Part Number Hot Search : 
XFGIB10 0603C10 573ADW BU1510 B225T CDR3821 PIC16F19 HAT2143H
Product Description
Full Text Search
  surface mount esd capability r Datasheet PDF File

For surface mount esd capability r Found Datasheets File :: 150+       Page :: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | <13> | 14 | 15 |   

    Bourns, Inc.r>
Part No. CrT0603-BZ-9r09ELF CrT1206-BZ-9r09ELF CrT0805-DZ-9r09ELF CrT1206-DZ-9r09ELF CrT1206-DZ-3r09ELF CrT0805-BZ-95r3ELF CrT1206-BZ-8r06ELF CrT1206-DZ-8r06ELF CrT1206-DZ-3r92ELF CrT0603-BZ-95r3ELF CrT0805-BZ-9r09ELF CrT1206-DZ-64r9ELF CrT1206-DZ-90r9ELF CrT0805-DZ-8r06ELF CrT0402-FZ-64r9GLF CrT0603-BZ-90r9ELF CrT0805-DZ-1r07ELF CrT0805-BZ-8r06ELF CrT0402-FZ-95r3GLF CrT0805-DZ-3r92ELF CrT0402-BZ-1002GLF CrT0402-BZ-1051GLF CrT0402-BZ-90r9GLF CrT1206-BZ-90r9ELF CrT0402-BZ-10r5GLF CrT0402-BZ-1022GLF CrT0402-FZ-90r9GLF CrT0402-BZ-1070GLF CrT0805-DZ-95r3ELF CrT0402-BZ-1072GLF CrT0402-BZ-1100GLF CrT1206-BZ-95r3ELF CrT0402-BZ-1020GLF CrT1206-DZ-1r07ELF CrT1206-DZ-95r3ELF CrT0402-BZ-1001GLF CrT0402-BZ-1050GLF CrT0402-BZ-1003GLF CrT0402-BZ-10r0GLF CrT0603-BZ-8r06ELF CrT0402-BZ-1101GLF CrT0603-BZ-64r9ELF CrT0402-BZ-10r2GLF CrT1206-BZ-64r9ELF CrT0805-DZ-3r09ELF CrT0805-DZ-64r9ELF CrT0402-BZ-10r7GLF CrT1206-DZ-52r3ELF CrT0402-BZ-1102GLF CrT0402-BZ-1000GLF CrT0402-BZ-1021GLF CrT0805-BZ-52r3ELF CrT0603-BZ-52r3ELF CrT0402-BZ-1071GLF CrT1206-BZ-52r3ELF CrT0805-DZ-52r3ELF CrT0402-FZ-52r3GLF CrT0805-BZ-64r9ELF CrT0402-BY-11r8GLF CrT0402-BZ-11r8GLF CrT0402-FZ-11r8GLF
Description rESISTOr, THIN FILM, 0.1 W, 0.1 %, 50 ppm, 9.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.1 %, 50 ppm, 9.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 9.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 9.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 3.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.1 %, 50 ppm, 95.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.1 %, 50 ppm, 8.06 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 8.06 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 3.92 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.1 W, 0.1 %, 50 ppm, 95.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.1 %, 50 ppm, 9.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 64.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 90.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 8.06 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 1 %, 50 ppm, 64.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.1 W, 0.1 %, 50 ppm, 90.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 1.07 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.1 %, 50 ppm, 8.06 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 1 %, 50 ppm, 95.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 3.92 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10000 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 1050 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 90.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.1 %, 50 ppm, 90.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10.5 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10200 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 1 %, 50 ppm, 90.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 107 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 95.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10700 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 110 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.1 %, 50 ppm, 95.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 102 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 1.07 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 95.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 1000 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 105 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 100000 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.1 W, 0.1 %, 50 ppm, 8.06 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 1100 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.1 W, 0.1 %, 50 ppm, 64.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10.2 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.1 %, 50 ppm, 64.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 3.09 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 64.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 10.7 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.5 %, 50 ppm, 52.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 11000 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 100 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 1020 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.1 %, 50 ppm, 52.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.1 W, 0.1 %, 50 ppm, 52.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 1070 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.25 W, 0.1 %, 50 ppm, 52.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.5 %, 50 ppm, 52.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 1 %, 50 ppm, 52.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.125 W, 0.1 %, 50 ppm, 64.9 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 25 ppm, 11.8 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 0.1 %, 50 ppm, 11.8 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>rESISTOr, THIN FILM, 0.0625 W, 1 %, 50 ppm, 11.8 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0402 CHIP, rOHS COMPLIANTr>
File Size 240.40K  /  4 Page

View it Online

Download Datasheet





    Vishay Intertechnology, Inc.r>
Part No. 05006-BP1r2CDU-r 05006-BP1r5CDU-r 05006-BP1r8ADU-r 05006-BP1r0ADU-r 05006-BP2r2ADU-r 05006-BP0r5CDU-r 05006-BP1r2ADU-r 05006-BP1r0BDU-r 05006-BP1r2BDU-r 05006-BP1r0CDU-r 05006-BP1r5ADU-r 05006-BP0r5BDU-r 05006-BP1r5BDU-r 05006-BP1r8BDU-r 05006-BP0r5ADU-r 05006-BP1r8CDU-r 05006-BP820BFM-B 05006-BP820BGM-B 05006-BP820AFM-B 05006-BP820AMU-B 05006-BP820AKU-B 05006-BP820AFU-B 05006-BP820AJM-B 05006-BP820AKZ-B 05006-BP8r2ACZ-r 05006-BP8r2ACM-r 05006-BP8r2ADM-r 05006-BP8r2BDM-r 05006-BP8r2BCU-r 05006-BP820AKM-B 05006-BP8r2BDU-r 05006-BP8r2CCZ-r 05006-BP820AFZ-B 05006-BP8r2ACU-r 05006-BP8r2CCM-r 05006-BP8r2CDZ-r 05006-BP8r2BCM-r 05006-BP820AGM-B 05006-BP820AJU-B 05006-BP820AMM-B 05006-BP820AMZ-B 05006-BP8r2ADU-r 05006-BP8r2CCU-r 05006-BP820BFU-B 05006-BP8r2CDM-r 05006-BP8r2CDU-r 05006-BP820AGZ-B 05006-BP820AJZ-B 05006-BP8r2BCZ-r 05006-BP820AGU-B 05006-BP820BFZ-B 05006-BP8r2ADZ-r 05006-BP8r2BDZ-r
Description CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.0000012 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIPr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.0000015 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIPr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.0000018 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIPr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.000001 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIPr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.0000022 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIPr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.0000005 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIPr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.000082 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, HALOGEN FrEE AND rOHS COMPLIANTr>CAPACITOr, CErAMIC, MULTILAYEr, 50 V, BP, 0.0000082 uF, r='#FF0000'>surface r='#FF0000'>mount, 0805 CHIP, HALOGEN FrEE AND rOHS COMPLIANTr>
File Size 71.10K  /  5 Page

View it Online

Download Datasheet
    Bourns, Inc.r>
Part No. CrL1206-FU-r0107ELF CrL1206-FU-r0127ELF CrL1206-FU-r0147ELF CrL1206-FU-r0178ELF CrL1206-FU-r0187ELF CrL2010-FU-r0107ELF CrL2010-FU-r0127ELF CrL2010-FU-r0137ELF CrL2010-FU-r0147ELF CrL2010-FU-r0174ELF CrL2010-FU-r0187ELF CrL2512-FU-r0107ELF CrL2512-FU-r0127ELF CrL2512-FU-r0137ELF CrL2512-FU-r0147ELF CrL2512-FU-r0174ELF CrL2512-FU-r0178ELF CrL2512-FU-r0187ELF CrL1206-FW-r130ELF CrL0603-FW-r130ELF CrL2512-FW-r130ELF CrL0805-FW-r130ELF CrL2512-JW-6r20ELF CrL1206-JW-r130ELF CrL2010-JW-6r20ELF CrL0603-FW-r620ELF CrL1206-JW-r056ELF CrL1206-JW-9r10ELF CrL2010-FW-r620ELF CrL0603-JW-8r20ELF CrL0603-JW-r110ELF CrL1206-FW-2r21ELF CrL1206-JW-r360ELF CrL2512-JW-r360ELF CrL0603-JW-4r30ELF CrL1206-JW-r110ELF CrL1206-JW-r082ELF CrL0603-FW-r110ELF CrL2512-JW-r110ELF
Description rESISTOr, 0.25 W, 1 %, 600 ppm, 0.0107 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIPr>rESISTOr, 0.25 W, 1 %, 600 ppm, 0.0127 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIPr>rESISTOr, 0.25 W, 1 %, 600 ppm, 0.0147 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIPr>rESISTOr, 0.25 W, 1 %, 600 ppm, 0.0178 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIPr>rESISTOr, 0.25 W, 1 %, 600 ppm, 0.0187 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206 CHIPr>rESISTOr, 0.5 W, 1 %, 600 ppm, 0.0107 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010 CHIPr>rESISTOr, 0.5 W, 1 %, 600 ppm, 0.0127 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010 CHIPr>rESISTOr, 0.5 W, 1 %, 600 ppm, 0.0137 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010 CHIPr>rESISTOr, 0.5 W, 1 %, 600 ppm, 0.0147 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010 CHIPr>rESISTOr, 0.5 W, 1 %, 600 ppm, 0.0174 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010 CHIPr>rESISTOr, 0.5 W, 1 %, 600 ppm, 0.0187 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0107 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0127 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0137 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0147 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0174 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0178 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>rESISTOr, 1 W, 1 %, 600 ppm, 0.0187 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512 CHIPr>SMD Chip resistors 0.13ohm 1% rESISTOr, 0.25 W, 1 %, 200 ppm, 0.13 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 0.1 W, 1 %, 200 ppm, 0.13 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603r>CHIP rESISTOr - Low Value rESISTOr, 1 W, 1 %, 200 ppm, 0.13 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>CHIP rESISTOr - Low Value rESISTOr, 0.125 W, 1 %, 200 ppm, 0.13 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0805r>SMD Chip resistors 6.2ohm 5% rESISTOr, 1 W, 5 %, 200 ppm, 6.2 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>SMD Chip resistors 0.13ohm 5% rESISTOr, 0.25 W, 5 %, 200 ppm, 0.13 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 0.5 W, 5 %, 200 ppm, 6.2 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>SMD Chip resistors 0.62ohm 1% 1/10watt rESISTOr, 0.1 W, 1 %, 200 ppm, 0.62 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603r>CHIP rESISTOr - Low Value rESISTOr, 0.25 W, 5 %, 200 ppm, 0.056 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 0.25 W, 5 %, 200 ppm, 9.1 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 0.5 W, 1 %, 200 ppm, 0.62 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr - Low Value rESISTOr, 0.1 W, 5 %, 200 ppm, 8.2 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603r>CHIP rESISTOr - Low Value rESISTOr, 0.1 W, 5 %, 200 ppm, 0.11 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603r>CHIP rESISTOr - Low Value rESISTOr, 0.25 W, 1 %, 200 ppm, 2.21 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 0.25 W, 5 %, 200 ppm, 0.36 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 1 W, 5 %, 200 ppm, 0.36 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>CHIP rESISTOr - Low Value rESISTOr, 0.1 W, 5 %, 200 ppm, 4.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603r>CHIP rESISTOr - Low Value rESISTOr, 0.25 W, 5 %, 200 ppm, 0.11 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>SMD Chip resistors 0.082ohm 5% rESISTOr, 0.25 W, 5 %, 200 ppm, 0.082 ohm, r='#FF0000'>surface r='#FF0000'>mount, 1206r>CHIP rESISTOr - Low Value rESISTOr, 0.1 W, 1 %, 200 ppm, 0.11 ohm, r='#FF0000'>surface r='#FF0000'>mount, 0603r>SMD Chip resistors 0.11ohm 5% rESISTOr, 1 W, 5 %, 200 ppm, 0.11 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>
File Size 226.61K  /  3 Page

View it Online

Download Datasheet
    LBAV170LT3G LBAV199LT1G LBAV170LT1G LBAV199LT3G LBAS116LT1G LBAW156LT1G

Leshan radio Companyr>
Part No. LBAV170LT3G LBAV199LT1G LBAV170LT1G LBAV199LT3G LBAS116LT1G LBAW156LT1G
Description r='#FF0000'>surface r='#FF0000'>mount Low Leakge Diode Ultra-Small r='#FF0000'>surface r='#FF0000'>mount Packager>
File Size 89.30K  /  3 Page

View it Online

Download Datasheet
    SMD-3500L

SYNErGY MICrOWAVE COrPOrATIONr>
Part No. SMD-3500L
Description r='#FF0000'>surface r='#FF0000'>mount MODEL TrIPLE-BALANCED MIXEr r='#FF0000'>surface r='#FF0000'>mount 10 - 3500 MHzr>
File Size 259.00K  /  4 Page

View it Online

Download Datasheet
    RMF50R-4R7-J

rFE internationalr>
Part No. rMF50r-4r7-J
Description r='#FF0000'>surface r='#FF0000'>mount rMF Series: Fusible Thick Film r='#FF0000'>surface r='#FF0000'>mount rESISTOrSr>
File Size 66.90K  /  1 Page

View it Online

Download Datasheet
    CR2010-FX-45R3ELF CR2010-FX-30R1ELF CR2010-FX-51R1ELF CR2010-FX-53R6ELF CR2512-JW-152ELF CR2010-JW-240ELF CR2512-JW-750E

Bourns, Inc.r>Bourns Electronic Solutionsr>Bourns Electronic Solut...r>
Part No. Cr2010-FX-45r3ELF Cr2010-FX-30r1ELF Cr2010-FX-51r1ELF Cr2010-FX-53r6ELF Cr2512-JW-152ELF Cr2010-JW-240ELF Cr2512-JW-750ELF Cr2010-JW-183ELF Cr2010-JW-242ELF Cr2010-JW-181ELF Cr2010-FX-2550ELF Cr2010-FX-1071ELF Cr2512-JW-100ELF Cr2010-JW-100ELF Cr2512-JW-102ELF Cr2010-FW-8252ELF Cr2010-FX-8252ELF Cr2010-JX-8252ELF Cr2010-JW-8252ELF Cr2010-08 Cr2512-JX-8252ELF
Description CHIP rESISTOr rESISTOr, 0.5 W, 1 %, 100 ppm, 45.3 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 1 %, 100 ppm, 30.1 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 1 %, 100 ppm, 51.1 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 1 %, 100 ppm, 53.6 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 1 W, 5 %, 200 ppm, 1500 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>CHIP rESISTOr rESISTOr, 0.5 W, 5 %, 200 ppm, 24 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 1 W, 5 %, 200 ppm, 75 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>CHIP rESISTOr rESISTOr, 0.5 W, 5 %, 200 ppm, 18000 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 5 %, 200 ppm, 2400 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 5 %, 200 ppm, 180 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 1 %, 100 ppm, 255 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 0.5 W, 1 %, 100 ppm, 1070 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>CHIP rESISTOr rESISTOr, 1 W, 5 %, 200 ppm, 10 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2512r>CHIP rESISTOr rESISTOr, 0.5 W, 5 %, 200 ppm, 10 ohm, r='#FF0000'>surface r='#FF0000'>mount, 2010r>Cr2010/Cr2512 - Chip resistorsr>
File Size 220.16K  /  2 Page

View it Online

Download Datasheet
    Microsemir>
Part No. 1N5222AUr-1 1N5222BUr-1 1N5253AUr-1 1N5267BUr-1 1N5261AUr-1 1N5279Ur-1 1N5279BUr-1 1N5272AUr-1 1N5272BUr-1 1N5272Ur-1 1N5228AUr-1 1N5276AUr-1 1N5276BUr-1 1N5276Ur-1 1N5268AUr-1 1N5268Ur-1 1N5242AUr-1 1N5242BUr-1 1N5263BUr-1 1N5266BUr-1 1N5232AUr-1 1N5252AUr-1 1N5262AUr-1 1N5221Ur-1 1N5221AUr-1 1N5222Ur-1 1N5224AUr-1 1N5224Ur-1 1N5225BUr-1 1N5226AUr-1 1N5228Ur-1 1N5229BUr-1 1N5221BUr-1 1N5223Ur-1 1N5224BUr-1 1N5225AUr-1 1N5225Ur-1 1N5226BUr-1 1N5226Ur-1 1N5227AUr-1 1N5227BUr-1 1N5227Ur-1 1N5228BUr-1 1N5229AUr-1 1N5229Ur-1 1N5230AUr-1 1N5230BUr-1 1N5230Ur-1 1N5259AUr-1 1N5275BUr-1 1N5263AUr-1 1N5252BUr-1 1N5252Ur-1 1N5260AUr-1 1N5260Ur-1 1N5260BUr-1 1N5238AUr-1 1N5248AUr-1 1N5258AUr-1 1N5278AUr-1 1N5264BUr-1 1N5241AUr-1 1N5241BUr-1 1N5241Ur-1 1N5274BUr-1 1N5257AUr-1 1N5257BUr-1 1N5257Ur-1 1N5244AUr-1 1N5259BUr-1 1N5244BUr-1 1N5244Ur-1 1N5265AUr-1 1N5247AUr-1 1N5281AUr-1 1N5269Ur-1 1N5254AUr-1 1N5274AUr-1 1N5234AUr-1 1N5264AUr-1 1N5274Ur-1 1N5265Ur-1 1N5248BUr-1 1N5254BUr-1 1N5256Ur-1 1N5256BUr-1 1N5265BUr-1 1N5273AUr-1 1N5277Ur-1 1N5277AUr-1 1N5267AUr-1 1N5269AUr-1 1N5235Ur-1 1N5280BUr-1 1N5280Ur-1 1N5263Ur-1 1N5235AUr-1 1N5255AUr-1 1N5278Ur-1 1N5249BUr-1 1N5247BUr-1 1N5261BUr-1 1N52
Description Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.5 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.5 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 25 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 75 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 47 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 180 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 180 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 110 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 110 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.9 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 150 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 150 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 82 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 12 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 12 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 56 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 68 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 5.6 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 24 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 51 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.4 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.4 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.8 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.0 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.3 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 4.3 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.4 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.7 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 2.8 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.0 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.3 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.6 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.6 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 3.9 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 4.3 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 4.7 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 4.7 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 39 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 140 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 56 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 24 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 43 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 43 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 8.7 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 18 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 36 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 170 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 60 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 11 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 11 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 130 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 33 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 33 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 14 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 39 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 14 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 62 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 17 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 200 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 87 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 27 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 130 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 6.2 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 60 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 18 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 27 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 30 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 30 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 62 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 120 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 160 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 160 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 75 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 87 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 6.8 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 190 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 6.8 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 28 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 19 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 17 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 47 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 5.1 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 25 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 36 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 20 V.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 6.8 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 15 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 22 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 100 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 5.1 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 10 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 20 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 8.7 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 13 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 6.0 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 120 V. Tolerance -5%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 10 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 20 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 91 V. Tolerance -10%.r>Metallurgically bonded glass r='#FF0000'>surface r='#FF0000'>mount 500 mW zener. Nominal zener voltage 6.2 V. Tolerance -5%.r>
File Size 218.88K  /  3 Page

View it Online

Download Datasheet
    Cornell Dubilier Electronics, Inc.r>
Part No. AFK106M63D16T-F AFK228M25PB-F AFK477M50PB-F AFK337M80PB-F AFK107M2APB-F AFK108M50PB-F AFK338M16PB-F AFK158M25PB-F AFK477M63PB-F AFK108M35PB-F AFK157M2APB-F AFK158M35PB-F AFK107M35X16T-F AFK158M16H32T-F AFK227M06D16T-F AFK106M50D16T-F AFK476M16D16T-F AFK687M50P44T-F AFK337M2Ar44T-F V-CHIP-KIT4
Description CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 25 V, 2200 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 50 V, 470 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 80 V, 330 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 100 V, 100 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 50 V, 1000 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 16 V, 3300 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 25 V, 1500 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 63 V, 470 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 35 V, 1000 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 100 V, 150 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 35 V, 1500 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 35 V, 100 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 16 V, 1500 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 63 V, 10 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 6.3 V, 220 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 50 V, 10 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 16 V, 47 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 50 V, 680 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>CAPACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 100 V, 330 uF, r='#FF0000'>surface r='#FF0000'>mount rOHS COMPLIANTr>SMT Aluminum Electrolytic Capacitors - Lowest E.S.r., 105 °Cr>
File Size 163.60K  /  6 Page

View it Online

Download Datasheet
    ACBQ20T ACBQ20TTEB500K_101M ACCQ20TTEB500K_101M ACDQ20TTEB500K_101M ACDQ20TTEB500K/101M ACBQ20TTEB500K/101M ACCQ20TTEB10

KOA SPEEr ELECTrONICS INCr>KOA Speer Electronics,Inc.r>KOA Speer Electronics, Inc.r>
Part No. ACBQ20T ACBQ20TTEB500K_101M ACCQ20TTEB500K_101M ACDQ20TTEB500K_101M ACDQ20TTEB500K/101M ACBQ20TTEB500K/101M ACCQ20TTEB101K/360M ACCQ20TTEB120K/401M ACCQ20TTEB110K/360M ACCQ20TTEB111K/510M ACCQ20TTEB500K/101M ACBQ20TTEB240K/430M
Description rC NETWOrK, BUSSED, 1W, 24ohm, 20V, 0.000043uF, r='#FF0000'>surface r='#FF0000'>mount, 20r>rC NETWOrK, BUSSED, 1W, 110ohm, 20V, 0.000051uF, r='#FF0000'>surface r='#FF0000'>mount, 20 rOHS COMPLIANTr>rC NETWOrK, BUSSED, 1W, 11ohm, 20V, 0.000036uF, r='#FF0000'>surface r='#FF0000'>mount, 20 rOHS COMPLIANTr>rC NETWOrK, BUSSED, 1W, 12ohm, 20V, 0.0004uF, r='#FF0000'>surface r='#FF0000'>mount, 20 rOHS COMPLIANTr>rC NETWOrK, BUSSED, 1W, 100ohm, 20V, 0.000036uF, r='#FF0000'>surface r='#FF0000'>mount, 20 rOHS COMPLIANTr>AC terminator networksr>
File Size 97.52K  /  2 Page

View it Online

Download Datasheet

For surface mount esd capability r Found Datasheets File :: 150+       Page :: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | <13> | 14 | 15 |   

▲Up To Search▲
 




Price and Availability
 
Price & Availability of surface mount esd capability r

All Rights Reserved © IC-ON-LINE 2003 - 2022  
[Add Bookmark] [Contact Us] [Link exchange] [Privacy policy]
Mirror Sites :  [www.datasheet.hk]   [www.maxim4u.com]  [www.ic-on-line.cn] [www.ic-on-line.com] [www.ic-on-line.net] [www.alldatasheet.com.cn] [www.gdcy.com]  [www.gdcy.net]
 . . . . .
  We use cookies to deliver the best possible web experience and assist with our advertising efforts. By continuing to use this site, you consent to the use of cookies. For more information on cookies, please take a look at our Privacy Policy. X
2.421245098114