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  anti-surge power type leaded r Datasheet PDF File

For anti-surge power type leaded r Found Datasheets File :: 150+       Page :: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | <13> | 14 | 15 |   

    PS2801-4 PS2801-4-V-F4 PS2801-1 PS2801-1-F3 PS2801-1-F4 PS2801-1-V PS2801-1-V-F3 PS2801-1-V-F4 PS2801-4-F3 PS2801-4-F4 P

California Eastern Laboratories, Inc.r>CEL[California Eastern Labs]r>
Part No. PS2801-4 PS2801-4-V-F4 PS2801-1 PS2801-1-F3 PS2801-1-F4 PS2801-1-V PS2801-1-V-F3 PS2801-1-V-F4 PS2801-4-F3 PS2801-4-F4 PS2801-4-V PS2801-4-V-F3
Description PrECISION r='#FF0000'>power rADIAL-LEAD FILM rES, 330K, 1% 高隔离电压SSOP封装光耦合r>HIGH ISOLATION VOLTAGE SSOP PHOTOCOUPLEr 高隔离电压SSOP封装光耦合r>r='#FF0000'>power resistor; Series:MK; resistance:1Mohm; resistance Tolerance: /- 1 %; r='#FF0000'>power rating:0.75W; Voltage rating:400V; Temperature Coefficient: /-50 ppm; Mounting r='#FF0000'>type:Through Hole; Operating Temp. Min:0 C; Terminal r='#FF0000'>type:radial r='#FF0000'>leadedr>
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    ERZ-VF2M471 ERZVF1M101 ERZVF1M201 ERZVF1M271 ERZVF1M391 ERZVF1M560 ERZVF1M270 ERZVF1M331 ERZVF1M820 ERZVF2M101 ERZVF2M20

Panasonic Semiconductorr>
Part No. ErZ-VF2M471 ErZVF1M101 ErZVF1M201 ErZVF1M271 ErZVF1M391 ErZVF1M560 ErZVF1M270 ErZVF1M331 ErZVF1M820 ErZVF2M101 ErZVF2M201 ErZVF1M121 ErZVF1M330 ErZVF1M431 ErZVF1M680 ErZVF2M270 ErZVF1M361
Description ZNr Surge Absorbers, SMD r='#FF0000'>typer>ZNr Transient/Surge Absorbers, SMD r='#FF0000'>typer>
File Size 101.48K  /  5 Page

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    Vishay Intertechnology, Inc.r>VISAY[Vishay Siliconix]r>Vishay Intertechnology,Inc.r>
Part No. CPCP-5 CPCC-10 CPCC-2 CPCC-3 CPCC-5 CPCF-2 CPCF-3 CPCF-5 CPCL CPCL-10 CPCL-2 CPCL-3 CPCL-5 CPCP-10 CPCP-2 CPCP-3 CPCF-310KOHM5 CPCF-31.3KOHM5 CPCF-3130KOHM5 CPCF-31.2KOHM5 CPCF-31.1KOHM5 CPCF-311KOHM5 CPCF-313KOHM5 CPCF-31.8KOHM5 CPCF-31.5KOHM5 CPCF-31.6KOHM5 CPCF-3100KOHM5 CPCF-3110KOHM5 CPCP-532.4OHM1 CPCP-53.32OHM1 CPCC-20.51OHM5 CPCC-20.3OHM5 CPCC-20.15OHM5 CPCC-20.1OHM5 CPCC-20.18OHM5 CPCP-51.8OHM5 CPCC-20.13OHM5 CPCF-3820OHM5 CPCP-21.8OHM5 CPCL-100.049OHM5 CPCC-20.24OHM5 CPCC-51.8OHM5 CPCC-20.33OHM5 CPCC-20.43OHM5 CPCP-52.7OHM5 CPCC-21.8OHM5 CPCP-516.2OHM1 CPCC-51.8OHM10 CPCL-100.022OHM5 CPCC-20.12OHM5 CPCL-100.091OHM5 CPCP-511OHM5 CPCC-51OHM10 CPCP-5191OHM1 CPCF-3801OHM5 CPCC-543OHM5 CPCP-513OHM5 CPCC-20.16OHM5 CPCC-21OHM5 CPCP-211OHM5 CPCC-20.36OHM5 CPCP-51OHM1 CPCP-212OHM5 CPCC-23OHM5 CPCC-20.39OHM5 CPCC-212OHM5 CPCC-512OHM10 CPCP-243OHM5 CPCF-3910OHM5 CPCC-213OHM5 CPCC-53.9OHM5 CPCP-53.16OHM1 CPCC-52.7OHM5 CPCP-511OHM1 CPCP-5243OHM1 CPCC-551OHM5 CPCP-23OHM5 CPCP-5143OHM1 CPCP-53.01OHM1 CPCC-20.2OHM5 CPCL-100.039OHM5 CPCP-262OHM5 CPCC-20.56OHM5 CPCP-251OHM5 CPCC-533OHM5 CPCC-222OHM5 CPCC-562OHM5 CPCC-51OHM5 CPCC-513OHM5 CPCP-5113OHM1 CPCC-20.68OHM5 CPCC-233OHM5 CPCC-23.6OH
Description rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 45.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 63.4 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 2.7 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 68.1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 28.7 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.22 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 121 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 68 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 68 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 82 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 12 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 68 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 51 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 3.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 20 ppm, 68 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 64.9 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 7.5 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 6.04 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 90 ppm, 0.12 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 6.49 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 7.5 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 3.6 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 68 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 24.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 30.1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 22 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 91 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 13 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.27 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 13.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 2.7 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 133 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 6.34 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 3.9 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 11 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 33 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 33 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 3.9 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 3.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 40.2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 10 W, 5 %, 400 ppm, 0.011 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 43 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 3.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.62 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 3.09 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 56.2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 69.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 22 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 60.4 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 82 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.47 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 61.9 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 91 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 13 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 11 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 3.24 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.91 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 82 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 22 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 3.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 62 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 50 ppm, 6.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 6.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 3.6 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 6.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 2.7 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 82 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 90 ppm, 0.22 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.75 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 3.9 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 3.6 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 33 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.68 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 113 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 13 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 62 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 22 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 33 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 51 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.56 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 62 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 10 W, 5 %, 400 ppm, 0.039 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 3.01 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 143 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 51 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 243 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 11 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 2.7 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 3.16 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 3.9 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 13 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 910 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 43 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 12 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 12 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.39 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 12 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.36 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 20 ppm, 11 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.16 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 20 ppm, 13 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 43 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 801 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 191 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 20 ppm, 11 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 10 W, 5 %, 100 ppm, 0.091 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.12 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 10 W, 5 %, 400 ppm, 0.022 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 10 %, 300 ppm, 1.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 16.2 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 300 ppm, 1.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 50 ppm, 2.7 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.43 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.33 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 300 ppm, 1.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.24 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 10 W, 5 %, 400 ppm, 0.049 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 50 ppm, 1.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 820 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.13 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 5 %, 50 ppm, 1.8 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.18 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.1 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.15 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.3 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 2 W, 5 %, 600 ppm, 0.51 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 50 ppm, 3.32 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, WIrE WOUND, 5 W, 1 %, 20 ppm, 32.4 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 110000 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 100000 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 1600 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 1500 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 1800 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 13000 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 11000 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 1100 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 1200 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 130000 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 1300 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>rESISTOr, METAL FILM, 3 W, 5 %, 50 ppm, 10000 ohm, THrOUGH HOLE MOUNT rADIAL r='#FF0000'>leadedr>Wirewound resistors, Commercial r='#FF0000'>power, Vertical Mountr>
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    1140-4R7M-RC 1140-101K-RC 1140-3R3M-RC 1140-681K-RC 1140-471K-RC 1140-820K-RC 1140-821K-RC 1140-822K-RC 1140-2R2M-RC 114

BOUrNS INCr>Bourns Electronic Solutionsr>
Part No. 1140-4r7M-rC 1140-101K-rC 1140-3r3M-rC 1140-681K-rC 1140-471K-rC 1140-820K-rC 1140-821K-rC 1140-822K-rC 1140-2r2M-rC 1140-561K-rC 1140-560K-rC 1140-562K-rC 1140-103K-rC 1140-182K-rC 1140-181K-rC 1140-102K-rC 1140-120K-rC 1140-121K-rC 1140-122K-rC 1140-123K-rC 1140-150K-rC 1140-152K-rC 1140-151K-rC 1140-153K-rC 1140-180K-rC 1140-1r8M-rC
Description rF Choke; Series:1140; Inductance:4.7uH; Inductance Tolerance: /- 20 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:27A; DC resistance Max:0.003ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>rF Choke; Series:1140; Inductance:100uH; Inductance Tolerance: /- 10 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:14.4A; DC resistance Max:0.025ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>rF Choke; Series:1140; Inductance:3.3uH; Inductance Tolerance: /- 20 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:27A; DC resistance Max:0.003ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>rF Choke; Series:1140; Inductance:680uH; Inductance Tolerance: /- 10 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:7.2A; DC resistance Max:0.139ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>rF Choke; Series:1140; Inductance:470uH; Inductance Tolerance: /- 10 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:7.2A; DC resistance Max:0.114ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>Very high current capacity Low DCrr>rF Choke; Series:1140; Inductance:82uH; Inductance Tolerance: /- 10 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:14.4A; DC resistance Max:0.023ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>rF Choke; Series:1140; Inductance:2.2uH; Inductance Tolerance: /- 20 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Core Material:Ferrite; Current rating:27A; DC resistance Max:0.002ohm; r='#FF0000'>leaded Process Compatible:Yes; Body Material:Ferriter>
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    DB Lectro Inc.r>DB Lectro, Inc.r>
Part No. NT90rHAOAC24VSF0.6 NT90rHAOAC110VSB0.6 NT90rHAOAC110VCB0.9 NT90rNADAC110VCB0.9 NT90rNAEAC110VCB0.9 NT90rHCOAC110VCB0.9 NT90rNASAC110VCB0.9 NT90rHBDAC110VCB0.9 NT90rHBEAC110VCB0.9 NT90rHCDAC110VCB0.9 NT90rHADAC110VCB0.9 NT90rHBSAC110VCB0.9 NT90rHCSAC110VCB0.9 NT90rHAEAC110VCB0.9 NT90rHBOAC110VCB0.9 NT90rHASAC110VCB0.9 NT90rHCEAC110VCB0.9 NT90rNAOAC110VCB0.9 NT90rHBSAC24VSF0.9 NT90rNAOAC12VCB0.6 NT90rNADAC24VCB0.6 NT90rHAOAC12VSF0.9 NT90rHADAC12VSF0.6 NT90rHAEAC12VSF0.6 NT90rHASAC12VSF0.6 NT90rHBDAC12VSF0.6 NT90rHBEAC12VSF0.6 NT90rHBOAC12VSF0.6 NT90rHBSAC12VSF0.6 NT90rHCDAC12VSF0.6 NT90rHCEAC12VSF0.6 NT90rHCSAC12VSF0.6 NT90rNAOAC12VSF0.6 NT90rHADAC12VCF0.6 NT90rHBEAC12VCF0.6 NT90rHBOAC12VCF0.6 NT90rHCDAC12VCF0.6 NT90rHCOAC12VCF0.6 NT90rNADAC12VCF0.6 NT90rNAEAC12VCF0.6 NT90rNAOAC12VCF0.6 NT90rHCEAC12VCF0.6 NT90rHAEAC12VCF0.6 NT90rHAOAC12VSF0.6 NT90rNADAC12VSF0.6 NT90rHAOAC12VCF0.6 NT90rHBDAC12VCF0.6 NT90rHCOAC12VSF0.6 NT90rNAEAC12VSF0.6 NT90rHCSAC12VCF0.6 NT90rHBSAC12VCF0.6 NT90rHASAC12VCF0.6 NT90rHBSAC12VCB0.9 NT90rNADAC24VSB0.9 NT90rNAOAC24VSF0.9 NT90rNAOAC12VCB0.9 NT90rNAOAC12VSB0.6 NT90rNADAC12VSB0.6 NT90rHADAC110VCB0.6 NT90rHADAC110VCF0.6 NT90rHADAC110VSB0.6 NT90rHADAC110VSF0.6 N
Description FASTON Uninsulated receptacles & Housings; HSG rCPT FAST 250 3 CIr N BLK ( AMP )r>Small size, light weight. Low coil r='#FF0000'>power consumption, heavy contact load. Strong anti-shock and anti-vibration, high reliability, long life. 体积小，重量轻。线圈功耗低，重接触载荷。强抗休克，抗振动，可靠性高，寿命长r>
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    DB Lectro Inc.r>
Part No. JMX-94F05
Description Well anti-shock and anti-vibrationr>
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    JMX-94F05 JMX-94FBZ60DC12V JMX-94FBZ60DC24V JMX-94FBZ60DC9V JMX-94FBZ80DC12V JMX-94FBZ80DC24V JMX-94FBZ80DC9V JMX-94FBZ4

DB Lectro Incr>
Part No. JMX-94F05 JMX-94FBZ60DC12V JMX-94FBZ60DC24V JMX-94FBZ60DC9V JMX-94FBZ80DC12V JMX-94FBZ80DC24V JMX-94FBZ80DC9V JMX-94FBZ40DC9V JMX-94FAS40DC12V JMX-94FAS40DC24V JMX-94FBS60DC12V JMX-94FBS60DC24V JMX-94FBS60DC9V JMX-94FAS40DC9V JMX-94FAS60DC12V JMX-94FAS60DC9V JMX-94FAZ40DC24V JMX-94FAZ40DC9V JMX-94FAS60DC24V JMX-94FAS80DC12V JMX-94FAS80DC24V JMX-94FAS80DC9V JMX-94FAZ40DC12V JMX-94FAZ60DC12V JMX-94FBZ40DC12V JMX-94FBZ40DC24V JMX-94FAZ80DC12V JMX-94FAZ60DC24V JMX-94FAZ60DC9V JMX-94FBS40DC12V JMX-94FBS40DC24V JMX-94FBS40DC9V JMX-94FBS80DC12V JMX-94FBS80DC24V JMX-94FBS80DC9V
Description Well anti-shock and anti-vibrationr>
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    5704-RC 5705-RC 5711-RC 5717-RC 5706-RC 5707-RC 5709-RC 5712-RC 5714-RC 5715-RC 5719-RC 5731-RC 5730-RC 5728-RC 5713-RC

Bourns, Inc.r>Bourns Electronic Solutionsr>Bourns Electronic Solut...r>
Part No. 5704-rC 5705-rC 5711-rC 5717-rC 5706-rC 5707-rC 5709-rC 5712-rC 5714-rC 5715-rC 5719-rC 5731-rC 5730-rC 5728-rC 5713-rC 5729-rC 5721-rC 5710-rC
Description CHOKE rF HI CUrr 275UH 15% rAD 1 ELEMENT, 275 uH, GENErAL PUrPOSE INDUCTOrr>Inductor, Toroidal 1 ELEMENT, 450 uH, GENErAL PUrPOSE INDUCTOrr>Inductor, Toroidal 1 ELEMENT, 50 uH, GENErAL PUrPOSE INDUCTOrr>Toroidal Inductor; Series:5700; Inductance:500uH; Inductance Tolerance: /- 15 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Current rating:4A; DC resistance Max:0.12ohm; r='#FF0000'>leaded Process Compatible:Yes 1 ELEMENT, 500 uH, GENErAL PUrPOSE INDUCTOrr>Toroidal Inductor; Series:5700; Inductance:25uH; Inductance Tolerance: /- 15 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Current rating:9A; DC resistance Max:0.012ohm; r='#FF0000'>leaded Process Compatible:Yes 1 ELEMENT, 25 uH, GENErAL PUrPOSE INDUCTOrr>Toroidal Inductor; Series:5700; Inductance:75uH; Inductance Tolerance: /- 15 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Current rating:5A; DC resistance Max:0.04ohm; r='#FF0000'>leaded Process Compatible:Yes 1 ELEMENT, 75 uH, GENErAL PUrPOSE INDUCTOrr>Inductor, Toroidal 1 ELEMENT, 800 uH, GENErAL PUrPOSE INDUCTOrr>Toroidal Inductor; Series:5700; Inductance:150uH; Inductance Tolerance: /- 15 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Current rating:4.75A; DC resistance Max:0.046ohm; r='#FF0000'>leaded Process Compatible:Yes 1 ELEMENT, 150 uH, GENErAL PUrPOSE INDUCTOrr>Inductor, Toroidal 1 ELEMENT, 1250 uH, GENErAL PUrPOSE INDUCTOrr>Toroidal Inductor; Series:5700; Inductance:1.6mH; Inductance Tolerance: /- 15 %; Terminal r='#FF0000'>type:radial r='#FF0000'>leaded; Current rating:1.5A; DC resistance Max:1.27ohm; r='#FF0000'>leaded Process Compatible:Yes 1 ELEMENT, 1600 uH, GENErAL PUrPOSE INDUCTOrr>High Current Toroid Inductorsr>
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Part No. Z86E7216FSC
Description Gas Discharge Surge Suppressor; Suppressor r='#FF0000'>type:Gas Discharge (GDT); Impulse Breakover Voltage Max:750V; Breakdown Voltage Max:480V; Breakdown Voltage Min:320V; Breakdown Voltage, Vbr:400V; r='#FF0000'>leaded Process Compatible:Yes roHS Compliant: Yesr>
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    INTErSIL[Intersil Corporation]r>
Part No. MCTV35P60F1D
Description 35A / 600V P-r='#FF0000'>type MOS Controlled Thyristor (MCT) with Anti-Parallel Dioder>35A, 600V P-r='#FF0000'>type MOS Controlled Thyristor (MCT) with Anti-Parallel Dioder>
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