【手册】CD系列规格书

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电感 CD系列规格书

VE 3511/3516/3521/4532/5020/5835/5845/7835/7850/1040/1054TYPE● FEATURES:Various high power indrctors are superior To be high saturation for surface mounting ● 特性:具有高功率、强力高饱和电流、低阻抗、小型化之特性。

● APPLICATIONS ： Powder supply for VTR,OA equipmentDigital camera, LCD television set Notebook PC,portable communicationEquipments, DC/DC converters ,ect. ● 用途:录音机、OA 仪器、数码相机、液晶电视、笔记型电脑、小型通信机器、DC/DC 变压器之电源供应器等。

● PART NUMBERING SUSTEM(品名系统):● SHAPES AND DIMENSIONS(外形及尺寸):● SPECIFICATION (规格)：mmTYPE(型式) A B C(max) D(ref)VE3511 3.0±0.3 1.15±0.3 3.5±0.31.0 VE3516 3.0±0.3 1.65±0.3 3.5±0.3 1.0 VE3521 3.0±0.32.1±0.33.5±0.3 1.0 VE45324.0±0.3 3.2±0.3 4.5±0.3 1.4 VE50205.2±0.3 2.1±0.3 5.8±0.3 1.6 VE5835 5.2±0.3 3.2±0.3 5.8±0.3 1.6 VE5845 5.2±0.3 4.5±0.3 5.8±0.3 1.6 VE7835 7.0±0.3 3.5±0.3 7.8±0.3 2.4 VE7850 7.0±0.3 5.0±0.3 7.8±0.3 2.4 VE10409.0±0.34.0±0.510.0±0.33.1VE3511-R47N 0.47 0.72 0.32 100KHzVE3511-R56N 0.56 0.85 0.20 100KHz VE3511-R68N 0.68 0.93 0.19 100KHzVE3511-R82N 0.82 1.02 0.185 100KHz VE3511-100K 10 1.15 0.18 100KHzVE3511-120K 12 1.28 0.175 100KHz VE3511-150K 15 1.32 0.172 100KHzVE3511-180K 18 1.45 0.17 100KHz VE3511-220K 22 1.55 0.162 100KHzVE3511-250K 25 1.62 0.160 100KHz VE3511-330K 33 1.70 0.150 100KHzVE3511-470K 47 1.75 0.150 100KHz VE3511-560K 56 1.82 0.145 100KHzVE3511-680K 68 1.88 0.142 100KHz VE3511-820K 82 1.92 0.140 100KHzVE3511-101K 100 2.00 0.138 100KHz VE3511-221K 220 2.10 0.136 100KHzVE3511-331K 330 2.18 0.132 100KHz VE3511-391K 390 2.45 0.130 100KHzVE3516 TYPEPART NUMBER.品名INDUCTANCE电感值(µH)DCR(max)直流电阻(Ω)IDC(max)定格电流(A)TEST FREQ.测试频率VE3516-2R2N2.2 0.10 1.8 100KHz VE3516-3R3N3.3 0.15 1.5 100KHzVE3516-4R7N4.7 0.12 1.2 100KHz VE3516-5R6N5.6 0.24 1.15 100KHzVE3516-6R8N6.8 0.26 1.1 100KHz VE3516-100K 10 0.38 0.8 100KHzVE3516-220K 22 0.65 0.6 100KHzVE3516-330K 33 0.85 0.45 100KHzVE3516-470K 47 1.20 0.35 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.CVE3521-2R7M 2.7 0.100 1.90 100KHzVE3521-3R3M 3.3 0.120 1.80 100KHz VE3521-3R9M 3.9 0.130 1.70 100KHzVE3521-4R7M 4.7 0.150 1.40 100KHz VE3521-5R6M 5.6 0.180 1.30 100KHzVE3521-6R8M 6.8 0.190 1.20 100KHz VE3521-8R2M 8.2 0.215 1.10 100KHzVE3521-100K 10 0.23 0.76 100KHz VE3521-120K 12 0.27 0.685 100KHzVE3521-150K 15 0.31 0.635 100KHz VE3521-180K 18 0.41 0.525 100KHzVE3521-220K 22 0.47 0.500 100KHz VE3521-270K 27 0.66 0.405 100KHzVE3521-330K 33 0.76 0.380 100KHz VE3521-390K 39 0.85 0.355 100KHzVE3521-470K 47 0.97 0.330 100KHz VE3521-560K 56 1.25 0.290 100KHzVE3521-680K 68 1.45 0.275 100KHz VE3521-820K 82 1.85 0.235 100KHzVE3521-101K 100 2.20 0.220 100KHz VE3521-121K 120 2.90 0.185 100KHzVE3521-151K 150 3.40 0.170 100KHz VE3521-181K 180 3.90 0.165 100KHzVE3521-221K 220 4.50 0.155 100KHz VE3521-271K 270 6.00 0.135 100KHzVE3521-331K 330 7.00 0.125 100KHz VE3521-391K 390 7.80 0.115 100KHzThis indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE4532-1R4M 1.4 0.038 3.30 100KHz VE4532-1R8M 1.8 0.042 2.91 100KHz VE4532-2R2M 2.2 0.047 2.60 100KHz VE4532-2R7M 2.7 0.052 2.43 100KHz VE4532-3R3M 3.3 0.058 2.15 100KHz VE4532-3R9M 3.9 0.076 1.98 100KHz VE4532-4R7M 4.7 0.094 1.70 100KHz VE4532-5R6M 5.6 0.101 1.60 100KHz VE4532-6R8M 6.8 0.117 1.41 100KHz VE4532-8R2M 8.2 0.132 1.26 100KHz VE4532-100K 10 0.182 1.15 100KHz VE4532-120K 12 0.210 1.05 100KHz VE4532-150K 15 0.235 0.92 100KHz VE4532-180K 18 0.338 0.84 100KHz VE4532-220K 22 0.378 0.76 100KHz VE4532-270K 27 0.522 0.71 100KHz VE4532-330K 33 0.540 0.64 100KHz VE4532-390K 39 0.587 0.59 100KHz VE4532-470K 47 0.844 0.54 100KHz VE4532-560K 56 0.937 0.50 100KHz VE4532-680K 68 1.117 0.48 100KHz VE4532-820K 82 1.20 0.46 100KHz VE4532-121K 120 1.04 0.30 100KHz VE4532-152K 1500 15.0 0.05 100KHz VE4532-172K 1700 16.0 0.04 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE5020-2R2M 2.2 0.039 2.16 100KHz VE5020-2R7M 2.7 0.044 2.08 100KHz VE5020-3R3M 3.3 0.049 1.90 100KHz VE5020-3R9M 3.9 0.056 1.84 100KHz VE5020-4R7M 4.7 0.062 1.60 100KHz VE5020-5R6M 5.6 0.078 1.44 100KHz VE5020-6R8M 6.8 0.091 1.36 100KHz VE5020-8R2M 8.2 0.103 1.12 100KHz VE5020-100K 10 0.133 1.04 100KHz VE5020-120K 12 0.148 0.96 100KHz VE5020-150K 15 0.166 0.88 100KHz VE5020-180K 18 0.213 0.77 100KHz VE5020-220K 22 0.248 0.73 100KHz VE5020-270K 27 0.328 0.64 100KHz VE5020-330K 33 0.378 0.58 100KHz VE5020-390K 39 0.438 0.54 100KHz VE5020-470K 47 0.546 0.49 100KHz VE5020-560K 56 0.621 0.45 100KHz VE5020-680K 68 0.715 0.41 100KHz VE5020-820K 82 1.00 0.35 100KHz VE5020-101K 100 1.07 0.35 100KHz VE5020-121K 120 1.25 0.32 100KHz VE5020-151K 150 1.66 0.26 100KHz VE5020-181K 180 1.90 0.23 100KHz VE5020-221K 220 2.44 0.21 100KHz VE5020-271K 270 2.73 0.19 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE5835-1R0M 1.0 0.03 4.50 100KHz VE5835-1R2M 1.2 0.03 4.20 100KHz VE5835-1R5M 1.5 0.03 4.10 100KHz VE5835-1R8M 1.8 0.03 3.70 100KHz VE5835-2R2M 2.2 0.03 3.50 100KHz VE5835-2R7M 2.7 0.04 3.20 100KHz VE5835-3R3M 3.3 0.05 2.80 100KHz VE5835-3R9M 3.9 0.06 2.60 100KHz VE5835-4R7M 4.7 0.07 2.50 100KHz VE5835-5R6M 5.6 0.08 2.40 100KHz VE5835-6R8M 6.8 0.09 2.20 100KHz VE5835-8R2M 8.2 0.10 2.00 100KHz VE5835-100K 10 0.12 1.80 100KHz VE5835-120K 12 0.13 1.75 100KHz VE5835-150K 15 0.15 1.70 100KHz VE5835-180K 18 0.18 1.60 100KHz VE5835-220K 22 0.22 1.50 100KHz VE5835-270K 27 0.24 1.40 100KHz VE5835-330K 33 0.30 1.10 100KHz VE5835-390K 39 0.40 1.00 100KHz VE5835-470K 47 0.43 0.90 100KHz VE5835-560K 56 0.50 0.85 100KHz VE5835-680K 68 0.60 0.80 100KHz VE5835-820K 82 0.80 0.65 100KHz VE5835-101K 100 0.90 0.60 100KHz VE5835-121K 120 1.00 0.58 100KHz VE5835-151K 150 1.30 0.43 100KHz VE5835-181K 180 1.50 0.41 100KHz VE5835-221K 220 2.00 0.38 100KHz VE5835-271K 270 2.50 0.35 100KHz VE5835-331K 330 3.20 0.28 100KHz VE5835-391K 390 3.50 0.26 100KHz VE5835-471K 470 4.20 0.20 100KHz VE5835-561K 560 4.50 0.19 100KHz VE5835-681K 680 6.00 0.18 100KHz VE5835-821K 820 6.50 0.15 100KHz VE5835-102K 1000 8.00 0.13 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.VE5845-1R0M 1.0 0.015 5.90 100KHz VE5845-1R2M 1.2 0.020 5.20 100KHzVE5845-1R5M 1.5 0.025 4.70 100KHzVE5845-1R8M 1.8 0.030 4.00 100KHzVE5845-2R2M 2.2 0.035 3.80 100KHzVE5845-2R7M 2.7 0.040 3.40 100KHzVE5845-3R3M 3.3 0.045 3.30 100KHzVE5845-3R9M 3.9 0.050 2.90 100KHzVE5845-4R7M 4.7 0.060 2.80 100KHzVE5845-5R6M 5.6 0.070 2.40 100KHzVE5845-6R8M 6.8 0.080 2.10 100KHzVE5845-8R2M 8.2 0.090 2.00 100KHzVE5845-100M 10 0.10 1.44 100KHzVE5845-120M 12 0.12 1.40 100KHzVE5845-150M 15 0.14 1.30 100KHzVE5845-180M 18 0.15 1.23 100KHzVE5845-220M 22 0.18 1.11 100KHzVE5845-270M 27 0.20 0.97 100KHzVE5845-330L 33 0.23 0.88 100KHzVE5845-390L 39 0.32 0.80 100KHzVE5845-470L 47 0.37 0.72 100KHzVE5845-560K 56 0.42 0.68 100KHzVE5845-680K 68 0.46 0.61 100KHzVE5845-820K 82 0.60 0.58 100KHzVE5845-101K 100 0.70 0.52 100KHzVE5845-121K 120 0.93 0.48 100KHzVE5845-151K 150 1.10 0.40 100KHzVE5845-181K 180 1.38 0.38 100KHzVE5845-221K 220 1.57 0.35 100KHzVE5845-271K 270 1.65 0.32 100KHzVE5845-331K 330 1.70 0.28 100KHzVE5845-391K 390 1.80 0.26 100KHzVE5845-471K 470 2.30 0.23 100KHzVE5845-561K 560 2.50 0.20 100KHzVE5845-681K 680 3.00 0.19 100KHzVE5845-821K 820 4.50 0.16 100KHzVE5845-102K 1000 4.80 0.14 100KHzThis indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.VE7835-100K 10 0.080 1.44 100KHz VE7835-120K 12 0.090 1.39 100KHzVE7835-150K 15 0.100 1.24 100KHzVE7835-180K 18 0.110 1.12 100KHzVE7835-220K 22 0.130 1.07 100KHzVE7835-270K 27 0.150 0.94 100KHzVE7835-330K 33 0.170 0.85 100KHz VE7835-390K 39 0.220 0.74 100KHzVE7835-470K 47 0.250 0.68 100KHzVE7835-560K 56 0.280 0.64 100KHzVE7835-680K 68 0.330 0.59 100KHzVE7835-820K 82 0.410 0.54 100KHzVE7835-101K 100 0.480 0.51 100KHz VE7835-121K 120 0.540 0.49 100KHzVE7835-151K 150 0.750 0.40 100KHzVE7835-181K 180 1.020 0.36 100KHzVE7835-221K 220 1.200 0.31 100KHzVE7835-271K 270 1.310 0.29 100KHzVE7835-331K 330 1.500 0.28 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE7850-120M 12 0.080 2.00 100KHz VE7850-150M 15 0.090 1.80 100KHz VE7850-180M 18 0.100 1.60 100KHz VE7850-220M 22 0.110 1.50 100KHz VE7850-270M 27 0.120 1.30 100KHz VE7850-330M 33 0.130 1.20 100KHz VE7850-390M 39 0.160 1.10 100KHz VE7850-470M 47 0.180 1.10 100KHz VE7850-560K 56 0.240 0.94 100KHz VE7850-680K 68 0.280 0.85 100KHz VE7850-820K 82 0.370 0.78 100KHz VE7850-101K 100 0.430 0.72 100KHz VE7850-121K 120 0.470 0.66 100KHz VE7850-151K 150 0.640 0.58 100KHz VE7850-181K 180 0.710 0.51 100KHz VE7850-221K 220 0.960 0.49 100KHz VE7850-271K 270 1.110 0.42 100KHz VE7850-331K 330 1.260 0.40 100KHz VE7850-391K 390 1.770 0.36 100KHz VE7850-471K 470 1.960 0.34 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE1040-120K 12 0.061 2.13 100KHz VE1040-150K 15 0.070 1.87 100KHz VE1040-180K 18 0.081 1.73 100KHz VE1040-220K 22 0.088 1.60 100KHz VE1040-270K 27 0.100 1.44 100KHz VE1040-330K 33 0.120 1.26 100KHz VE1040-390K 39 0.151 1.20 100KHz VE1040-470K 47 0.170 1.10 100KHz VE1040-560K 56 0.199 1.01 100KHz VE1040-680K 68 0.223 0.91 100KHz VE1040-820K 82 0.252 0.85 100KHz VE1040-101K 100 0.344 0.74 100KHz VE1040-121K 120 0.396 0.69 100KHz VE1040-151K 150 0.544 0.61 100KHz VE1040-181K 180 0.621 0.56 100KHz VE1040-221K 220 0.721 0.53 100KHz VE1040-271K 270 0.949 0.45 100KHz VE1040-331K 330 1.100 0.42 100KHz VE1040-391K 390 1.245 0.38 100KHz VE1040-471K 470 1.526 0.35 100KHz VE1040-561K 560 1.904 0.32 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE1054 TYPEPART NUMBER.品名INDUCTANCE电感值(µH)DCR(max)直流电阻(Ω)IDC(max)定格电流(A)TEST FREQ.测试频率VE1054 -100M 10 0.060 2.60 100KHz VE1054-120M 12 0.070 2.45 100KHz VE1054-150M 15 0.080 2.27 100KHz VE1054-180M 18 0.090 2.15 100KHz VE1054-220M 22 0.100 1.95 100KHz VE1054-270M 27 0.110 1.76 100KHz VE1054-330L 33 0.120 1.50 100KHz VE1054-390L 39 0.140 1.37 100KHz VE1054-470L 47 0.170 1.28 100KHz VE1054-560K 56 0.190 1.17 100KHz VE1054-680K 68 0.220 1.11 100KHz VE1054-820K 82 0.250 1.00 100KHz VE1054-101K 100 0.350 0.97 100KHz VE1054-121K 120 0.400 0.89 100KHz VE1054-151K 150 0.470 0.78 100KHz VE1054-181K 180 0.630 0.72 100KHz VE1054-221K 220 0.730 0.66 100KHz VE1054-271K 270 0.970 0.57 100KHz VE1054-331K 330 1.150 0.52 100KHz VE1054-391K 390 1.300 0.48 100KHz VE1054-471K 470 1.480 0.42 100KHz VE1054-561K 560 1.900 0.33 100KHz VE1054-681K 680 2.250 0.28 100KHz VE1054-821K 820 2.550 0.24 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内卷轴尺寸 (REEL DIMENSIONS) 如下图:卷轮尺寸（REEL DIMENSIONS）一般公差±0.5mm型号unit ФA ФB ФC W Dmm 330 100 13.5 12.5 18.5 Φ13”REEL-12Ginch 13.0 3.94 0.482 0.492 0.728mm 330 100 13.5 16.5 22.5 Φ13”REEL-16Ginch 13.0 3.94 0.482 0.650 0.889mm 330 100 13.5 24.5 30.5 Φ13”REEL-24Ginch 13.0 3.94 0.482 0.965 1.201◆ 包装(Packing)品名规格卷轮型号每卷包装数量(PCS)每啤盒包装数量(PCS)（尺寸:338x338x78mm）每箱包装数量(PCS)（尺寸:350x350x170mm）VE3511 Φ13”REEL-12G 3000 12000 24000 VE3516 Φ13”REEL-12G 3000 12000 24000 VE3521 Φ13”REEL-12G 3000 12000 24000 VE4532 Φ13”REEL-12G 2000 8000 16000 VE5020 Φ13”REEL-12G 3000 12000 24000 VE5835 Φ13”REEL-12G 1500 6000 12000 VE5845 Φ13”REEL-12G 1500 6000 12000 VE7835 Φ13”REEL-16G 1000 3000 6000VE7850 Φ13”REEL-16G 1000 3000 6000 VE1040 Φ13”REEL-24G 1000 2000 4000VE1054 Φ13”REEL-24G 1000 2000 4000 Special inquiries besides the above common used types can be met on your requirement超出以上规格的特殊要求也可满足。

CD4094中文数据手册

CD4094 位移位存储总线寄存器: CD4094是带输出锁存和三态控制的串入/并出高速转换器，具有使用简单、功耗低、驱动能力强和控制灵活等优点。

CD4094的引脚定义如图1。

其中(1)脚为锁存端，(2)脚为串行数据输入端，(3)脚为串行时钟端。

(1)脚为高电平时，8位并行输出口Q1～Q8在时钟的上升沿随串行输入而变化；(1)
脚为低电平时，输出锁定。

利用锁存端可方便地进行片选和级联输出控制。

(15)脚为并行输出
状态控制端，(15)脚为低电平时，并行输出端处在高阻状态，在用CD4094作显示输出时，可使显示数码闪烁。

(9)脚QS、(10)脚Q′S是串行数据输出端，用于级联。

QS端在第9个串行时钟的上升沿开始输出，Q′S端在第9个串行时钟的下降沿开始输出。

当CD4094电源为5V时，输出电流大于3．2MA，灌电流为1 MA。

串行时钟频率可达2．5MHZ。

CD4094引脚图
CD4094内部电路方框图Absolute Maximum Ratings 绝对最大额定值：
DC Electrical Characteristics 直流电气特性：
AC Electrical Characteristics 交流电气特性：
测试电路和3态时序图
时序图。

BCD-3 CD播放器用户手册说明书

BCD-3 CD Player Owner’s ManualBRYSTON LIMITED WARRANTYBryston analog audio products are warranted to be free from manufacturing defects for twenty (20) years from the original date of manufacture. The warranty includes parts and labour. Bryston digital products and cables are warranted for five years from the original date of manufacture. The warranty includes parts and labour.Bryston products having motorized moving parts, excluding motorized volume controls, are warranted for three years from the original date of manufacture. The warranty includes parts and labour.Bryston will remedy the problem by repair or replacement, as we deem necessary, to restore the product to full performance. Bryston will pay return shipping only for the full length of the specific product's warranty.In the event of a defect or malfunction, contact Bryston’s repair centers for return authorization. Products must be returned using original packaging material only. Packing material may be purchased from Bryston if necessary. This warranty is considered void if the defect, malfunction or failure of the product or any component part was caused by damage (not resulting from a defect or malfunction) or abuse while in the possession of the customer. Tampering by persons other than factory authorized service personnel or failure to fully comply with Bryston operating instructions voids the warranty. This warranty gives you specific legal rights and you may also have other rights which may vary from province to province and country to country. As of 2006-02-22 Bryston will only warranty Bryston products purchased through authorized Bryston dealers. Bryston products with a date code of 0608 or higher (date code format is “yyww”, where “yy” is the two least significant digits of the year and “ww” is the week of the year) must be accompanied by a copy of the bill-of-sale from a Bryston authorized dealer to qualify for warranty service. The warranty is transferable from the original owner to a subsequent owner as long as a copy of the bill-of-sale from the original authorized Bryston dealer accompanies the re-sale. The copy of the bill of sale to any subsequent owner need ONLY include the Name of the Bryston Authorized Dealer and the Model and Serial number of theBryston product The warranty will only be honored in the country of the original purchase unless otherwise pre-authorized by Bryston.Table of ContentsImportant Safety Instructions (2)General (4)Welcome (4)Description (4)Features (4)Shipping Box and Packing Material (4)Installation (4)Ventilation (4)Connecting to A/C Power (4)Connecting to a Preamplifier (4)Network Connection (5)Firmware Update (5)Remote Control (6)Serial Protocol (6)IR Control (7)Specifications and Dimensions (7)Front Panel (8)Rear Panel (9)4WelcomeThank you for your purchase of a Bryston BCD-3 redbook CD Player! Our most advanced DAC technology combined with our legendary fully discrete analog circuitry and a professional grade optical pickup mechanism constitute state of the art CD playback that is accurate, refreshing, and a testament to the resilience of the medium. We welcome your feedback and hope you enjoy your new BCD-3 for many years to come.DescriptionThe BCD-3 is a state of the art CD player capable of playing commercially produced audio CDs and burned CD-R and CD-RW discs. Discs are loaded through the motorized drawer type transportmechanism. Both digital and analog audio outputs are provided facilitating connection to analog preamplifiers and digital-to-analog converters. Internal digital to analog conversion is with abalanced pair of high quality ICs. The optical pickup and DAC are clocked by a single high precision quartz oscillator operating at a natural multiple of the 44.1kHz sampling frequency specified by the CD format.FeaturesBryston BCD-3 includes the following features:• DACs and transport slave to single master clock for jitter free performance• Dual balanced AKM digital to analog converters based on BDA-3 design.• Fully discrete class-A operational amplifiers form the analog output section• Balanced XLR and single-ended RCA audio output• AES/EBU XLR and BNC S/PDIF digital audio output• Remote control via ethernet, USB, RS232, or IR • Available in either 17 inch or 19 inch wide C-Series dress panel in silver-toned (clear anodized) or black anodized aluminum.Shipping Box and Packing MaterialPlease keep the original shipping box and all packing material. This will ensure the BCD-3 is protected in future transport. In the unlikely event you have a problem and must return it for service, you must use the proper packing material. Ship the BCD-3 only in the original packing material as the unit is not insurable by carriers otherwise. Replacement packing materials consisting of ashipping carton with plastic foam inserts is available from Bryston for a small fee.Installation VentilationThe BCD-3 is a cool-running line level component. It generates far less heat than amplifiers and many other components. It can be safely placed inside furniture or an equipment rack. However, it should not be tightly enclosed. Some airflow is desired.Connecting to A/C PowerPlease check the Data Plate on the right rear of the CD player to verify power requirements agree with your location. Plug the IEC-320 C14 end of the power cord into the BCD-3, then plug the other end into an approved and grounded A/C receptacle.Connecting to a PreamplifierFixed level analog output is provided via left & right stereo pairs of XLR fully differential balanced outputs and RCA single-ended outputs. Balanced output is usually preferred when available on the partnering preamplifier especially when long runs (greater than 3 meters) of interconnect cable are required. Connect the Left and Right outputs to the respective inputs on the preamplifier. Note that the BCD-3 has no volume control therefore should not be connected directly to an amplifier!You may also connect the BCD-3 to an externaldigital to analog converter using either the AES/EBU (XLR) or S/PDIF (RCA) output.GeneralBCD-3 CD Player5You may connect your BCD-3 to your local area network using CAT5 or better cable to facilitate use of the built in web-based user interface or to control and monitor the unit using an automation system. Once connected to the network, you may access the web user interface with a web browser by entering the host name into the address bar. The host name is formatted like so where the last 6 digits are the serial number of your unit: http://bcd3-000000 Some web browsers and networks ignore NetBIOS names such as above. In this case, you will need to use the numerical IP address of your unit to access the web user interface. You can find the IP address on the display by pressing the STOP button while the unit is not playing.The web user interface mimics that of the frontpanel.As with many other Bryston products, the BCD-3 may receive occasional firmware updates to ensure reliable operation and add new features. Check your installed version and for any new updates by using the File menu on the BCD-3 web user interface. Internet connection must be available to show correct information.Available VersionInstalled VersionTo update the firmware:1. Download the firmware file by clicking the “Download Internet File...” button. Save the filein an easy to remember location.2. Click “Go to Choose .bin...” button. You will betaken to a mostly blank page.3. Click “Choose File” or “Browse”. Navigate to the location to which you downloaded the BCD3.bin file in step 1. This is most likely your Downloads folder. Click the file and press “Open” or “OK” You will be returned to the upload page. Press the Upload button to initiate firmware upgrade.4. Uploading takes up to 5 minutes. The power LED will turn off during the update.5. Do not power off. The BCD-3 will reboot itself. You may check the web user interface to verify that the new firmware version agrees with the version you just downloaded. You may need to force refresh your browser window to see any new UI changes.6Remote ControlThe BCD-3 can be controlled and monitoredthrough a variety of mechanisms including TCP/IP when connected to your local area network, USB, RS232, DC trigger, and IR.Serial ProtocolThe BCD-3 can receive commands and can send responses to each command. It can also (optionally) broadcast automatic responses to certain system events such as front panel button presses.Commands can be sent over RS232, RS485 (with an RS232 to RS485 interface) and TCP/IP using HTTP cmd.cgi.The RS232 input is a 3.5mm mini-jack configured as:Tip Ring Sleeve TransmitReceiveGroundThe command format always begins with a command start character.The next two digits are the Device ID. The first of which is always “5” for BCD-3s, and the second will be “0” except when using RS232/RS485 in a multi-drop configuration.Next are C1 through C4 which comprise the command name. These are typically uppercase ASCII letters.Following the command name are the arguments or parameters for that command. These are two or more ASCII characters.The command is always terminated with acarriage return character. For RS232, this is ASCII code 13. TCP/IP commands are terminated with a period (.)Responses are returned in the same format as commands. Note that responses may contain up to 320 characters. All characters preceding the # or %23 and following <CR> or . are ignored. Do notinsert #, spaces, <LF>, <TAB> or other non-ASCII characters inside the command string.The following are selected commands mostpertinent to initial setup and everyday operation. Find complete documentation by accessing the BCD-3 web UI or by contacting m.Param.Description BRIG Display Brightness00Display Off 01Brightness Level 1 (dimmest)02Brightness Level 203 04 05Brightness Level 3 Brightness Level 4 Brightness Level 5MPWRSwitch between On and Standby 00Off (standby)01On02 QS Toggle On/Standby Query StatusMCTRTransport controls00-09Numeric 0-9 - used for direct track access.EJ Drawer open/close toggle RE Reverse search PT Previous track FO Forward search NT Next trackTI Change time mode display ST StopRP Toggle Repeat track, disc, off PA PauseSH Random (Shuffle)PL Play SC ScanBA Go back 10 seconds SKSkipExample of power up command in RS232:#50MPWR01<CR>Example of power up command in TCP/IP:%2350MPWR01.BCD-3 CD Player7IR ControlYou may control the BCD-3 with a traditionalfor direct track access.aspect of CD playback.• Play: Once a disc is inserted, press Play to initiate playback. If a disc is already playing, press Play torestart the current track from the beginning.• Pause: While a disc is playing, press Pause to freeze playback at the current location.• Prev / Next: While a disc is playing, press Prev to skip to the track number before the current playingtrack and press Next to skip to the next track. Pressmultiple times quickly and the bottom row of text on the display will indicate the track number on whichyou will land.• Rev / Fwd: While a disc is playing, Press Rev once and audio will scrub backwards through the currentlyplaying track slowly. Press again and it will reversequickly. Press Fwd once and it will search forwardonce slowly. Press again it will search forwardmore quickly. Press a third time to resume normalplayback. Pressing play during any forward or reverse searching will resume normal playback.• Stop: Press once during playback to halt playback and forget current playback location. Press oncethe CD tray. Discs should be carefully placed into the tray with the label side facing up. Be careful not to smudge or scratch either surface of yourCDs. Never force the CD tray to open or close.Only use the button. Do not place any objectbesides a single CD on the tray to avoid damage.4. Open / Close ButtonPress the button to open or close the CD traywhen loading and unloading a disc.5. Infrared ReceiverThe BCD-3 can be controlled by an IR remotecontrol such as models provided by Bryston orthird-party manufacturers.6. DisplayThe OLED display indicates relevant information about the player or disc loaded dependingon the current state of the BCD-3. It can be ordered from the factory as blue or green.8BCD-3 CD Player9Rear Panel 7. A/C InputAn IEC-320 C14 power inlet provides forconnection of an IEC-320 C13 equipped power cord. Before connecting the power cord,check that the voltage rating on the data plate conforms with your locality. Upon applying power, the BCD-3 will enter standby mode. See “Connecting to A/C Power” on page 4.8. Analog OutputsBalanced and single ended analog output are provided via respective left/right pairs of XLR and RCA jacks. Connect to a preamp or similar device with a volume control. Do not connect directly to an amplifier that has no volume control! See “Connecting to a Preamplifier” on page 4.9. Digital OutputsA balanced AES/EBU XLR connector and single ended S/PDIF RCA connector are both provided to output digital audio to a DAC should you choose to bypass the internal analog circuitry in the BCD-3.10. Control InterfacesRS232, Ethernet, and USB two-way controlinterfaces are available to enable BCD-3 control by home automation systems. Note that these ports do not accept audio and are for remote control and diagnostics only. See “Remote Control” on page 6 for connection diagrams and protocol details.LED lights to indicate the following status:Red: Standby Green: OnAmber: Starting up Blinking Amber: Updating firmware Blue: Self programing. Do not power off12.Data PlateThe data plate indicates hardware version, serial number, and A/C mains voltage of your unit.10BCD-3 CD Player11Bryston Limited | 677 Neal Drive | Peterborough, Ontario K9J 6X7Canada | Phone: 705-742-5325 | 300064-312-21-2016。

CDMP300技术及使用手册

CDMP300技术及使⽤⼿册⽬录1概述 (5)1.1应⽤范围 (5)1.2主要特点 (5)1.3保护功能 (6)1.4测量功能 (7)1.5监视功能 (8)1.6控制功能 (8)1.7事件记录 (9)1.8故障录波 (9)1.9⼈机接⼝ (9)1.10通信功能 (10)2技术参数 (11)2.1环境条件 (11)2.2⼯作电源 (11)2.3控制电源 (11)2.4交流电流回路 (11)2.5交流电压回路 (11)2.6开关量输⼊回路 (11)2.7继电器输出回路 (12)2.8测量精度 (12)2.9绝缘性能 (12)2.10电磁兼容性能 (12)2.11机械性能 (12)3保护原理 (13)3.1CT回路断线告警 (13)3.2PT回路断线告警 (14)3.3控制电源失电告警 (14)3.4合闸回路断线告警 (15)3.5跳闸回路断线告警 (15)3.6保护选项：电动机保护 (15)3.7保护选项：⽅向闭锁 (15)3.8保护选项：低压闭锁 (16)3.9电流速断保护 (16)3.10限时电流速断保护 (17) 3.11定时限过流保护 (18) 3.12反时限过流保护 (19) 3.13后加速保护 (20)3.14过负荷保护 (21)3.15负序电流保护 (21)3.16零序电流保护 (22)3.17单相接地选线保护 (22) 3.18过电压保护 (23)3.19低电压保护 (24)3.20失压保护 (24)3.21负序电压保护 (25)3.22零序电压保护 (25)3.23复合电压过流保护 (26) 3.24低周减载保护 (27)3.25低压解列保护 (28)3.26重合闸保护 (28)3.27备⾃投保护 (29)3.28过热保护 (30)3.29逆功率保护 (31)3.30启动时间过长保护 (31) 3.31定时限Ix过流保护 (32) 3.32反时限Ix过流保护 (32) 3.33⾃定义保护 (33)4整定说明 (34)4.1保护功能设置整定表 (34) 4.2保护定值整定表 (35) 4.3保护投退整定表 (37) 4.4设备参数整定表 (38) 4.5脉冲电度参数整定表 (39) 4.6电度底码设置整定表 (39) 4.7开关量参数整定表 (39) 5梯形图编程 (40)5.1编程环境简介 (40)5.2菜单说明 (40)5.3符号说明 (41)5.4CDMP300梯形图编程对照表 (44) 5.4.1输⼊量 (44)5.4.2输出量 (47)6接线图编辑 (49)6.1编辑环境简介 (49)6.2菜单说明 (49)6.3符号说明 (50)7安装与接线 (53)7.1安装 (53)7.1.1环境条件 (53)7.1.2屏柜要求 (53)7.2接线 (53)7.2.1⼯作电源 (53)7.2.2相电压输⼊ (54)7.2.3零序电压输⼊ (54)7.2.4相电流输⼊ (54)7.2.5零序电流输⼊ (54)7.2.6辅助电流输⼊ (55)7.2.7辅助电压输⼊ (55)7.2.8开关量输⼊ (55)7.2.9继电器输出 (55)7.2.10断路器操作接⼝ (55)8基本操作与使⽤ (57)8.1装置上电 (57)8.1.1主机模块初始化 (57)8.1.2⾯板模块初始化 (57)8.2⾯板操作 (57)8.2.1⾯板功能 (57)8.2.2液晶显⽰屏 (58)8.2.3断路器分位/合位指⽰灯 (58) 8.2.4故障/告警信号指⽰灯 (58)8.2.5信号复归按键 (58)8.2.6调试端⼝ (59)8.2.7⾼亮度LED发光指⽰灯 (59)8.2.8液晶显⽰屏操作按键 (59)8.2.9断路器分闸/合闸操作按键 (59)8.2.10遥控/本地指⽰灯 (60)8.2.11遥控/本地锁 (60)8.3菜单操作 (60)8.3.1主接线图 (60)8.3.2测量数据 (61)8.3.3开关量状态 (61)8.3.4实时波形 (62)8.3.5⽮量图 (63)8.3.6事件记录 (63)8.3.7故障录波 (63)8.3.8保护定值 (64)8.3.9梯形图逻辑 (65)8.3.10断路器统计信息 (66)8.3.11调试信息 (66)8.3.12⾃检信息 (67)8.3.13参数查看 (67)8.3.14参数设置 (71)8.3.15多套定值查看 (73)8.3.16多套定值设置 (73)8.3.17对⽐度调节 (74)9调试⼤纲 (75)9.1通电前检查 (75)9.2通电检查 (75)9.3投运前检查 (76)9.4投运后注意事项 (76)9.5运⾏维护注意事项 (76)10附录 (77)10.1CDMP300机械尺⼨图及开孔图 (77) 10.2CDMP300背⾯端⼦图 (78)10.3CDMP300典型接线图（线路保护） (79)10.4CDMP300典型接线图（变压器保护） (80)10.5CDMP300典型接线图（⾼压电动机保护） (81)10.6CDMP300典型接线图（⾼压电容器保护） (82)10.7CDMP300典型接线图（发电机后备保护） (83)10.8CDMP300典型接线图（变压器后备保护） (84)10.9CDMP300典型接线图（进线备⾃投） (85)10.10CDMP300典型接线图（母分备⾃投） (86)1概述CDMP300通⽤型保护测控装置（以下简称CDMP300）是集保护、测量、监视、控制、⼈机接⼝、通信等多种功能于⼀体，同时溶⼊了先进的软件⼆次设计思想，真正意义上实现在线可编程功能（包括保护可编程和控制可编程）的数字式多功能继电器。

步科Kinco CD系列伺服使用手册

目录前言 (1)第一章产品确认与型号说明 (2)1.1产品确认 (2)1.1.1产品确认事项（包括配线） (2)1.1.2伺服驱动器铭牌 (2)1.1.3伺服电机铭牌 (2)1.2产品各部分名称 (3)1.2.1CD2代伺服驱动器各部分名称 (3)1.2.2CD伺服驱动器各部分名称 (4)1.2.3伺服电机各部分名称 (5)1.3产品型号说明 (5)1.3.1CD伺服驱动器型号说明 (5)1.3.2伺服电机型号说明 (5)1.3.3伺服电机动力线、抱闸线、编码器线 (6)第二章使用事项及安装要求 (7)2.1注意事项 (7)2.2环境条件 (7)2.3安装方向与间距 (7)第三章CD驱动器接口及连线 (9)3.1CD2代驱动器接口介绍 (9)3.1.1CD2代驱动器接口介绍 (9)3.1.2 CD2代驱动器外部接线 (10)3.1.3 CD2代驱动器X1接口接线图 (11)3.1.4 CD2代驱动器动力接口（CD422/X3、CD432/CD622/X3和X7） (12)3.1.5 CD2代驱动器X5和X6接口 (13)3.1.5.1 X5接口 (13)3.1.5.2 X6接口 (13)3.2CD驱动器接口介绍 (14)3.2.1CD驱动器接口介绍 (14)3.2.2 CD驱动器外部接线图 (15)3.2.3 CD驱动器X1接口 (16)3.2.4 CD驱动器动力接口（CD420/X2、CD430/CD620/X2和X5） (17)3.2.5 CD驱动器X3和X4接口 (18)3.2.5.1 X3接口 (18)第四章数字操作面板 (19)4.1数字操作面板介绍 (19)4.2数字操作面板操作方法 (20)例子4-1：利用进制切换，设置电子齿轮比分母为10000 (21)例子4-2：利用位单独调节，设置速度为1000RPM和-1000RPM (21)第五章驱动器操作指南与参数介绍 (22)5.1伺服驱动器选配电机使用指南 (22)5.2试运转操作 (25)5.2.1试运转操作目的 (25)5.2.2试运转操作注意事项 (25)5.2.3试运转操作步骤 (25)5.2.4试运转操作框图 (26)5.3参数介绍 (26)参数列表：F000组（设置驱动器指令） (27)参数列表：F001组（设置实时显示数据） (28)参数列表：F002组（设置控制环参数） (29)参数列表：F003组（设置输入输出及模式操作参数） (31)参数列表：F004组（设置电机参数，我司出厂未配置电机，必须先通过d4.19设置电机型号） (34)参数列表：F005组（设置驱动器参数） (36)第六章输入输出口操作 (38)6.1数字输入信号 (38)6.1.1数字输入信号极性控制 (38)例子6-1：数字输入信号DIN1极性设置 (38)6.1.2仿真数字输入信号 (39)例子6-2：仿真数字输入口DIN1 (39)6.1.3数字输入信号状态显示 (40)6.1.4数字输入信号地址以及功能 (40)6.1.5多段电子齿轮比切换功能和多段增益切换功能介绍 (42)例子6-3：驱动器使能设置 (43)例子6-4：取消正负限位设置 (44)例子6-5：驱动器工作模式控制 (44)6.1.6数字输入口接线 (45)6.2数字输出信号 (46)6.2.1数字输出信号极性控制（详细说明参考6.1.1） (46)6.2.2仿真数字输出信号（详细请参考6.1.2） (46)6.2.3数字输出信号状态显示 (46)6.2.4数字输出信号地址以及功能 (46)例子6-6：驱动器就绪设置 (47)第七章模式操作 (52)7.1脉冲控制模式（“-4”模式） (52)7.1.1脉冲控制模式接线 (52)7.1.2脉冲控制模式相关参数介绍 (54)7.1.3脉冲控制模式例子 (57)例子7-1：脉冲控制模式“-4”（通过选择不同的方式控制驱动器使能） (57)7.2速度模式（“-3”或“3”模式） (58)7.2.1模拟-速度模式接线 (59)7.2.2模拟-速度模式相关参数介绍 (60)7.2.3 模拟信号处理 (61)7.2.4模拟-速度模式计算步骤 (62)7.2.5模拟-速度模式例子 (62)例子7-2：模拟-速度模式（不设置死区电压与偏移电压） (62)例子7-3：模拟-速度模式（设置死区电压） (64)例子7-4：模拟-速度模式（设置偏移电压） (65)例子7-5：模拟-速度模式（设置死区电压和偏移电压） (67)7.3力矩模式（“4”模式） (69)7.3.1模拟-力矩模式接线 (69)7.3.2模拟-力矩模式相关参数介绍 (70)7.3.3模拟信号处理 (70)7.3.4 模拟-力矩模式计算步骤 (72)7.3.5模拟-力矩模式例子 (72)例子7-6：模拟-力矩模式（不设置死区电压与偏移电压） (72)例子7-7：模拟-力矩模式（设置死区电压和偏移电压） (74)7.4多段位置控制模式（“1”模式） (76)例子7-8：多段位置控制 (77)7.5多段速控制模式（“-3”或“3”模式） (79)例子7-9：多段速控制 (81)7.6原点控制模式(“6”模式) (82)例子7-10：要求电机以原点模式7找原点 (89)第八章控制性能 (94)8.1驱动器性能调节 (94)8.1.1手动调节 (94)8.1.2自动调节（只用于速度环，位置环手动调节见8.1.1） (97)8.2振动抑制 (99)8.3自动正反转 (100)8.4调试范例 (101)8.4.1示波器说明 (101)第九章通讯 (109)9.1传输协议 (109)9.2数据协议 (110)9.2.1下载（上位机到从站） (110)9.2.2上传（从站到上位机） (111)例子9-1：通过通讯进行原点模式/位置模式/速度模式等控制 (113)第十章报警排除 (114)10.1报警信息 (114)10.2报警信息原因及排除 (115)第十一章附录 (116)附录一：制动电阻规格选择 (116)附录二：保险丝规格选择 (116)Kinco CD系列伺服使用手册前言前言Kinco歩科作为中国领先的机器自动化产品与解决方案供应商，多年来一直致力于伺服系统的研究与开发。

Philips 可移动 CD 播放器用户手册说明书

AudioSE EW H Y I N SIDEI MP OR T A N T !Return your Warranty Registration Card within 10 daysProgramming track numbersYou can store up to 30 tracks to play in a program.A single track may be stored more than once in the program.1While playback is stopped, select a track with ∞or §.2Press PROG to store the track.y program lights up; the track numberprogrammed and P with the total number of stored tracks are displayed.3Select and store all desired tracks in this way.4Press 2;to start playback of your selected tracks.y program is shown and playback starts.•You can review the program by pressing PROG for more than 2 seconds.The display shows all the stored tracks in sequence.y Display NO Prog if no tracks programmed.Notes:– If you press PROG and there is no track selected or no tracks pro-grammed, SEL or NO PRog is displayed.– If you try to store more than 30 tracks, FULL is displayed.Clearing the program•While playback is stopped, press 9to clear program.y CLR is displayed once, program goes off,and the program is cleared.Note:The program will also be cleared if the power supply is interrupted, or if the CD-player lid is opened, or if the set switches off automatically.RESUME and HOLDYou can interrupt playback and continue (even after an extended period of time) from the position whereplayback stopped (RESUME) and you can lock all buttons of the set so that no action will be executed (HOLD).Use the OFF–RESUME–HOLD slider for these functions.RESUME – continuing from where you have stopped1Switch the slider to RESUME during playback to activate RESUME.y resume is shown.2Press 9whenever you want to stop playback.3Press 2;whenever you want to resume playback.y resume is shown and playback continuesfrom where you have stopped.•To deactivate RESUME, switch the slider to OFF.y resume goes off.HOLD – locking all buttonsYou can lock the buttons of the set by switching the slider to HOLD. Now, when a key is pressed, no action will be executed. This is of use, for example, when transporting the player in a bag. With HOLD activated, you can avoid accidental activation of other functions.1Switch the slider to HOLD to activate HOLD.y All buttons are locked HoLd is shown whenyou press any button. If the set is switched off,HoLd will be shown only when 2;is pressed.2To deactivate HOLD, switch the slider to OFF.Note: If you deactivate HOLD by switching the slider to RESUME,you will beactivating the RESUME function.FEATURESSelecting different playing possibilities −MODEIt is possible to play tracks in random order, to repeat a single track or the entire CD, and to play the first few seconds of each track.1Press MODE during playback as often as required in order to activate one of the following ‘modes’. The active mode is shown in the display.y shuffle : All tracks of the CD are played inrandom order until all of them have been played once.y shuffle repeat all : All tracks of the CDare played repeatedly in random order.y repeat : The current track is played repeatedly.y repeat all : The entire CD is played repeatedly.y SCAN : The first 10 seconds of each of theremaining tracks are played in sequence.2Playback starts in the chosen mode after 2 seconds.•To return to normal playback, press MODE repeatedly until the display shows no active modes.ESP / Power Save ModeWith a conventional portable CD-player you might have experienced that the music stopped e.g. when you were jogging. The E LECTRONIC S KIP P ROTECTION prevents loss of sound caused by light vibrations and shocks. Continuous playback is ensured. However ESP does not prevent playback interruptions during vigorous running. It also does not protect the unit against any damage caused by dropping !•Switch the slider to ESP ON during playback to activate the shock protection.y is shown and the protection is activated.•To deactivate the shock protection and enter the power save mode, switch the slider to POWER SAVE.y goes off.P O W ER SA V EE S PO Nresumeresumeholdrepeat allshuffleprogramprogramprogramFEATURESSelecting a track and searchingSelecting a track during playback•Briefly press ∞ or §once or several times to skip to the current, previous or next track.y Playback continues with the selected track, andthe track’s number is displayed.Selecting a track when playback is stopped1Briefly press ∞ or §once or several times to select the desired track. The track number is displayed.2Press 2;to start CD play.y Playback starts with the selected track.Searching for a passage during playback1Keep ∞ or §pressed to find a particular passage in a backward or forward direction.y Searching starts while playback continues at lowvolume. After 2 seconds the search speeds up.2Release the button when you reach the desired passage.y Playback continues from this position.Notes:– If the player is in SCAN mode (see MODE chapter), searching is notpossible.。

马兰士CD 说明书

CD PlayerCD6006您可将多页PDF打印在单张纸上。

操作说明书附件4安装电池5遥控器的操作范围5特点6高音效6高性能6部件名称与功能7前面板7显示屏9后面板10遥控器11连接方法连接立体声音频放大器18连接带有数字音频输入端子的设备19将iPod或USB存储设备连接至USB端口20连接带有遥控端子的设备22连接22设置22连接定时器设备23连接电源线24播放基本操作26开启电源26选择播放媒体模式27切换显示屏亮度27播放CD28播放CD28 A-B重复播放30以特定顺序播放曲目（编程播放）30跳过不想聆听的曲目（删除编程播放）31稍微倒回音轨以重复聆听（快速重播）32切换显示（CD-TEXT）33播放DATA CD（MP3，WMA和AAC文件）34播放文件35播放iPod37聆听iPod上的音乐38设置操作模式（“On-Display”模式）38播放USB存储设备40播放储存在USB存储设备上的文件41设置菜单图43菜单操作44 H/P AMP GAIN45Digital Out45Timer Play46Resume Play46Quick Replay47Auto Standby47提示提示49故障诊断50保修和修理55附录可播放的媒体56光碟56文件56 USB存储设备57MP3/WMA/AAC/WAV文件的播放顺序59关于光碟和文件59使用媒体的注意事项60插入光碟60关于媒体的使用61清洁光碟61术语解释62商标信息63规格64索引67感谢您选购此Marantz产品。

为确保正确操作，使用该产品前请仔细阅读操作说明书。

阅读之后，请务必妥善保管以备将来参考。

附件请检查并确认本产品附带下列部件。

安装电池1沿箭头所示方向抬起并取下后盖。

2按照指示将两节电池正确插入电池匣内。

3装上后盖。

注0为防止损坏电池或电池漏液 :0请勿将新旧电池混合使用。

0请勿使用两种不同类型的电池。

0如果打算长时间不使用遥控器，请取出遥控器中的电池。

CD-10 – CD-20 – CD-30 操作手册说明书

OPERATING MANUAL CD-10 – CD-20 – CD-30* non contractual picturesDear Customer,Thank you for purchasing one of the 3 Micromega CD players: CD-10, CD-20, CD-30. These players are mainly different by their audio characteristics. This manual is then common for the 3 models.This unit provides ease of use and sonics of the highest quality. Please pay close attention to this instruction manual, and read it fully before attempting to operate. It is designed to ensure you maximise your pleasure of CD player and familiarise you with its many unique functions .CHECKINGCheck that the carton has no damage. Should you have any doubt about its condition,The standby LED lightens up indicating that the unit is in standby mode.Press once the CD key of the remote control or the STANDBY key of the unit.If there is a disc, reading starts and its content is displayed. Otherwise it indicates:DISPLAY OFFYou can choose to minimize the display by pressing the key Display ▼ of the remote or by a long pressure on the DISC key of the unit.To come back to normal mode, press again on the MODE key. The display shows:In stop mode, after reading the content of the disc, the unit will display the name of the artist and the title of the albumBecause the display has 10 characters only, if the content is larger than this number, the display will scroll the text.DIGITAL OUPUTYou can activate the Digital output by executing a long pressure on the MODE key at any moment. This is necessary if you wish to use a separate Digital to Analog converter or if you wish to make a Digital recording. When activated, the display indicates:An optional DB9 female connector could be installed on the rear panel of CD player allows controlling it via RS232 interface. It accepts the following format:Baud Rate : 19200 Bauds Data bits : 8 Parity bit : None Stop bits : 1 Flow control : NoneYou will find complete instructions concerning this interface in the separate RS232 CD manual.AUDIS sarl. 13-15, rue du 8 mai 1945, ZA de la Haie Griselle, 94470 Boissy Saint Léger FRANCE TEL: +33 (0)1 4382 8860 - FAX: +33 (0)1 4382 6129 - INTERNET: TECHNICAL CHARACTERISTICS CD-XXDiscs supported ……………………………………………………………………………………..…… CD, CD-R, CD-RWAudio characteristicsBandwidth ( - 0.5dB )…………………………………………………………………………………….………… DC – 20Khz Linearity at –90dB………………………………………………………………………………………….……………. < 0.5dB Signal/Noise + THD…………………………………………………………………………………………….. < -96dB à1kHz Crosstalk………………………………………………………………………………..…………………….… >100dB at 1kHz D/A conversion type………………………………………………………………………………………………..………….. ∑∆ Oversampling (CD-10, CD-20)…………………………………………………………………………………..………… none Oversampling (CD-30)…………………………………………………………………………………….…………. 132.3 kHz Output impedance ……………………………………………………………………………………..………………….. 600 Ω Output level ………………………………………………………………………………………………………… 2Vrms / 0dBPowerPower consumption (Max) CD-10………………………………………………………………………………………... 20 W Power consumption (Max) CD-20, CD-30……………………………………………………………………………….. 40 WDimensions : ( L x P x H mm)………………………………………………………………………………... 430 x 250 x 70Weight CD-10……………………………………………………………………………………………….…….……….. 4.6 kg CD-20, CD-30…………………………………………………………………………………………….…….…. 5.6 kgWARRANTYThis warranty will start from the date of purchase of the Micromega product.Statutory warranty regulations apply in the country where the Micromega product was purchased. In case of complaints please contact the dealer who supplied your Micromega product.WARNING: Warranty will be nulled if the unit is not shipped back in its original packing or if the serial number has been modified or erased.Warranty Certificate Dealer's StampDate of PurchaseSerial Number。

CD成本分析-手册Manual rev.8

√
Ribaltamenti Overheads (Gesco, Assicurazioni, EDP, Sepin..)
√
Servizi generali (vigili del fuoco, fattorini, sale mediche, sorveglianza)
√
Costi per trasporti intracompany
依维柯制造世界制造
案例：
成本浪费锁定结构实际 2005 (€/000) 总计 = 77.780 €/000
根据成本浪费锁定所确认的损失，无折旧和SOE
世界级制造成本优化
内部使用 20
CD_ 手册_版本 8 2010 年 7 月 28
步骤1 – 范围定义
基于总变换成本，WCM范围不包括与直接材料相关的所有成本。因此，范围内的行动包括实际增值，排除/包括一些费用（一些项目现在不包括，但以后可能会包括）：
内部使用 21
CD_ 手册_版本 8 2010 年 7 月 28
步骤 1 – 弹性工作
总计）
理想成本
损失 A 标准损失
损失 B 理论上的标准损失
损失 C 零损失
偏离标准所产生的损失(通常 = 预算)
基于当前进程，偏离理论上理想情况所产生的损失
WC 基准所确认的损失以零损失为基础，根据理想案例确认的损失。无当前约束，通过创新的解决方案所确定的损失。
遵循 5G 原则。偏离标准所产生的损按照原则和操作标准所发现的损失，并由优秀的工程师改造设备，引进新机器
保证每个启动项目正确的规划; 如果达到预期的节省金额（来自于 E 表），
7
必须适当跟进需进行的活动并进行监控。

CD系列贴片功率电感规格书尺寸图

产品名称：CD贴片功率电感产品特点：产品图片产品图片图型及尺寸参考类型A B C D ref CD32 3.0±0.3 3.0±0.3 2.1±0.31CD43 4.5±0.3 4.0±0.3 3.2±0.31CD52 5.8±0.3 5.2±0.3 2.1±0.3 1.6CD53 5.8±0.3 5.2±0.3 3.2±0.3 1.6CD54 5.8±0.3 5.2±0.3 4.5±0.3 1.3CD737.8±0.37.0±0.3 3.5±0.3 2.1CD757.8±0.37.0±0.3 5.0±0.3 2.1CD10410.0±0.39.0±0.3 4.0±0.3 2.9CD10510.0±0.39.0±0.35.4±0.32.9LTESTING DC RATED DC uH FREQ.RESISTANCE CURRENT (KHz).(Ω) MAX. A MAX CD32-100K 101000.230.76CD32-120K121000.270.685CD32贴片功率电感参数CD 75 － 221 K (1) (2) (3) (4)编号CD贴片功率电感图型及尺寸( SHAPE AND SIZE) ( 单位 mm )CD贴片功率电感编号表示(1). 编号(Type) : CD32/43/52/53/54/73/75/104/105 ( CD )(2). 尺寸（Size) : 成品外型尺寸（According to size) ( 75 )(3). 电感值(Inductance) : "221"表示220uH（Example: "221"for 220uH) ( 221 )(4). 电感公差（Tolerance) :"M:±20%, "K":±10% , "J":±5% ( K )/index.htm?spm=2013.1.w5002-5830017747.2.EYY36cCD贴片功率电感锰锌大功率电感 1、表面贴装小型功率电感。

CD4049 手册

TL F 5971CD4049UBM CD4049UBC Hex Inverting Buffer CD4050BM CD4050BC Hex Non-Inverting BufferMarch 1988CD4049UBM CD4049UBC Hex Inverting Buffer CD4050BM CD4050BC Hex Non-Inverting BufferGeneral DescriptionThese hex buffers are monolithic complementary MOS (CMOS)integrated circuits constructed with N-and P-chan-nel enhancement mode transistors These devices feature logic level conversion using only one supply voltage (V DD ) The input signal high level (V IH )can exceed the V DD supply voltage when these devices are used for logic level conver-sions These devices are intended for use as hex buffers CMOS to DTL TTL converters or as CMOS current drivers and at V DD e 5 0V they can drive directly two DTL TTL loads over the full operating temperature rangeFeaturesY Wide supply voltage range 3 0V to 15V YDirect drive to 2TTL loads at 5 0V over full tempera-ture rangeY High source and sink current capabilityYSpecial input protection permits input voltages greater than V DDApplicationsY CMOS hex inverter bufferY CMOS to DTL TTL hex converterY CMOS current ‘‘sink’’or ‘‘source’’driver YCMOS high-to-low logic level converterConnection DiagramsCD4049UBM CD4049UBC Dual-In-Line PackageTL F 5971–1Top ViewOrder Number CD4049UB or CD4049BCD4050BM CD4050BC Dual-In-Line PackageTL F 5971–2Top ViewOrder Number CD4050UB or CD4050BC 1995National Semiconductor Corporation RRD-B30M105 Printed in U S AAbsolute Maximum Ratings(Notes1 2) If Military Aerospace specified devices are required please contact the National Semiconductor Sales Office Distributors for availability and specifications Supply Voltage(V DD)b0 5V to a18V Input Voltage(V IN)b0 5V to a18V Voltage at Any Output Pin(V OUT)b0 5V to V DD a0 5V Storage Temperature Range(T S)b65 C to a150 C Power Dissipation(P D)Dual-In-Line700mW Small Outline500mW Lead Temperature(T L)(Soldering 10seconds)260 C Recommended Operating Conditions(Note2)Supply Voltage(V DD)3V to15V Input Voltage(V IN)0V to15V Voltage at Any Output Pin(V OUT)0to V DD Operating Temperature Range(T A)CD4049UBM CD4050BM b55 C to a125 C CD4049UBC CD4050BC b40 C to a85 CDC Electrical Characteristics CD4049M CD4050BM(Note2)Symbol Parameter Conditionsb55 C a25 C a125 CUnits Min Max Min Typ Max Min MaxI DD Quiescent Device Current V DD e5V1 00 011 030m AV DD e10V2 00 012 060m AV DD e15V4 00 034 0120m A V OL Low Level Output Voltage V IH e V DD V IL e0Vl I O l k1m AV DD e5V0 0500 050 05VV DD e10V0 0500 050 05VV DD e15V0 0500 050 05V V OH High Level Output Voltage V IH e V DD V IL e0Vl I O l k1m AV DD e5V4 954 9554 95VV DD e10V9 959 95109 95VV DD e15V14 9514 951514 95V V IL Low Level Input Voltage l I O l k1m A(CD4050BM Only)V DD e5V V O e0 5V1 52 251 51 5VV DD e10V V O e1V3 04 53 03 0VV DD e15V V O e1 5V4 06 754 04 0V V IL Low Level Input Voltage l I O l k1m A(CD4049UBM Only)V DD e5V V O e4 5V1 01 51 01 0VV DD e10V V O e9V2 02 52 02 0VV DD e15V V O e13 5V3 03 53 03 0V V IH High Level Input Voltage l I O l k1m A(CD4050BM Only)V DD e5V V O e4 5V3 53 52 753 5VV DD e10V V O e9V7 07 05 57 0VV DD e15V V O e13 5V11 011 08 2511 0V V IH High Level Input Voltage l I O l k1m A(CD4049UBM Only)V DD e5V V O e0 5V4 04 03 54 0VV DD e10V V O e1V8 08 07 58 0VV DD e15V V O e1 5V12 012 011 512 0V I OL Low Level Output Current V IH e V DD V IL e0V(Note3)V DD e5V V O e0 4V5 64 653 2mAV DD e10V V O e0 5V129 8126 8mAV DD e15V V O e1 5V35294020mA Note1 ‘‘Absolute Maximum Ratings’’are those values beyond which the safety of the device cannot be guaranteed they are not meant to imply that the devices should be operated at these limits The table of‘‘Recommended Operating Conditions’’and‘‘Electrical Characteristics’’provides conditions for actual device operationNote2 V SS e0V unless otherwise specifiedNote3 These are peak output current capabilities Continuous output current is rated at12mA maximum The output current should not be allowed to exceed this value for extended periods of time I OL and I OH are tested one output at a time2DC Electrical Characteristics CD4049M CD4050BM(Note2)(Continued)Symbol Parameter Conditionsb55 C a25 C a125 CUnits Min Max Min Typ Max Min MaxI OH High Level Output Current V IH e V DD V IL e0V(Note3)V DD e5V V O e4 6V b1 3b1 1b1 6b0 72mAV DD e10V V O e9 5V b2 6b2 2b3 6b1 5mAV DD e15V V O e13 5V b8 0b7 2b12b5 0mAI IN Input Current V DD e15V V IN e0V b0 1b10b5b0 1b1 0m AV DD e15V V IN e15V0 110b50 11 0m A Note1 ‘‘Absolute Maximum Ratings’’are those values beyond which the safety of the device cannot be guaranteed they are not meant to imply that the devices should be operated at these limits The table of‘‘Recommended Operating Conditions’’and‘‘Electrical Characteristics’’provides conditions for actual device operationNote2 V SS e0V unless otherwise specifiedNote3 These are peak output current capabilities Continuous output current is rated at12mA maximum The output current should not be allowed to exceed this value for extended periods of time I OL and I OH are tested one output at a timeDC Electrical Characteristics CD4049UBC CD4050BC(Note2)Symbol Parameter Conditionsb40 C a25 C a85 CUnits Min Max Min Typ Max Min MaxI DD Quiescent Device Current V DD e5V40 034 030m AV DD e10V80 058 060m AV DD e15V160 0716 0120m A V OL Low Level Output Voltage V IH e V DD V IL e0Vl I O l k1m AV DD e5V0 0500 050 05VV DD e10V0 0500 050 05VV DD e15V0 0500 050 05V V OH High Level Output Voltage V IH e V DD V IL e0Vl I O l k1m AV DD e5V4 954 9554 95VV DD e10V9 959 95109 95VV DD e15V14 9514 951514 95V V IL Low Level Input Voltage l I O l k1m A(CD4050BC Only)V DD e5V V O e0 5V1 52 251 51 5VV DD e10V V O e1V3 04 53 03 0VV DD e15V V O e1 5V4 06 754 04 0V V IL Low Level Input Voltage l I O l k1m A(CD4049UBC Only)V DD e5V V O e4 5V1 01 51 01 0VV DD e10V V O e9V2 02 52 02 0VV DD e15V V O e13 5V3 03 53 03 0V V IH High Level Input Voltage l I O l k1m A(CD4050BC Only)V DD e5V V O e4 5V3 53 52 753 5VV DD e10V V O e9V7 07 05 57 0VV DD e15V V O e13 5V11 011 08 2511 0V V IH High Level Input Voltage l I O l k1m A(CD4049UBC Only)V DD e5V V O e0 5V4 04 03 54 0VV DD e10V V O e1V8 08 07 58 0VV DD e15V V O e1 5V12 012 011 512 0V Note1 ‘‘Absolute Maximum Ratings’’are those values beyond which the safety of the device cannot be guaranteed they are not meant to imply that the devices should be operated at these limits The table of‘‘Recommended Operating Conditions’’and‘‘Electrical Characteristics’’provides conditions for actual device operationNote2 V SS e0V unless otherwise specifiedNote3 These are peak output current capabilities Continuous output current is rated at12mA maximum The output current should not be allowed to exceed this value for extended periods of time I OL and I OH are tested one output at a time3DC Electrical Characteristics CD4049UBC CD4050BC(Note2)(Continued)Symbol Parameter Conditionsb40 C a25 C a85 CUnits Min Max Min Typ Max Min MaxI OL Low Level Output Current V IH e V DD V IL e0V(Note3)V DD e5V V O e0 4V4 64 053 2mAV DD e10V V O e0 5V9 88 5126 8mAV DD e15V V O e1 5V29254020mAI OH High Level Output Current V IH e V DD V IL e0V(Note3)V DD e5V V O e4 6V b1 0b0 9b1 6b0 72mAV DD e10V V O e9 5V b2 1b1 9b3 6b1 5mAV DD e15V V O e13 5V b7 1b6 2b12b5mAI IN Input Current V DD e15V V IN e0V b0 3b0 3b10b5b1 0m AV DD e15V V IN e15V0 30 310b51 0m A AC Electrical Characteristics CD4049UBM CD4049UBCT A e25 C C L e50pF R L e200k t r e t f e20ns unless otherwise specifiedSymbol Parameter Conditions Min Typ Max Unitst PHL Propagation Delay Time V DD e5V3065ns High-to-Low Level V DD e10V2040nsV DD e15V1530nst PLH Propagation Delay Time V DD e5V4585ns Low-to-High Level V DD e10V2545nsV DD e15V2035nst THL Transition Time V DD e5V3060ns High-to-Low Level V DD e10V2040nsV DD e15V1530nst TLH Transition Time V DD e5V60120ns Low-to-High Level V DD e10V3055nsV DD e15V2545nsC IN Input Capacitance Any Input1522 5pFAC Parameters are guaranteed by DC correlated testingAC Electrical Characteristics CD4050BM CD4050BCT A e25 C C L e50pF R L e200k t r e t f e20ns unless otherwise specifiedSymbol Parameter Conditions Min Typ Max Unitst PHL Propagation Delay Time V DD e5V60110ns High-to-Low Level V DD e10V2555nsV DD e15V2030nst PLH Propagation Delay Time V DD e5V60120ns Low-to-High Level V DD e10V3055nsV DD e15V2545nst THL Transition Time V DD e5V3060ns High-to-Low Level V DD e10V2040nsV DD e15V1530nst TLH Transition Time V DD e5V60120ns Low-to-High Level V DD e10V3055nsV DD e15V2545nsC IN Input Capacitance Any Input57 5pFAC Parameters are guaranteed by DC correlated testing4Schematic DiagramsCD4049UBM CD4049UBC1of6Identical UnitsTL F 5971–3CD4050BM CD4050BC1of6Identical UnitsTL F 5971–4 Switching Time WaveformsTL F 5971–5Typical ApplicationsCMOS to TTL or CMOS at a Lower V DDTL F 5971–6Note V DD1t V DD2Note In the case of the CD4049UBM CD4049UBCthe output drive capability increases with increasinginput voltage E g If V DD1e10V the CD4049UBMCD4049UBC could drive4TTL loads5C D 4049U B M C D 4049U B C H e x I n v e r t i n g B u f f e r C D 4050B M C D 4050B C H e x N o n -I n v e r t i n g B u f f e rPhysical Dimensions inches (millimeters)Ceramic Dual-In-Line Package (J)Order Number CD4049UBMJ CD4049UBCJ CD4049BMJ or CD4049BCJNS Package Number J16AMolded Dual-In-Line Package (N)Order Number CD4050BMN CD4050BCN CD4050BMN or CD4050BCNNS Package Number N16ELIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF NATIONAL SEMICONDUCTOR CORPORATION As used herein 1 Life support devices or systems are devices or 2 A critical component is any component of a life systems which (a)are intended for surgical implant support device or system whose failure to perform can into the body or (b)support or sustain life and whose be reasonably expected to cause the failure of the life failure to perform when properly used in accordance support device or system or to affect its safety or with instructions for use provided in the labeling can effectivenessbe reasonably expected to result in a significant injury to the userNational Semiconductor National Semiconductor National Semiconductor National Semiconductor CorporationEuropeHong Kong LtdJapan Ltd1111West Bardin RoadFax (a 49)0-180-530858613th Floor Straight Block Tel 81-043-299-2309。

盘片基础知识之CD规格书

盘片基础知识之CD规格书（一）CD自1980年诞生以来，衍生各类型的标准规格书，因这些标准规格书封面皆以颜色作为分类，包括了红、黄、绿、橘、白及蓝皮书，此为荷兰飞利浦公司(PHILIPS)与日本新力(SONY)联合相关的公司所共同制定的世界标准。

飞利浦的光盘标准是应用在光盘产业上，因此相关的光盘制造厂包括CD片制造厂及光驱设备厂等，必须与飞利浦或是SONY公司签订授权合约并支付权利金，才可生产CD相关产品。

红皮书红皮书定义CD-DA(Digital Audio)规格，CD-DA简称为数字音乐光盘。

这是PHILIPS与SONY 公司在1980年制定的，尔后所有其它规格的光盘片均以此为基础而发展。

最初数字音乐光盘片播放时间可达60分钟，后来经过改良演进为74分钟为最后标准。

Audio CD是将音乐以44.1KHz取样频率单位，而每个取样单位转换数字讯号都有一个16 bit 范围的值，将模拟转换为数字数据，此二进制代码还要经过8到14编码(EFM Modulator)才完成数字化动作，再将0与1讯号转换成为CD上的pit(讯号坑)与land(讯号面)，最后放在螺旋状的轨道(track)上。

CD-Audio光盘片的主要功能只是提供播放音乐，而且是循序播放，每首歌都是从头开始播到尾，因此红皮书的规格在当时是很单纯完整的，其最主要的目的就是提供一个标准的播放规格，所有的CD光盘片可以在所有的CD音响上来播放音乐。

黄皮书黄皮书定义CD-ROM(Compact Disc-Read Only Memory)的规格，CD-ROM简称为只读式光盘。

Philips与Sony在1983年发表了黄皮书。

黄皮书是以红皮书为基础，存在CD片上的数据可分为两种，一种为正确性要求较低的音乐或图形数据，可容许一些Byte的错误，另一种是正确性要求非常严格的计算机数字或文字数据是不允许有错误的位数据。

黄皮书定义了2种不同型态的数据结构：Mode-1与Mode-2，在CD-ROM扇区(Sector)的表头区(Header field)内，含有指示本区内数据为Mode-1或Mode-2的Byte。

CD32规格书

序号名称
规格
厂家
铁芯 3521 1
CORE
百利宝
铜线 2UEWH(180℃) 杭州益利素勒
2
WIRE
精线
四电气特性：ELECTRICAL CHAR ACTERISTIC：
项目 ITEM
电感量(L) 直流电阻（DCR）
规格 SPEC
2.2μH±20% 0.059(Ω) Max
测试仪器 TEST EQUIPMENT
lobel, Scroll and set out with the size shown in Fig.
A
B
C
W
Ф330 Ф100 Ф13.5
12
卷轮尺寸一般公差±0.5mm GENER AL SIZE TOLERANCE SCROLL±0.5mm
2.每啤盒装 8000PCS(4 卷),并附有 2 包干燥剂.(啤盒尺寸:330x330x67mm) 2.BEER PER BOX 8000PCS(2 VOLUMES)(BEER BOX SIZE:330X330X67mm) 3.每箱装 32000PCS(4 盒),封口,贴上标签,纸箱形状尺寸. 3.EACH LOADED 32000PCS (4 BOXES)BEL.CARTON SHAPES AND SIZES,IN FIGURE
STRENGTH : THE NEEDLE DOES NOT FALL OFF.THE PRODUCT-SIDE POLE NO SIGNIFICANT DAMAGE.
电极强度
固定电感器，电极一端用 0.45KG 力拉，产品端极片无明显损伤.
5.INSULATING
THE INSULATION RESISTANCE SHOULD BE OVER 1000MΩ WHEN D.C.100V IS APPLIED

步科Kinco CD系列伺服使用手册

CD4528参考手册

TL F 5998CD4528BM CD4528BC Dual Monostable MultivibratorFebruary 1988CD4528BM CD4528BC Dual Monostable MultivibratorGeneral DescriptionThe CD4528B is a dual monostable multivibrator Each de-vice is retriggerable and resettable Triggering can occur from either the rising or falling edge of an input pulse result-ing in an output pulse over a wide range of widths Pulse duration and accuracy are determined by external timing components Rx and CxFeaturesY Wide supply voltage range 3 0V to 18V Y Separate reset availableY Quiescent current e 5 0nA package (typ )at 5 0V DC Y Diode protection on all inputsY Triggerable from leading or trailing edge pulseYCapable of driving two low-power TTL loads or one low-power Schottky TTL load over the rated tempera-ture rangeConnection DiagramsTL F 5998–1Dual-In-Line PackageTL F 5998–2Top ViewOrder Number CD4528BTruth TableInputsOutputsH e High Level Clear A B Q Q Le Low LevelL X X L H u e Transition from Low to High X H X L H ve Transition from High to LowX X LL H e One High Level Pulse H Lve One Low Level PulseHuHXe IrrelevantC 1995National Semiconductor Corporation RRD-B30M105 Printed in U S AAbsolute Maximum Ratings(Notes1 2) If Military Aerospace specified devices are required please contact the National Semiconductor Sales Office Distributors for availability and specifications DC Supply Voltage(V DD)b0 5V DC to a18V DC Input Voltage All Inputs(V IN)b0 5V DC to V DD a0 5V DC Storage TemperatureRange(T S)b65 C to a150 C Power Dissipation(P D)Dual-In-Line700mW Small Outline500mW Lead Temperature(T L)(Soldering 10seconds)260 C Recommended Operating Conditions(Note2)DC Supply Voltage(V DD)3V to15V Input Voltage(V IN)0V to V DD V DC Operating Temperature Range(T A)CD4528BM b55 C to a125 C CD4528BC b40 C to a85 CDC Electrical Characteristics CD4528BM(Note2)Symbol Parameter Conditionsb55 C a25 C a125 CUnits Min Max Min Typ Max Min MaxI DD Quiescent Device Current V DD e5V50 0055150m AV DD e10V100 01010300m AV DD e15V200 01520600m AV OL Low Level Output Voltage V DD e5V0 050 050 05VV DD e10V0 050 050 05VV DD e15V0 050 050 05VV OH High Level Output Voltage V DD e5V4 954 955 04 95VV DD e10V9 959 9510 09 95VV DD e15V14 9514 9515 014 95VV IL Low Level Input Voltage V DD e5V V O e0 5V or4 5V1 52 251 51 5VV DD e10V V O e1V or9V3 04 503 03 0VV DD e15V V O e1 5V or13 5V4 06 754 04 0VV IH High Level Input Voltage V DD e5V V O e0 5V or4 5V3 53 52 753 5VV DD e10V V O e1V or9V7 07 05 507 0VV DD e15V V O e1 5V or13 5V11 011 08 2511 0VI OL Low Level Output Current V DD e5V V O e0 4V0 640 510 880 36mA(Note3)V DD e10V V O e0 5V1 61 32 250 9mAV DD e15V V O e1 5V4 23 48 82 4mAI OH High Level Output Current V DD e5V V O e4 6V b0 25b0 2b0 36b0 14mA(Note3)V DD e10V V O e9 5V b0 62b0 5b0 9b0 35mAV DD e15V V O e13 5V b1 8b1 5b3 5b1 1mAI IN Input Current V DD e15V V IN e0V b0 1b10b5b0 1b1 0m AV DD e15V V IN e15V0 110b50 11 0m A Note1 ‘‘Absolute Maximum Ratings’’are those values beyond which the safety of the device cannot be guaranteed Except for‘‘Operating Temperature Range’’ they are not meant to imply that the devices should be operated at these limits The table of‘‘Electrical Characteristics’’provides conditions for actual device operationNote2 V SS e0V unless otherwise specifiedNote3 I OH and I OL are tested one output at a time2DC Electrical Characteristics CD4528BC(Note2)Symbol Parameter Conditionsb40 C a25 C a85 CUnits Min Max Min Typ Max Min MaxI DD Quiescent Device Current V DD e5V200 00520150m AV DD e10V400 01040300m AV DD e15V800 01580600m AV OL Low Level Output Voltage V DD e5V0 050 050 05VV DD e10V0 050 050 05VV DD e15V0 050 050 05VV OH High Level Output Voltage V DD e5V4 954 955 04 95VV DD e10V9 959 9510 09 95VV DD e15V14 9514 9515 014 95VV IL Low Level Input Voltage V DD e5V V O e0 5V or4 5V1 52 251 51 5VV DD e10V V O e1V or9V3 04 503 03 0VV DD e15V V O e1 5V or13 5V4 06 754 04 0VV IH High Level Input Voltage V DD e5V V O e0 5V or4 5V3 53 52 753 5VV DD e10V V O e1V or9V7 07 05 507 0VV DD e15V V O e1 5V or13 5V11 011 08 2511 0VI OL Low Level Output Current V DD e5V V O e0 4V0 520 440 880 36mA(Note3)V DD e10V V O e0 5V1 31 12 250 9mAV DD e15V V O e1 5V3 63 08 82 4mAI OH High Level Output Current V DD e5V V O e4 6V b0 2b0 16b0 36b0 12mA(Note3)V DD e10V V O e9 5V b0 5b0 4b0 9b0 3mAV DD e15V V O e13 5V b1 4b1 2b3 5b1 0mAI IN Input Current V DD e15V V IN e0V b0 3b10b5b0 3b1 0m AV DD e15V V IN e15V0 310b50 31 0m A Note1 ‘‘Absolute Maximum Ratings’’are those values beyond which the safety of the device cannot be guaranteed Except for‘‘Operating Temperature Range’’ they are not meant to imply that the devices should be operated at these limits The table of‘‘Electrical Characteristics’’provides conditions for actual device operationNote2 V SS e0V unless otherwise specifiedNote3 I OH and I OL are tested one output at a time3AC Electrical Characteristics CD4528BMT A e25 C C L e50pF R L e200k X Input t r e t f e20ns unless otherwise specifiedParameter Conditions Min Typ Max UnitsOutput Rise Time t r e(3 0ns pF)C L a30ns V DD e5 0V180400nst r e(1 5ns pF)C L a15ns V DD e10 0V90200nst r e(1 1ns pF)C L a10ns V DD e15 0V65160nsOutput Fall Time t f e(1 5ns pF)C L a25ns V DD e5 0V100200nst f e(0 75ns pF)C L a12 5ns V DD e10V50100nst f e(0 55ns pF)C L a9 5ns V DD e15 0V3580nsTurn-Off Turn-On Delay t PLH t PHL e(1 7ns pF)C L a240ns V DD e5 0V230500ns A or B to Q or Q t PLH t PHL e(0 66ns pF)C L a8ns V DD e10 0V100250ns Cx e15pF Rx e5 0k X t PLH t PHL e(0 5ns pF)C L a65ns V DD e15 0V65150nsTurn-Off Turn-On Delay t PLH t PHL e(1 7ns pF)C L a620ns V DD e5 0V230500ns A or B to Q or Q t PLH t PHL e(0 66ns pF)C L a257ns V DD e10 0V100250ns Cx e100pF Rx e10k X t PLH t PHL e(0 5ns pF)C L a185ns V DD e15 0V65150nsMinimum Input Pulse Width V DD e5 0V60150ns A or B V DD e10 0V2050ns Cx e15pF Rx e5 0k X V DD e15V2050nsCx e1000pF Rx e10k X V DD e5 0V60150nsV DD e10 0V2050nsV DD e15 0V2050nsOutput Pulse Width Q or Q V DD e5 0V550ns For Cx k0 01m F(See GraphV DD e10 0V350ns for Appropriate V DD Level)Cx e15pF Rx e5 0k X V DD e15 0V300ns For Cx l0 01m F Use V DD e5 0V152945m s PW out e0 2Rx Cx In V DD b V SS V DD e10 0V103790m s Cx e10 000pF Rx e10k X V DD e15 0V154295m s Pulse Width Match between Circuits V DD e5 0V625% in the Same Package V DD e10 0V835% Cx e10 000pF Rx e10k X V DD e15 0V835% Reset Propagation Delay V DD e5 0V325600ns t PLH t PHL V DD e10 0V90225ns Cx e15pF Rx e5 0k X V DD e15 0V60170ns Cx e1000pF Rx e10k X V DD e5 0V7 0m sV DD e10 0V6 7m sV DD e15 0V6 7m s Minimum Retrigger Time V DD e5 0V0ns Cx e15pF Rx e5 0k X V DD e10 0V0nsV DD e15 0V0ns Cx e1000pF Rx e10k X V DD e5 0V0nsV DD e10 0V0nsV DD e15 0V0nsAC parameters are guaranteed by DC correlated testing4Logic Diagrams ( of Device Shown)Note Externally ground pins 1and 15to pin 8 TL F 5998–3TL F 5998–4TL F 5998–10Duty Cycle e 50%FIGURE 1 Power Dissipation Test Circuit and WaveformsTL F 5998–5Input ConnectionsCharacteristics C D A B t PLH t PHL t r t f V DD PG1V DD PW out PW in t PLH t PHL t r t f V DD V SS PG2PW out PW int PLH(R) t PHL(R) PW inPG3PG1PG2Includes capacitance of probes wir-ing and fixture parasiticNote AC test waveforms for PG1 PG2 and PG3on next pageTL F 5998–6FIGURE 2 AC Test Circuit5Logic Diagrams( of Device Shown)(Continued)TL F 5998–7FIGURE3 AC Test WaveformsTL F 5998–8FIGURE4 Normalized Pulse Width vs TemperatureTL F 5998–9FIGURE5 Pulse Width vs Cx6Physical Dimensions inches(millimeters)Ceramic Dual-In-Line Package(J)Order Number CD4528BMJ or CD4528BCJNS Package Number J16A7C D 4528B M C D 4528B C D u a l M o n o s t a b l e M u l t i v i b r a t o rPhysical Dimensions inches (millimeters)(Continued)Molded Dual-In-Line Package (N)Order Number CD4528BMN or CD4528BCNNS Package Number N16ELIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF NATIONAL SEMICONDUCTOR CORPORATION As used herein 1 Life support devices or systems are devices or 2 A critical component is any component of a life systems which (a)are intended for surgical implant support device or system whose failure to perform can into the body or (b)support or sustain life and whose be reasonably expected to cause the failure of the life failure to perform when properly used in accordance support device or system or to affect its safety or with instructions for use provided in the labeling can effectivenessbe reasonably expected to result in a significant injury to the userNational Semiconductor National Semiconductor National Semiconductor National Semiconductor CorporationEuropeHong Kong LtdJapan Ltd1111West Bardin RoadFax (a 49)0-180-530858613th Floor Straight Block Tel 81-043-299-2309。

cd300中文手册【word版】48p

符号
下列符号用于CELL-DYN标签，包括仪器，试剂，校准品，质控品以及手册。请注意警告与注意符号在本手册第8部分：危险中。
仪器／电源概述
交流电输入
电源
临时
电压1
通信端口1
电压2
通信端口2
电压3
故障
准备
频率
修改
保险丝
序号
保险丝
服务磁盘
高速持续连接
设置磁盘
安装磁盘
分液阀
键盘
触摸式
线路频率选择
槽
线路电压
主要目录
本手册开始部分的主要目录列出了每一单元及其子单元。
单元的划分
每单元开始部分有一个大的分隔符作为标记。
手册正文中的习惯用法
下面列出在本手册正文中的习惯用法:
信息
说明
样例
菜单名称
无衬线字体
MAIN MENU DATA LOG（主菜单数据记录）菜单
软键（屏幕标签键）
无衬线字体，所有大写字体，括弧中所附内容
第7单元操作中的预防与限制
本单元包括对正常操作或输出质量造成影响的已知因素的摘要。
第8单元危险
本单元对操作仪器或排除污染以及废物处理过程中可能存在的危险进行说明。
第9单元服务与维护
本单元对每日、每周以及每月进行的常规维护与清洁进行说明，这些都是“必须”执行的基本要求。本单元同时对拆除，清理以及更换各种部件进行了详细说明，以确保正常的系统性能。
以上所述，为雅培实验室就该仪器的郑重声明。雅培明确表示放弃除此以外的所有授权行为，无论已表达事宜或未表达事宜，包括未作出明确表示的销售授权以及出于特殊目的的行为。
The CELL-DYN 3200系列血液学系统，是由雅培诊断，雅培实验室（位于5440 Patrick Henry Drive, Santa Clara, CA95054, U.S.A）生产的。本手册中的相关信息，请直接向上述地址进行垂询。

正泰电气 CDSD6HM系列变频器使用说明书

CDSD6HM变频器CDSD6HM系列变频器使用说明书前言感谢您选用本公司生产的CDSD6HM系列变频器。

异步机软件为UV100，同步机软件为UV600，购买时需要声明清楚，以防软件版本错误。

在使用CDSD6HM系列变频器之前,请您仔细阅读本手册，以保证正确使用。

不正确的使用可能会造成变频器运行不正常、发生故障或降低使用寿命，乃至发生人身伤害事故。

因此使用前应认真阅读本说明书，严格按说明使用。

本手册为标准附件，务必请您阅读后妥善保管，以备今后对变频器进行检修和维护时使用。

本手册除叙述操作说明外，还提供接线图供您参考。

如果您对本产品的使用存在疑难或有特殊要求，可以联系本公司各地办事处或经销商，当然您也可以直接致电我公司总部客户服务中心，我们将竭诚为您服务。

本手册内容如有变动，恕不另行通知。

开箱时，请认真确认以下内容：1、产品在运输过程中是否有破损，零部件是否有损坏、脱落，主体是否有碰伤现象。

2、本机铭牌所标注的额定值是否与您的订货要求一致，箱内是否包含您订购的机器、产品合格证、用户操作手册及保修单。

尊贵的用户，为了您所使用产品能够长期安全运行，应对产品认真仔细检查，定期进行停电清扫维护。

如果在检查过程中遇到困难，请来电来函告知我公司，我们的服务电话是：400-826-8008，我们将根据您所遇到的困难派专业技术人员前往现场，协助贵单位进行处理，确保产品的安全可靠运行。

I目录前言 (I)第一章安全运行及注意事项 (1)1.1 验收 (1)1.2 安全运行的注意事项 (2)1.3 变频器安全有关的标志 (3)第二章产品信息 (4)2.1 铭牌数据及命名规则 (4)2.2 技术规范 (5)2.3 产品列表 (7)2.4 外型及安装尺寸 (8)2.5 日常使用的保养与维护 (10)第三章变频器的安装及接线 (12)3.1安装地点及空间的选择 (12)3.2 外围设备和任选件的接线 (14)3.3 主回路的接线 (15)3.3.1 主回路接线图及其注意事项 (15)3.3.2 主回路输入侧的接线注意事项 (16)3.3.3 主回路输出侧的接线注意事项 (17)3.3.4 主回路配线及所需配套的外围设备参考下表 (18)3.4 控制电路的接线 (18)3.4.1 控制电路端子排列及接线图 (19)3.4.2 控制电路端子的功能 (20)3.4.3 控制回路接线说明 (21)3.5 接地 (22)第四章键盘操作与运行 (23)4.1 操作方式的选择 (23)4.2 试运行及检查 (23)4.2.1 试运行前的注意事项及检查 (23)4.2.2 试运行 (23)4.2.3 运行时的检查 (24)4.3 键盘的操作方法 (24)4.3.1 键盘按键及功能 (24)4.3.2 数据监视方式 (25)4.3.3 多功能键JOG的使用 (25)4.3.4 查看/给定参数的方法（用数字键盘） (26)4.4 功能码显示模式 (27)第五章功能参数表 (28)5.1 基本功能P0组 (29)5.2 电机控制参数P1组 (33)II目录III 5.3 输入输出端子功能P2组 (36)5.4 可编程功能P3组 (43)5.5 PID控制与通讯功能P4组 (50)5.6 键盘显示P5组 (52)5.7 故障显示与保护P6组 (55)5.8 用户功能定制P7组 (58)5.9 厂家功能P8组 (59)5.10 监视参数P9组 (60)第6章常用功能 (62)6.1 启停控制 (62)6.2 启动、停机方式 (64)6.3 加减速方式 (67)6.4 点动功能 (67)6.5 运行频率控制 (68)6.6 多段速功能 (69)6.7 简易PLC (69)6.8 PID功能 (70)6.9 模拟量输入、输出使用 (70)6.10 数字量输入、输出使用 (72)6.11参数辨识 (73)第七章 RS-485通信 (75)第八章故障排除 (79)附录1 CDSD6HM扩展卡 (83)第一章安全运行及注意事项第 1 页第一章安全运行及注意事项CDSD6HM 系列变频器安装、运行、维护和检查之前要认真阅读本说明书。

CD成本分析-手册Manual rev.8

失
消除发现的损失。
和/或再设计过程
损失 A 10 ～ 20%
损失 B 20 ～ 40%
损失 40 ～ 60%
内部使用 10
CD_ 手册_版本 8 2010 年 7 月 28
CD 核心领导者作用 CD 核心领导者： - 支持生产人员采集数据的活动； - 保证正确的经济损失估算； - 确认一些适当的项目中所包含的主要损失 - 监控项目成果
CD_ 手册_版本 8 2010 年 7 月 28
浪费和损失的含义浪费是指未形成产量增加的那部分过量投入。通常我们认为是能源的浪费。例如：21ºC加热并不能比19ºC加热增加车辆的产量。
依维柯制造世界制造
损失是指为达到要求的产量所增加的必要投入。通常的损失是返工、故障之类。例如：如果出现故障使得我们不能生产5辆汽车，我们将需要增加人手来生产以达到预计的产量。
√
Costi ribaltati da altri Plants (attrezzature)
√
Costi di Other gOperating
√
Scarti materiali diretti a valore lordo
√
将来，必须扩大范围，不只是成本。最高等级会覆盖100%的总转换成本。
世界级制造成本优化
数据(如有或者
失
对浪费和损失
的测量定量性
步骤 4
步骤 6
• 创建改进计划并
执行
• 跟进并进行下一
步骤 5
• 评估改进成本和阶段
可能的成本降低
数目 • 确认消除浪费和
分析浪费和损失
损失的方法
步骤 3
步骤 1
步骤 2

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● PART NUMBERING SUSTEM(品名系统):● SHAPES AND DIMENSIONS(外形及尺寸):VE3511-R47N 0.47 0.72 0.32 100KHzVE3511-R56N 0.56 0.85 0.20 100KHz VE3511-R68N 0.68 0.93 0.19 100KHzVE3511-R82N 0.82 1.02 0.185 100KHz VE3511-100K 10 1.15 0.18 100KHzVE3511-120K 12 1.28 0.175 100KHz VE3511-150K 15 1.32 0.172 100KHzVE3511-180K 18 1.45 0.17 100KHz VE3511-220K 22 1.55 0.162 100KHzVE3511-250K 25 1.62 0.160 100KHz VE3511-330K 33 1.70 0.150 100KHzVE3511-470K 47 1.75 0.150 100KHz VE3511-560K 56 1.82 0.145 100KHzVE3511-680K 68 1.88 0.142 100KHz VE3511-820K 82 1.92 0.140 100KHzVE3511-101K 100 2.00 0.138 100KHz VE3511-221K 220 2.10 0.136 100KHzVE3511-331K 330 2.18 0.132 100KHz VE3511-391K 390 2.45 0.130 100KHzVE3516 TYPEPART NUMBER.品名INDUCTANCE电感值(µH)DCR(max)直流电阻(Ω)IDC(max)定格电流(A)TEST FREQ.测试频率VE3516-2R2N2.2 0.10 1.8 100KHz VE3516-3R3N3.3 0.15 1.5 100KHzVE3516-4R7N4.7 0.12 1.2 100KHz VE3516-5R6N5.6 0.24 1.15 100KHzVE3516-6R8N6.8 0.26 1.1 100KHz VE3516-100K 10 0.38 0.8 100KHzVE3516-220K 22 0.65 0.6 100KHzVE3516-330K 33 0.85 0.45 100KHzVE3516-470K 47 1.20 0.35 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.CVE3521-2R7M 2.7 0.100 1.90 100KHzVE3521-3R3M 3.3 0.120 1.80 100KHz VE3521-3R9M 3.9 0.130 1.70 100KHzVE3521-4R7M 4.7 0.150 1.40 100KHz VE3521-5R6M 5.6 0.180 1.30 100KHzVE3521-6R8M 6.8 0.190 1.20 100KHz VE3521-8R2M 8.2 0.215 1.10 100KHzVE3521-100K 10 0.23 0.76 100KHz VE3521-120K 12 0.27 0.685 100KHzVE3521-150K 15 0.31 0.635 100KHz VE3521-180K 18 0.41 0.525 100KHzVE3521-220K 22 0.47 0.500 100KHz VE3521-270K 27 0.66 0.405 100KHzVE3521-330K 33 0.76 0.380 100KHz VE3521-390K 39 0.85 0.355 100KHzVE3521-470K 47 0.97 0.330 100KHz VE3521-560K 56 1.25 0.290 100KHzVE3521-680K 68 1.45 0.275 100KHz VE3521-820K 82 1.85 0.235 100KHzVE3521-101K 100 2.20 0.220 100KHz VE3521-121K 120 2.90 0.185 100KHzVE3521-151K 150 3.40 0.170 100KHz VE3521-181K 180 3.90 0.165 100KHzVE3521-221K 220 4.50 0.155 100KHz VE3521-271K 270 6.00 0.135 100KHzVE3521-331K 330 7.00 0.125 100KHz VE3521-391K 390 7.80 0.115 100KHzThis indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE4532-1R4M 1.4 0.038 3.30 100KHz VE4532-1R8M 1.8 0.042 2.91 100KHz VE4532-2R2M 2.2 0.047 2.60 100KHz VE4532-2R7M 2.7 0.052 2.43 100KHz VE4532-3R3M 3.3 0.058 2.15 100KHz VE4532-3R9M 3.9 0.076 1.98 100KHz VE4532-4R7M 4.7 0.094 1.70 100KHz VE4532-5R6M 5.6 0.101 1.60 100KHz VE4532-6R8M 6.8 0.117 1.41 100KHz VE4532-8R2M 8.2 0.132 1.26 100KHz VE4532-100K 10 0.182 1.15 100KHz VE4532-120K 12 0.210 1.05 100KHz VE4532-150K 15 0.235 0.92 100KHz VE4532-180K 18 0.338 0.84 100KHz VE4532-220K 22 0.378 0.76 100KHz VE4532-270K 27 0.522 0.71 100KHz VE4532-330K 33 0.540 0.64 100KHz VE4532-390K 39 0.587 0.59 100KHz VE4532-470K 47 0.844 0.54 100KHz VE4532-560K 56 0.937 0.50 100KHz VE4532-680K 68 1.117 0.48 100KHz VE4532-820K 82 1.20 0.46 100KHz VE4532-121K 120 1.04 0.30 100KHz VE4532-152K 1500 15.0 0.05 100KHz VE4532-172K 1700 16.0 0.04 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE5020-2R2M 2.2 0.039 2.16 100KHz VE5020-2R7M 2.7 0.044 2.08 100KHz VE5020-3R3M 3.3 0.049 1.90 100KHz VE5020-3R9M 3.9 0.056 1.84 100KHz VE5020-4R7M 4.7 0.062 1.60 100KHz VE5020-5R6M 5.6 0.078 1.44 100KHz VE5020-6R8M 6.8 0.091 1.36 100KHz VE5020-8R2M 8.2 0.103 1.12 100KHz VE5020-100K 10 0.133 1.04 100KHz VE5020-120K 12 0.148 0.96 100KHz VE5020-150K 15 0.166 0.88 100KHz VE5020-180K 18 0.213 0.77 100KHz VE5020-220K 22 0.248 0.73 100KHz VE5020-270K 27 0.328 0.64 100KHz VE5020-330K 33 0.378 0.58 100KHz VE5020-390K 39 0.438 0.54 100KHz VE5020-470K 47 0.546 0.49 100KHz VE5020-560K 56 0.621 0.45 100KHz VE5020-680K 68 0.715 0.41 100KHz VE5020-820K 82 1.00 0.35 100KHz VE5020-101K 100 1.07 0.35 100KHz VE5020-121K 120 1.25 0.32 100KHz VE5020-151K 150 1.66 0.26 100KHz VE5020-181K 180 1.90 0.23 100KHz VE5020-221K 220 2.44 0.21 100KHz VE5020-271K 270 2.73 0.19 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE5835-1R0M 1.0 0.03 4.50 100KHz VE5835-1R2M 1.2 0.03 4.20 100KHz VE5835-1R5M 1.5 0.03 4.10 100KHz VE5835-1R8M 1.8 0.03 3.70 100KHz VE5835-2R2M 2.2 0.03 3.50 100KHz VE5835-2R7M 2.7 0.04 3.20 100KHz VE5835-3R3M 3.3 0.05 2.80 100KHz VE5835-3R9M 3.9 0.06 2.60 100KHz VE5835-4R7M 4.7 0.07 2.50 100KHz VE5835-5R6M 5.6 0.08 2.40 100KHz VE5835-6R8M 6.8 0.09 2.20 100KHz VE5835-8R2M 8.2 0.10 2.00 100KHz VE5835-100K 10 0.12 1.80 100KHz VE5835-120K 12 0.13 1.75 100KHz VE5835-150K 15 0.15 1.70 100KHz VE5835-180K 18 0.18 1.60 100KHz VE5835-220K 22 0.22 1.50 100KHz VE5835-270K 27 0.24 1.40 100KHz VE5835-330K 33 0.30 1.10 100KHz VE5835-390K 39 0.40 1.00 100KHz VE5835-470K 47 0.43 0.90 100KHz VE5835-560K 56 0.50 0.85 100KHz VE5835-680K 68 0.60 0.80 100KHz VE5835-820K 82 0.80 0.65 100KHz VE5835-101K 100 0.90 0.60 100KHz VE5835-121K 120 1.00 0.58 100KHz VE5835-151K 150 1.30 0.43 100KHz VE5835-181K 180 1.50 0.41 100KHz VE5835-221K 220 2.00 0.38 100KHz VE5835-271K 270 2.50 0.35 100KHz VE5835-331K 330 3.20 0.28 100KHz VE5835-391K 390 3.50 0.26 100KHz VE5835-471K 470 4.20 0.20 100KHz VE5835-561K 560 4.50 0.19 100KHz VE5835-681K 680 6.00 0.18 100KHz VE5835-821K 820 6.50 0.15 100KHz VE5835-102K 1000 8.00 0.13 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.VE5845-1R0M 1.0 0.015 5.90 100KHz VE5845-1R2M 1.2 0.020 5.20 100KHzVE5845-1R5M 1.5 0.025 4.70 100KHzVE5845-1R8M 1.8 0.030 4.00 100KHzVE5845-2R2M 2.2 0.035 3.80 100KHzVE5845-2R7M 2.7 0.040 3.40 100KHzVE5845-3R3M 3.3 0.045 3.30 100KHzVE5845-3R9M 3.9 0.050 2.90 100KHzVE5845-4R7M 4.7 0.060 2.80 100KHzVE5845-5R6M 5.6 0.070 2.40 100KHzVE5845-6R8M 6.8 0.080 2.10 100KHzVE5845-8R2M 8.2 0.090 2.00 100KHzVE5845-100M 10 0.10 1.44 100KHzVE5845-120M 12 0.12 1.40 100KHzVE5845-150M 15 0.14 1.30 100KHzVE5845-180M 18 0.15 1.23 100KHzVE5845-220M 22 0.18 1.11 100KHzVE5845-270M 27 0.20 0.97 100KHzVE5845-330L 33 0.23 0.88 100KHzVE5845-390L 39 0.32 0.80 100KHzVE5845-470L 47 0.37 0.72 100KHzVE5845-560K 56 0.42 0.68 100KHzVE5845-680K 68 0.46 0.61 100KHzVE5845-820K 82 0.60 0.58 100KHzVE5845-101K 100 0.70 0.52 100KHzVE5845-121K 120 0.93 0.48 100KHzVE5845-151K 150 1.10 0.40 100KHzVE5845-181K 180 1.38 0.38 100KHzVE5845-221K 220 1.57 0.35 100KHzVE5845-271K 270 1.65 0.32 100KHzVE5845-331K 330 1.70 0.28 100KHzVE5845-391K 390 1.80 0.26 100KHzVE5845-471K 470 2.30 0.23 100KHzVE5845-561K 560 2.50 0.20 100KHzVE5845-681K 680 3.00 0.19 100KHzVE5845-821K 820 4.50 0.16 100KHzVE5845-102K 1000 4.80 0.14 100KHzThis indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.VE7835-100K 10 0.080 1.44 100KHz VE7835-120K 12 0.090 1.39 100KHzVE7835-150K 15 0.100 1.24 100KHzVE7835-180K 18 0.110 1.12 100KHzVE7835-220K 22 0.130 1.07 100KHzVE7835-270K 27 0.150 0.94 100KHzVE7835-330K 33 0.170 0.85 100KHz VE7835-390K 39 0.220 0.74 100KHzVE7835-470K 47 0.250 0.68 100KHzVE7835-560K 56 0.280 0.64 100KHzVE7835-680K 68 0.330 0.59 100KHzVE7835-820K 82 0.410 0.54 100KHzVE7835-101K 100 0.480 0.51 100KHz VE7835-121K 120 0.540 0.49 100KHzVE7835-151K 150 0.750 0.40 100KHzVE7835-181K 180 1.020 0.36 100KHzVE7835-221K 220 1.200 0.31 100KHzVE7835-271K 270 1.310 0.29 100KHzVE7835-331K 330 1.500 0.28 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE7850-120M 12 0.080 2.00 100KHz VE7850-150M 15 0.090 1.80 100KHz VE7850-180M 18 0.100 1.60 100KHz VE7850-220M 22 0.110 1.50 100KHz VE7850-270M 27 0.120 1.30 100KHz VE7850-330M 33 0.130 1.20 100KHz VE7850-390M 39 0.160 1.10 100KHz VE7850-470M 47 0.180 1.10 100KHz VE7850-560K 56 0.240 0.94 100KHz VE7850-680K 68 0.280 0.85 100KHz VE7850-820K 82 0.370 0.78 100KHz VE7850-101K 100 0.430 0.72 100KHz VE7850-121K 120 0.470 0.66 100KHz VE7850-151K 150 0.640 0.58 100KHz VE7850-181K 180 0.710 0.51 100KHz VE7850-221K 220 0.960 0.49 100KHz VE7850-271K 270 1.110 0.42 100KHz VE7850-331K 330 1.260 0.40 100KHz VE7850-391K 390 1.770 0.36 100KHz VE7850-471K 470 1.960 0.34 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE1040-120K 12 0.061 2.13 100KHz VE1040-150K 15 0.070 1.87 100KHz VE1040-180K 18 0.081 1.73 100KHz VE1040-220K 22 0.088 1.60 100KHz VE1040-270K 27 0.100 1.44 100KHz VE1040-330K 33 0.120 1.26 100KHz VE1040-390K 39 0.151 1.20 100KHz VE1040-470K 47 0.170 1.10 100KHz VE1040-560K 56 0.199 1.01 100KHz VE1040-680K 68 0.223 0.91 100KHz VE1040-820K 82 0.252 0.85 100KHz VE1040-101K 100 0.344 0.74 100KHz VE1040-121K 120 0.396 0.69 100KHz VE1040-151K 150 0.544 0.61 100KHz VE1040-181K 180 0.621 0.56 100KHz VE1040-221K 220 0.721 0.53 100KHz VE1040-271K 270 0.949 0.45 100KHz VE1040-331K 330 1.100 0.42 100KHz VE1040-391K 390 1.245 0.38 100KHz VE1040-471K 470 1.526 0.35 100KHz VE1040-561K 560 1.904 0.32 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内VE1054 TYPEPART NUMBER.品名INDUCTANCE电感值(µH)DCR(max)直流电阻(Ω)IDC(max)定格电流(A)TEST FREQ.测试频率VE1054 -100M 10 0.060 2.60 100KHz VE1054-120M 12 0.070 2.45 100KHz VE1054-150M 15 0.080 2.27 100KHz VE1054-180M 18 0.090 2.15 100KHz VE1054-220M 22 0.100 1.95 100KHz VE1054-270M 27 0.110 1.76 100KHz VE1054-330L 33 0.120 1.50 100KHz VE1054-390L 39 0.140 1.37 100KHz VE1054-470L 47 0.170 1.28 100KHz VE1054-560K 56 0.190 1.17 100KHz VE1054-680K 68 0.220 1.11 100KHz VE1054-820K 82 0.250 1.00 100KHz VE1054-101K 100 0.350 0.97 100KHz VE1054-121K 120 0.400 0.89 100KHz VE1054-151K 150 0.470 0.78 100KHz VE1054-181K 180 0.630 0.72 100KHz VE1054-221K 220 0.730 0.66 100KHz VE1054-271K 270 0.970 0.57 100KHz VE1054-331K 330 1.150 0.52 100KHz VE1054-391K 390 1.300 0.48 100KHz VE1054-471K 470 1.480 0.42 100KHz VE1054-561K 560 1.900 0.33 100KHz VE1054-681K 680 2.250 0.28 100KHz VE1054-821K 820 2.550 0.24 100KHz This indicates the value of current when the inductance is 10% lower than its initial value at D.C Superposition or D.C.current when at ⊿t=40℃ whichever is lower.直流重叠特性,规格内之IDC通过时电感值变化在初始值的-10%以内,温升40℃以内卷轴尺寸 (REEL DIMENSIONS) 如下图:卷轮尺寸（REEL DIMENSIONS）一般公差±0.5mm型号unit ФA ФB ФC W Dmm 330 100 13.5 12.5 18.5 Φ13”REEL-12Ginch 13.0 3.94 0.482 0.492 0.728mm 330 100 13.5 16.5 22.5 Φ13”REEL-16Ginch 13.0 3.94 0.482 0.650 0.889mm 330 100 13.5 24.5 30.5 Φ13”REEL-24Ginch 13.0 3.94 0.482 0.965 1.201◆ 包装(Packing)品名规格卷轮型号每卷包装数量(PCS)每啤盒包装数量(PCS)（尺寸:338x338x78mm）每箱包装数量(PCS)（尺寸:350x350x170mm）VE3511 Φ13”REEL-12G 3000 12000 24000 VE3516 Φ13”REEL-12G 3000 12000 24000 VE3521 Φ13”REEL-12G 3000 12000 24000 VE4532 Φ13”REEL-12G 2000 8000 16000 VE5020 Φ13”REEL-12G 3000 12000 24000 VE5835 Φ13”REEL-12G 1500 6000 12000 VE5845 Φ13”REEL-12G 1500 6000 12000 VE7835 Φ13”REEL-16G 1000 3000 6000VE7850 Φ13”REEL-16G 1000 3000 6000 VE1040 Φ13”REEL-24G 1000 2000 4000VE1054 Φ13”REEL-24G 1000 2000 4000 Special inquiries besides the above common used types can be met on your requirement超出以上规格的特殊要求也可满足。

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