.6.10波形运算 (26)4.6.11电机测量 (27)4.7补充阅读 (28)4.7.1输入单元 (28)4.7.2接线组 (29)5. 面板介绍 (30)5.1前面板 (30)5.1.1面板组件 (30)5.1.2显示界面 (30)5.1.3功能按键区 (33)5.2后面板 (44)5.3左侧面板 (45)5.4右侧面板 (46)6. 开始测量之前 (47)6.1概述 (47)6.2系统设置 (47)6.3调零 (47)6.3.1功能简介 (47)6.3.2操作步骤 (47)6.4电压/电流模式 (48)6.4.1功能简介 (48)6.4.2操作步骤 (48)6.4.3注意事项 (49)6.5输入通道连接与配置 (49)6.5.1测量方法选择 (49)6.5.2测量回路配置 (50)6.6阈值设置 (56)6.7频率测量模式 (56)6.8随机采样设置 (56)6.9数字滤波设置 (56)6.10设定接线补偿、效率补偿 (57)6.10.1功能简介 (57)6.10.2操作步骤 (57)6.11量程和区间设定 (58)6.11.1设置量程 (58)6.11.2测量区间设定 (60)6.12功率测量参数初始化 (62)6.12.1设定视在功率、无功功率和修正功率的运算公式 (62)6.12.2设定效率公式 (64)6.13平均功能 (66)6.13.1功能简介 (66)6.13.2操作步骤 (67)6.14用户自定义功能 (68)6.14.1功能简介 (68)6.14.2操作步骤 (70)6.15配置向导 (71)6.16精确测量 (73)6.17补充阅读 (74)6.17.1PT和CT (74)6.17.2电流传感器的种类 (74)6.17.3接线方式 (74)7. 数值数据显示 (80)7.1数值数据分屏显示 (80)7.1.1功能简介 (80)7.1.2操作步骤 (80)7.2显示项目配置 (81)7.2.1操作简介 (81)7.3相位差显示格式 (83)7.3.1功能简介 (83)7.3.2操作步骤 (83)7.3.3注意事项 (83)8. 波形显示与运算 (84)8.1波形显示 (84)8.1.1全屏/分屏显示 (84)8.1.2波形显示开关 (85)8.1.3设定时间轴长度 (86)8.1.4波形触发显示 (87)8.1.5波形垂直缩放/移动 (89)8.1.6波形显示参数设置 (93)8.1.7波形显示的分配 (96)8.2波形运算 (97)8.2.1功能简介 (97)8.2.2操作步骤 (99)8.2.3注意事项 (100)8.2.4补充阅读 (100)9. 趋势显示 (102)9.1功能简介 (102)9.2操作步骤 (103)9.2.1趋势显示模式 (103)9.2.2趋势显示参数配置 (103)9.2.3趋势功能参数配置 (106)10. 谐波测量 (108)10.1简介 (108)10.1.1概述 (108)10.1.2测量功能种类 (108)10.1.3功能限制 (109)10.2常规谐波测量 (110)10.2.1功能简介 (110)10.2.2操作步骤 (110)10.3IEC谐波测量 (115)10.3.1功能简介 (115)10.3.2操作步骤 (120)10.4补充阅读 (122)10.4.1相关术语 (122)10.4.2常规测量值和总波值 (122)10.4.3谐波测量功能的求法 (123)11. FFT (127)11.1功能简介 (127)11.2操作步骤 (127)11.2.1FFT数据组合显示 (127)11.2.3配置FFT功能参数 (130)11.2.4其它配置 (132)11.3补充阅读 (133)11.3.1FFT功能 (133)11.3.2谐波测量与FFT运算的差异 (134)12. Delta测量 (135)12.1功能简介 (135)12.2Delta测量的求法 (136)12.3操作步骤 (137)12.3.1概述 (137)12.3.2接线组设置 (137)12.3.3选择运算类型 (137)12.3.4Δ测量结果的显示 (137)13. 周期分析测量 (139)13.1功能简介 (139)13.2操作步骤 (141)13.3注意事项 (146)14. 积分运算 (149)14.1功能简介 (149)14.2操作步骤 (149)14.3规格 (152)14.3.1掉电保存 (152)14.3.2有效频率范围 (152)14.3.3显示分辨率 (152)14.3.4溢出时显示 (152)14.3.5限制执行 (152)14.4补充阅读 (153)14.4.1积分模式 (153)14.4.2HOLD操作和积分功能 (156)15. 常规分析模式 (158)15.1功能简介 (158)15.2操作步骤 (158)15.2.1概述 (158)15.2.2测量功能初始化 (158)15.2.3进入常规分析模式菜单 (158)15.2.4常规分析模式/测量切换 (158)15.2.5查看数据 (158)15.2.6自动回放测量数据 (159)16. 向量显示 (160)16.1功能简介 (160)16.1.1向量图示例 (160)16.2操作步骤 (162)16.3注意事项 (164)17. 光标测量 (165)17.1功能简介 (165)17.2操作步骤 (165)17.2.1概述 (165)17.2.2进入光标测量菜单 (165)17.2.3光标测量初始化 (168)17.2.4开启/关闭光标测量 (169)17.2.5光标移动 (170)17.3注意事项 (170)18. 闪变测量 (171)18.1功能简介 (171)18.2操作步骤 (172)18.2.1进入闪变测量模式 (172)18.2.2测量方法设置 (173)18.2.3闪变测量参数设置 (173)18.2.4判断条件设置 (175)18.2.5常规闪变测量操作 (176)18.2.6手动闪变测量操作 (180)18.3补充阅读 (183)18.3.1相关术语 (183)18.3.2对功能的限制 (185)19. 电机测量 (186)19.1功能简介 (186)19.2操作步骤 (186)19.2.1输入转速和扭矩信号 (186)19.2.2进入电机设置菜单 (186)19.2.3选择转速和扭矩信号的类型 (186)19.2.4选择模拟量程 (186)19.2.5配置线路滤波器和同步源 (187)19.2.6设定脉冲量程、脉冲数和脉冲额定值 (188)19.2.7设定比例系数和单位 (190)19.2.8设定用于计算滑差和同步速度的电机极数和频率测量源 (192)19.2.9选择测量电机输入电压和电流的输入单元 (193)19.2.10电机测量结果显示 (193)19.3注意事项 (195)20. 系统功能 (196)20.1日期/时间 (196)20.2按键锁和按键配置 (197)20.2.1按键锁 (197)20.2.2按键配置 (198)20.3显示器 (199)20.4语言 (199)20.5电源管理 (199)20.6触摸屏校准 (199)20.7软件更新 (199)20.8配置管理 (200)20.9网络 (201)20.10文件管理 (201)20.11系统信息 (201)20.12捕获 (202)20.13存储数据 (204)20.13.1功能简介 (204)20.13.2操作步骤 (204)21. 异常处理 (215)22. 规格 (216)22.1输入参数 (216)22.1.1输入端子类型 (216)22.1.2输入类型 (216)22.1.3输入单元数量 (216)22.1.4电压测量量程 (216)22.1.5电流测量量程 (217)22.1.6输入带宽 (218)22.1.7共模电压 (218)22.1.8滤波器 (218)22.1.9量程切换 (218)22.1.10A/D转换器 (219)22.2显示器 (219)22.3精度 (219)22.4测量模式 (220)22.5测量项目 (220)22.6测量功能/测量条件 (221)22.7电机功能 (222)22.7.1模拟量输入参数 (222)22.7.2脉冲频率输入参数 (222)22.8谐波测量 (222)22.9常规谐波/谐波/IEC谐波 (223)22.10FFT运算功能 (223)22.11周期分析功能 (223)22.12积分功能 (224)22.13波形采样数据保存功能 (224)22.14存储 (224)22.15常规特性 (224)22.16外观尺寸 (224)23. 免责声明 (226)附录A 测量功能符号及含义 (227)附录B 测量功能求法 (229)1. 文档说明本PA功率分析仪用户手册文档介绍PA7000、PA6000、PA3000系列功率分析仪的使用方法和技术规格。
公布 PUBLIC A D D R E S S 放大器 PAM-60 120 的解包和安装说明书
OPERATING MANUALB L IC AD D RE S SPAM-60/120FEATURESAlthough it is neither complicated to install nor difficult to operate your double cassette deck, a few min-utes of your time is required to read this manual for a properly wired installation and becoming familiar with its many features and how to use them. Please take a great care in unpacking your set and do not discard the carton and other packing materials. They may be needed when moving your set and are required if it ever becomes necessary to return vour set for service. Never place the unit near radiator, in front of he-ating vents, to direct sun light, in excessive humid or dusty location to avoid early damage and for your years of quality use. Connect your complementary components as illustrated in the following page.CHIME WITH FOUR TONESYou can conveniently use four tone chime before the announcement. SPEAKER SELECTINPUT GAIN CONTROLSThis AMP is perfect for applications requiring High Reliability, Excellent Audio Quality. Units assemble in any configuration, AMP +Tuner, AMP+ CD(Deck), AMP+Tuner+CD(Deck), utilizing modules. 6 speaker selector switches are provided to enable you to select 5 speakers individually or totally. MODULAR AMPLIFIERThis system controls input gain in rear panel input gain volume per CH, you can use conveniently. MUTING FOR PRIORITYCH1,2, CHIME and TELEPHONE have priority to the others signal.TELEPHONE INPUT/MUSIC-ON HOLDTo connect with the telephone system, the function of Telephone input and Music-on Hold are provided (Music-on Hold is only for PAM-Tuner)INPUT TERMINALSInput terminals is designed the type of terminals, XLR jack, phone jack, screw terminals and RCA jack.6. CH1~CH6 VOLUME1. POWER SWTCHThis display indicates the output level (RMS) per 0dB. These volume adjust the level of CH1~CH6.3. CHIME BUTTONPressing this button will activate 4 tone chime circuitry.Pressing this switch to ON will make the power indicating LED ON and supply the power to this unit.2. SPEAKER SELECTORThese switches are used for connecting the output of amplifier to the speakers individually or totally.4. MASTER VOLUMEThis control is used for adjusting the volume of finally mixed sound.5. TONE CONTROLEach frequency level is adjusted to +12dB by the 2 controls from 100Hz to10KHz.7. PROTECTION INDICATORThis LED indicates the condition of the protection circuit. When the protection LED is “ON” the amplifier is not operating normally (overheating and limiting), please check the INPUT/OUTPUT condition of the amplifier.8. OUTPUT LEVEL DISPLAY9. DECK AND CD PLAYER OPTIONThis Panel is used to connecting the DECK and CD player.10. TUNER OPTIONThis Panel is used to connecting the TUNER.* Connection of option is provided the connector of internal unit.-CH 1CH 2CH 3CH 4CH 5CH 61. CH1~CH6 INPUT JACK (OPTION)These are input terminals which is designed electrical balanced circuitry. Optionally, the type of terminals, XLR female jack, phone jack, screw terminals and RCA jack are provided. And transformer balanced circ-uitary is optional per buyer’s order.2. INPUT GAIN CONTROLAccording to the input signal source, adjust adequately these gain controls not to exceed input sensitivity. When the input level exceed the rated sensitivity, output signal of amplifier could be distorted and overloaded.Gain adjusting range of these volumes are 44dB, and general position of the volume is as following.MIC (Microphone) . . . . . . . . . . . . . . . . . . . . . . . . . . . .-50~-60dB MIC ATT (Electric Guitar) . . . . . . . . . . . . . . . . . . .-30~-50dB AUX (Deck, Tuner, etc.) . . . . . . . . . . . . . . . . . . . . -20~-30dB3. EQ CONTROLThe equalizer section provides +12dB of control over high, mid and low ranges at the following fre-quencies.HIGH : 10K, +12dB MID : 1K, +12dB LOW : 100Hz, +12dB 4. PHANTOM POWER SWITCHThis switch turns on/off the phantom power supply for all channels. Use this switch when you are using co-ndenser microphones. When this switch is turned on, DC +24V will be supplied to pins 2 and 3 of each INPUT jack.If you do not need phantom power, be sure to leave this turned off.* It is safe to connect balanced dynamic microphones or line level devices even if this switch is left on, but connecting unbalanced devices or devices whose transformers are center-grounded will cause hum or m-5. PRIORITY SWITCHThis switch have priority to the others channels.----alfunctions.These terminals are to be connected to telephone ewchange system for paging.When these terminals are shorted, the circuitary of 4 tone chime is activated. Also, you can use these te-When PAM - 60 3A/25OV 1.5A/25OV 5A/250V PAM - 1205A/25OV2.5A/25OV10A/25OV6. AMP IN JACKThis jack is for connecting the external signal input. If plug is inserted on this jack, mixed signal of all input is not connected to main amplifier, and only amp in signal is connected.7. PRE AMP OUT JACKThis jack is for connecting the preamp out signal to external effect deive or external musical instru-ment. If the plug is inserted on this jack mixed signal of all input is not connect to main amplifier and only amp in signal is connected. 8. LINK OUT JACKThis jack is used to connecting the same kinds amp of this unit and record in of deck.9. LINK IN JACKTo the expansion of input channels this jack is provided to connect with the output terminalof external mixer.10. DC INPUT TERMINALSThese terminals are for connecting DC power supply of battery. Connect red colored terminal to p- ositive lead of battery and black colored one to negative lead of bettery. 11. FUSE HOLDERS, AC AND DCThis fuse holders contain AC and DC fuses. When fuses are blown out, it should be replaced with the same type just like following page. If it continues to blow, stop replacing fuse and refer servicing to qualified personnel.Model VoltageAC 100V/120V AC 220V/230V/240VDC 24V 12. AC INLET13. EXT MUTEThis terminal is conncctcd AC input cord.these two terminals are shorted, the signals from CH3 to CH6, tuner and turntable are muted, and thesignals from CH1, CH2, LINK IN and CHIME are not muted. You can use these terminal for remote control. 14. EXT CHIMErminal for rcmotc control.These terminals are for connection of speaker lines to deliver power output to speaker. Impedance(volta-17. SPEAKER OUTPUT TERMINALSges) of 4Ω, 25V, 70V and 100V are provided for convenience. In any case, use the speakers whose combined impedance is equal to or higher than the rated output impedance of amplifier.15. TELEPHONE IN TERMINALNOTE : When there are paging signal through this terminal, all other input signals except AMP IN are muted. Also, you can adjust to input level by the volume of internal unit from 200mV to 1V. 16. MUSIC-ON HOLD (PAM-TUNER ONLY)These terminals are for connecting to the telephone system.NOTE: When the tuner is turned on, the tuner output signal is always supplied these terminals and isnot concerned with master volume and tuner volume. Also, you can adjust to output level by the volume of internal unit.PAM - 60 PAM - 120Model15.5V 22V4Ω10.5Ω5.2Ω25V 83Ω42Ω70V 165Ω83Ω100V* 100V or 250V can be selected optionally.* Pay attention than only high impedance terminal can be controlled by the speaker selector of front panel.18. IMPEDANCE SELECTOR SWITCHThis switch is for selecting the high impedance.PAM-60 : 165Ω(100V) or 83Ω(70V)PAM-120 : 83Ω(100V) or 42Ω(70V)19. (OPTION)This terminal is for connecting the antenna terminal, when you can use the tuner.(Our Model PAM-UNER)When you connect the speaker, remove the power cord from Acount let. And use the suitable terminals con-necting way as belows.Be sure that total impedance is not less than rated impedance.MADE IN KOREA12dB• EQ Control (100Hz, 1KHz, 10KHz).................................................................................................. GENERAL• Power Source........................................................................................AC 110V~240V, 50/60Hz, DC 24V • Power Consumption..............................................................................................................PAM-60:150WPAM-120:300W • Weight.................................................................................................................................PAM-60:11.4KgPAM-120:13.5Kg• Dimensions....................................................................................................420(W)。
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PAM06
Min
Typ
±Vs∓ 8.8 ±Vs∓ 6.6
±Vs∓ 6.8 ±Vs∓ 4
2.5
10
10
4
Max 10
Units
V V µs V/µs nF Ω A
5.5 电源
Parameter Voltage Current, quiescent, boost supply Current, quiescent, total
深圳市优测科技有限公司
8.补偿
Cc 和 Rc 为外部补偿器件，根据所选择增益的大小，选择合适的电容和电阻值。
Gain 1 ≥3
≥10
Cc 470pF 220pF 100pF
9.机械尺寸
Rc 100Ω Short Short
6
Test Condition Full temp range
PAM06
Min
Typ
Max
±15
±75 ±100
22
26
Units
V mA mA
5.6 温度
Parameter
Test Conditons
Resistance, AC, junction to case Resistance, DC, junction to case Resistance, junction to air Temperature range, case
23 24 25 26 29 30 其余
名称 +VB GND CC RC +VS OUT -VS -CL +CL IQ -VB +IN -IN NC
描述 升压电源正极。如果未使用，则它将导通至+Vs。 地，将 2 和 28 这两个引脚连接到系统信号地。 补偿电容连接。根据相位补偿选择值。 补偿电阻连接。根据相位补偿选择值。 电源正极 输出引脚，将这些引脚连接到负载再连接的反馈电阻上 电源负极 连接到限流电阻负载侧。当 RCL 两端的电压增加时，电流限制将激活。 连接到限流电阻的 OUT 侧。当 RCL 两端的电压增加时，电流限制将激活。 静态电流还原引脚，连接到 6 引脚使 AB 产生电压差。 升压电源负极。如果未使用，则短至-Vs。 正相输入 反相输入 不连接
Voltage swing Voltage swing Setting time To 0.1% Slew rate Capacitive load Resistance Current, continuous
Io=10A ±VB=±Vs±10V，Io=10A Av=+1,10V step,RL=4Ω Av=-10，Cc=100pF Full temp range，Av=+1
深圳市优测科技有限公司
功率放大器模块
PAM06
0
深圳市优测科技有限公司
1.概述
PAM06 是一种低成本高性能的功率运算放大器，可在许多工业应用中提供经济高效的解决方案。PAM06 最 高可承受±100V 的供电电压，具有 40KHz 的功率带宽和 125W 的功率耗散能力，同时 PAM06 提供四线制电流 检测和外部补偿功能，用户可根据需求来选择限流电阻和外部补偿的大小。
Full temp range F＞60Hz Full temp range F 60Hz Full temp range Meets full range specs
Min -40
PAM06 Typ
12
Max 0.9 1.2
+85
Units
℃/W ℃/W ℃/W
℃
4
深圳市优测科技有限公司
86
98
10
Max 10 50
200 50
Units
mV μV/℃ μV/V μV/W
pA pA/V
pA Ω pF V dB µVrms
3
深圳市优测科技有限公司
5.3 增益
Parameter Open loop，@15Hz Gain bandwidth product Power bandwidth Phase margin
6.安全工作区域
PAM06 的 MOSFET 输出不受 BJT 的二次击穿考虑的限制。但是，安全工作区域需要考虑温度因素和电流处理能力。
7.电流限制
PAM06 可以接成输出电流保护模式，如图 4 连接，两个限流检测线-CL、+CL 分别接在电阻的低电位和高电位端，
不可接反。限流值可按如下方式计算。
5
Test Condition Min
Full temp range， Cc=100pF 94 Io=10A RL=20Ω，Vo=180Vp-p， Cc=100pF Full temp range
PAM06
Typ
Max
113
2
40
60
Units dB
kHz
°
5.4 输出
Parameter
Test Condition
Symbol +Vs to -Vs
VB Io PD VIN(Diff） Vcm
TJ
Tc
Min
-20 -VB
-40 -40
Max 200 +VS±20 25 125 +20 +VB 200 175 +105 +85
Units V V A W V V ℃ ℃ ℃ ℃
5.2 输入
Parameter
Offset voltage, initial Offset voltage vs temperature Offset voltage vs supply Offset voltage vs power Bias current, initial Bias current vs Supply Offset current, initial Input impedance, DC Input capacitance Common mode voltage range Common mode rejection, DC Input noise
2.应用范围
喷墨打印机头的驱动器 压电换能器的驱动器 工业仪器仪表 电机驱动 磁场激励 可编程电源 工业音响
3.典型外部连接
1
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4.外部引脚及描述
引脚编号 1
2，28 4 6
12，13，14 15，16，17 18，19，20
2
深圳市优测科技有限公司
5.规格
注意
测试条件：一般的测试条件为 Tc=25℃，Rc=100Ω , Cc=470pF。
5.1 最大容许电气值
Parameter Supply voltage, total Boost Voltage Output Current, within SOA Power Dissipation, internal Input Voltage, differential Input Voltage, common mode Temperature, pin solder, 10s max. Temperature, junction Temperature storage Operating Temperature Range, case
Test Conditions Full temp range Full temp range
Full temp range Full temp range VCM=±20V 100kHz BW，Rs=1kΩ
PAM06
Min Typ
5
30
15
30
10
0.01
10
1010
20
±VB∓15 ±VB∓12