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  cap 0 1uf 50v 1 np0c0g axial r Datasheet PDF File

For cap 0 1uf 50v 1 np0c0g axial r Found Datasheets File :: 150+       Page :: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | <15> |   

    RWR80SR732FRS73 RWR80S7000FMS73 RWR81S1R00DSS70 RWR81NR681DSS70 RWR81S1600DSS70 RWR81S1001DSS70 RWR74SR732FRB12 RWR81SR7

Vishay Daler>Vishay Siliconixr>
Part No. rWr8r='#FF0000'>0Sr732FrS73 rWr8r='#FF0000'>0S7r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0FMS73 rWr8r='#FF0000'>1Sr='#FF0000'>1rr='#FF0000'>0r='#FF0000'>0DSS7r='#FF0000'>0 rWr8r='#FF0000'>1Nr68r='#FF0000'>1DSS7r='#FF0000'>0 rWr8r='#FF0000'>1Sr='#FF0000'>16r='#FF0000'>0r='#FF0000'>0DSS7r='#FF0000'>0 rWr8r='#FF0000'>1Sr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1DSS7r='#FF0000'>0 rWr74Sr732FrBr='#FF0000'>12 rWr8r='#FF0000'>1Sr732FSS73 rWr8r='#FF0000'>1Sr732FSBr='#FF0000'>12 rWr89Sr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0FPrr='#FF0000'>16 rWr8r='#FF0000'>1Sr2r='#FF0000'>15FrBr='#FF0000'>12 rWr8r='#FF0000'>0Sr2r='#FF0000'>15FSBr='#FF0000'>12 rWr82S26r='#FF0000'>1r='#FF0000'>0FrS74 rWr82S26r='#FF0000'>1r='#FF0000'>0FrS7r='#FF0000'>0 rWr8r='#FF0000'>1S4r99DSS7r='#FF0000'>0 rWr8r='#FF0000'>1Sr4r='#FF0000'>12FrS7r='#FF0000'>0 rWr8r='#FF0000'>1Sr4r='#FF0000'>12FrS74 rWr8r='#FF0000'>0W332r='#FF0000'>0FS-HSD rWr8r='#FF0000'>0Nr249DSS74 rWr8r='#FF0000'>1S229r='#FF0000'>0BSS7r='#FF0000'>0 rWr8r='#FF0000'>0Srr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0FSS73 rWr8r='#FF0000'>1Sr287FSS73 rWr89Sr287Frr5r='#FF0000'>0 rWr89Srr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0FrBr='#FF0000'>12 rWr8r='#FF0000'>1Sr294DrBr='#FF0000'>12 rWr8r='#FF0000'>0Sr294FSS73 rWr74Sr='#FF0000'>162r='#FF0000'>0FrBr='#FF0000'>12 rWr89Nr='#FF0000'>174r='#FF0000'>0FrS7r='#FF0000'>0 rWr8r='#FF0000'>1S8r='#FF0000'>16r='#FF0000'>0DrBr='#FF0000'>12 rWr74S392r='#FF0000'>0FMr55 rWr74S392r='#FF0000'>0FrS73 rWr74S392r='#FF0000'>1FSBr='#FF0000'>12 rWr8r='#FF0000'>0Nr='#FF0000'>158r='#FF0000'>1FSBr='#FF0000'>12 N75r='#FF0000'>0r='#FF0000'>0FSS73 r5r='#FF0000'>12FrBr='#FF0000'>12 r787Frr36 N76r8FrBr='#FF0000'>12 N76r8FrS73 N76r8FSBr='#FF0000'>12 N76r8BSS73 N76r8BSS74 N76r8FrS74 Br='#FF0000'>12-Tr 74S887r='#FF0000'>1FSBr='#FF0000'>12 rWr84N5r='#FF0000'>1r='#FF0000'>1r='#FF0000'>1FrS73 S2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1FSBr='#FF0000'>12 S2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1FrS73 SK5r='#FF0000'>0 S887r='#FF0000'>0FrS73 S887r='#FF0000'>1FSS73 N28r='#FF0000'>0r='#FF0000'>1FrS73 rWr89N2r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0FrS7r='#FF0000'>0 rWr89N2r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0FrBr='#FF0000'>12 rWr89N2r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0FrS73 rWr8r='#FF0000'>0N898r='#FF0000'>0FrBr='#FF0000'>12 rWr8r='#FF0000'>0N898r='#FF0000'>0FSBr='#FF0000'>12 rWr78S2r94FrBr='#FF0000'>12 rWr8r='#FF0000'>0N2r94FSS73 rWr8r='#FF0000'>0S2r94FrBr='#FF0000'>12 rWr82S649r='#FF0000'>0FrS7r='#FF0000'>0 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0FSS73 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1FrBr='#FF0000'>12 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1FSBr='#FF0000'>12 rWr78Nr='#FF0000'>1r='#FF0000'>052BSBr='#FF0000'>12 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>02FrS73 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0FSBr='#FF0000'>12 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0BS rWr82S4r='#FF0000'>1r2FrBr='#FF0000'>12 rWr78Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>02FMBr='#FF0000'>12 rWr7r='#FF0000'>1Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0BrBr='#FF0000'>12 rWr74Nr='#FF0000'>1r='#FF0000'>0rr='#FF0000'>0DrBr='#FF0000'>12 rWr74Nr='#FF0000'>1r='#FF0000'>13r='#FF0000'>0FSBr='#FF0000'>12 rWr7r='#FF0000'>1N27r='#FF0000'>1r='#FF0000'>1DrBr='#FF0000'>12 rWr74Nr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1FSBr='#FF0000'>12 rWr8r='#FF0000'>1Nr68r='#FF0000'>0FSS7r='#FF0000'>0 rWr8r='#FF0000'>1Sr2r='#FF0000'>15FPBr='#FF0000'>12 rWr74Nr='#FF0000'>12r='#FF0000'>1r='#FF0000'>0Frr55 rWr8r='#FF0000'>1Sr59r='#FF0000'>0FrS7r='#FF0000'>0 rWr8r='#FF0000'>1Sr59r='#FF0000'>0FrS73 rWr8r='#FF0000'>0Sr59r='#FF0000'>0FSS73 rWr8r='#FF0000'>1Sr59r='#FF0000'>0FrS74 r
Description res Wirewound r='#FF0000'>0.732 Ohm r='#FF0000'>1% 2W &#r='#FF0000'>177;4r='#FF0000'>0r='#FF0000'>0ppm/C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% Ceramic Hi Temp Sil AXL Thru-Hole T/rr>rES WW 7r='#FF0000'>0r='#FF0000'>0 OHM r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.68r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 2r='#FF0000'>0 ppm, r='#FF0000'>16r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.732 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 732M OHM r='#FF0000'>1% r='#FF0000'>1W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>1 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.732 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0 OHM r='#FF0000'>1% 3W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.2r='#FF0000'>15 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.2r='#FF0000'>15 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 26r='#FF0000'>1 OHM r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 26r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 4.99 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.4r='#FF0000'>12 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 4r='#FF0000'>12M OHM r='#FF0000'>1% r='#FF0000'>1W 65r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rWr Military Wirewound resistors, Military/Established reliability, MIL-PrF-39r='#FF0000'>0r='#FF0000'>07 Qualified, Type rWr, r Level, r='#FF0000'>axial Leadr>rES WW 249M OHM r='#FF0000'>0.5% 2W 65r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 229 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>EGS-3-8r='#FF0000'>0 .r='#FF0000'>1 r='#FF0000'>1% rWr8r='#FF0000'>0Srr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0FS S7r>rES WW 287M OHM r='#FF0000'>1% r='#FF0000'>1W 65r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW 287M OHM r='#FF0000'>1% 3W 65r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.294 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 294M OHM r='#FF0000'>1% 2W 65r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>162 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 3 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>174 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.5 %, 2r='#FF0000'>0 ppm, 8r='#FF0000'>16 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 392 OHM r='#FF0000'>1% 5W 2r='#FF0000'>0PPM/ C r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 392 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 392r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>158r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 75r='#FF0000'>0 OHM r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW 5r='#FF0000'>12M OHM r='#FF0000'>1% 2W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Bulkr>rES WW 787M OHM r='#FF0000'>1% 2W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 76.8 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>resistor, Wirewound Non-Induct, r='#FF0000'>axial, 2W, 76.8 Ohm, /-r='#FF0000'>1%, /-2r='#FF0000'>0ppm, (r='#FF0000'>1r='#FF0000'>1.r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0mm X 3.r='#FF0000'>175mm), T/rr>rES WW 76.8 OHM r='#FF0000'>0.r='#FF0000'>1% r='#FF0000'>1W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW 76.8 OHM r='#FF0000'>1% r='#FF0000'>1W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>ESN-2B 4.99 r='#FF0000'>1% rWr89N4r99FS Br='#FF0000'>1r>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 887r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 7 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 5r='#FF0000'>1r='#FF0000'>1r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0 OHM r='#FF0000'>1% 3W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Ammo Packr>rES WW 4.r='#FF0000'>02 OHM r='#FF0000'>1% 3W 5r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Ammo Packr>rES WW 887 OHM r='#FF0000'>1% r='#FF0000'>1W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 7 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 887r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 7 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 28r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 3 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 2r='#FF0000'>1r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 898 OHM r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Bulkr>rES WW 898 OHM r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Bulkr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1r='#FF0000'>0 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2.94 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 2.94 OHM r='#FF0000'>1% 2W 5r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2.94 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 649 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1r='#FF0000'>0 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1r='#FF0000'>0 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1r='#FF0000'>0 W, r='#FF0000'>0.r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>05r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1r='#FF0000'>0 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1r='#FF0000'>0 W, r='#FF0000'>0.r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 4r='#FF0000'>1.2 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>0.r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>13 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>0.5 %, 2r='#FF0000'>0 ppm, 27r='#FF0000'>1r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 68r='#FF0000'>0M OHM r='#FF0000'>1% r='#FF0000'>1W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW r='#FF0000'>12r='#FF0000'>1 OHM r='#FF0000'>1% 5W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>1 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.59 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>res Wirewound r='#FF0000'>0.59 Ohm r='#FF0000'>1% r='#FF0000'>1W &#r='#FF0000'>177;4r='#FF0000'>0r='#FF0000'>0ppm/C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% Ceramic Hi Temp Sil AXL Thru-Hole T/rr>rES WW 59r='#FF0000'>0M OHM r='#FF0000'>1% 2W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW 59r='#FF0000'>0M OHM r='#FF0000'>1% r='#FF0000'>1W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>res Wirewound r='#FF0000'>0.r='#FF0000'>162 Ohm r='#FF0000'>1% 2W &#r='#FF0000'>177;65r='#FF0000'>0ppm/C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% Ceramic Hi Temp Sil AXL Thru-Hole T/rr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>162 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 275 OHM r='#FF0000'>1% 7W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Bulkr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, r='#FF0000'>187 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 5 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>196 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>196 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>196 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 2r='#FF0000'>08 OHM r='#FF0000'>0.r='#FF0000'>1% r='#FF0000'>1W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, r='#FF0000'>1 W, r='#FF0000'>0.r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 2r='#FF0000'>08 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW r='#FF0000'>1.67K OHM r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW 85.6 OHM r='#FF0000'>0.r='#FF0000'>1% 2W 2r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>rES WW 57r='#FF0000'>0M OHM r='#FF0000'>1% r='#FF0000'>1r='#FF0000'>0W 4r='#FF0000'>0r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 845 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 65r='#FF0000'>0 ppm, r='#FF0000'>0.255 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>rES WW 36r='#FF0000'>0M OHM r='#FF0000'>1% 2W 65r='#FF0000'>0PPM/ C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1% AXL TH - Bulkr>res Wirewound r='#FF0000'>0.665 Ohm r='#FF0000'>1% 2W &#r='#FF0000'>177;4r='#FF0000'>0r='#FF0000'>0ppm/C r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1% Ceramic Hi Temp Sil AXL Thru-Hole T/rr>rES WW 6r='#FF0000'>19 OHM r='#FF0000'>1% r='#FF0000'>1W 2r='#FF0000'>0PPM/ C r='#FF0000'>1% AXL TH - Tape and reelr>Wire Wound resistor, rESISTOr, WIrE WOUND, 2 W, r='#FF0000'>1 %, 2r='#FF0000'>0 ppm, 6r='#FF0000'>04 ohm, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>
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    Welwyn Components, Ltd.r>
Part No. WP5S-r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>18OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>024OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>03OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>15OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>033OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>022OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>16OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>027OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>039OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>09r='#FF0000'>1OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>02OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>043OHMJTr='#FF0000'>07 WP5S-r='#FF0000'>0.r='#FF0000'>036OHMJTr='#FF0000'>07
Description rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>18 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>024 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>03 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>15 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>033 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>022 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>16 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>027 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>039 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>09r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>02 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>043 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, WIrE WOUND, 5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>036 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>
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    H848K7DAA H818K7DAA H888K7DAA H8137KACA H8137KAAA H83K48ADA H8536RBYA

TE Connectivity, Ltd.r>Tyco Electronicsr>
Part No. H848K7DAA H8r='#FF0000'>18K7DAA H888K7DAA H8r='#FF0000'>137KACA H8r='#FF0000'>137KAAA H83K48ADA H8536rBYA
Description rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.5 %, 5 ppm, 487r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.5 %, 5 ppm, r='#FF0000'>187r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.5 %, 5 ppm, 887r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.r='#FF0000'>05 %, 5r='#FF0000'>0 ppm, r='#FF0000'>137r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.r='#FF0000'>05 %, 5 ppm, r='#FF0000'>137r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.r='#FF0000'>05 %, 25 ppm, 348r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>r='#FF0000'>axial Leaded Precision resistorsr>
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    KOA Speer Electronics,Inc.r>
Part No. rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1B rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0D rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>03F rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>02B rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>02F rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0F rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>03B rNSr='#FF0000'>1/8CCVT2r='#FF0000'>03r='#FF0000'>0D rNSr='#FF0000'>1/2ECT52r='#FF0000'>1r7r='#FF0000'>0r6B rNSr='#FF0000'>1/4CCT52r7r='#FF0000'>0r6D rNSr='#FF0000'>1/8CCT52A7r='#FF0000'>0r6D rNSr='#FF0000'>1/4CCT52r7r='#FF0000'>0r6B rNSr='#FF0000'>1/8CCT52A7r='#FF0000'>0r6B rNSr='#FF0000'>1/4ECT52r7r='#FF0000'>0r6D rNSr='#FF0000'>1/8CCT52r7r='#FF0000'>0r6D rNSr='#FF0000'>1/8CCVT2r='#FF0000'>03r='#FF0000'>1B rNSr='#FF0000'>1/4ECT52r7r='#FF0000'>0r6B rNSr='#FF0000'>1/8CCT52r7r='#FF0000'>0r6B rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1D rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>02D rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1F rNSr='#FF0000'>1/8CCVT2r='#FF0000'>03r='#FF0000'>0B rNSr='#FF0000'>1/2ECT52r='#FF0000'>1r7r='#FF0000'>0r6D rNSr='#FF0000'>1/2CCT52r='#FF0000'>1r7r='#FF0000'>0r6B rNSr='#FF0000'>1/2CCT52r='#FF0000'>1r7r='#FF0000'>0r6D rNSr='#FF0000'>1/8CCVT7r='#FF0000'>0r6B rNSr='#FF0000'>1/8CCVT2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0B rNSr='#FF0000'>1/8CCVT7r='#FF0000'>0r6D rNSr='#FF0000'>1/8ECVTr='#FF0000'>172r='#FF0000'>1D rNSr='#FF0000'>1/8CCVTr='#FF0000'>172r='#FF0000'>1B rNSr='#FF0000'>1/8CCVTr='#FF0000'>172r='#FF0000'>1D rNSr='#FF0000'>1/8CCVTP3r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1F rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>122B rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>12r='#FF0000'>1B rNSr='#FF0000'>1/8CCVTP3r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1B rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>12r='#FF0000'>0B rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>12r='#FF0000'>0F rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>07r='#FF0000'>1B rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>12r='#FF0000'>1F rNSr='#FF0000'>1/8ECVTP2rr='#FF0000'>05F rNSr='#FF0000'>1/8ECVTP2r55F rNSr='#FF0000'>1/8ECVTP2r='#FF0000'>1r5F rNSr='#FF0000'>1/8ECVTP4r='#FF0000'>02r='#FF0000'>1F rNSr='#FF0000'>1/8ECVTP2rr='#FF0000'>15F rNSr='#FF0000'>1/8ECVTP2r='#FF0000'>0r5F rNSr='#FF0000'>1/8ECVTP25r5F rNSr='#FF0000'>1/8CCVT3573B rNSr='#FF0000'>1/8ECVT3573B
Description rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>03 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.5 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.5 %, 25 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>03r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.25 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>03 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.5 W, r='#FF0000'>0.5 %, 25 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.5 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.5 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, 7r='#FF0000'>0.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 25 ppm, r='#FF0000'>172r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, r='#FF0000'>172r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.5 %, 5r='#FF0000'>0 ppm, r='#FF0000'>172r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 3r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>12r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>12r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 3r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>12 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>12 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>07r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>12r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 2.r='#FF0000'>05 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 2.55 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 2r='#FF0000'>1.5 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 4r='#FF0000'>02r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 2.r='#FF0000'>15 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 2r='#FF0000'>0.5 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>1 %, 25 ppm, 25.5 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 5r='#FF0000'>0 ppm, 357r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>rESISTOr, METAL FILM, r='#FF0000'>0.r='#FF0000'>125 W, r='#FF0000'>0.r='#FF0000'>1 %, 25 ppm, 357r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADED, rOHS COMPLIANTr>
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    TVA1711 TVAATOM TVA1309.4 TVA1504-E3 TVAN1205.1 TVAN1602 TVA1160 TVA1161 TVA1160.6 TVAN1207.1 TVAN1308.1 TVAN1301.1 TVAN

Vishay Siliconixr>Vishay Spraguer>
Part No. TVAr='#FF0000'>17r='#FF0000'>1r='#FF0000'>1 TVAATOM TVAr='#FF0000'>13r='#FF0000'>09.4 TVAr='#FF0000'>15r='#FF0000'>04-E3 TVANr='#FF0000'>12r='#FF0000'>05.r='#FF0000'>1 TVANr='#FF0000'>16r='#FF0000'>02 TVAr='#FF0000'>1r='#FF0000'>16r='#FF0000'>0 TVAr='#FF0000'>1r='#FF0000'>16r='#FF0000'>1 TVAr='#FF0000'>1r='#FF0000'>16r='#FF0000'>0.6 TVANr='#FF0000'>12r='#FF0000'>07.r='#FF0000'>1 TVANr='#FF0000'>13r='#FF0000'>08.r='#FF0000'>1 TVANr='#FF0000'>13r='#FF0000'>0r='#FF0000'>1.r='#FF0000'>1 TVANr='#FF0000'>13r='#FF0000'>02.r='#FF0000'>1 TVANr='#FF0000'>13r='#FF0000'>1r='#FF0000'>0.r='#FF0000'>1 TVANr='#FF0000'>1333 TVANr='#FF0000'>1r='#FF0000'>1r='#FF0000'>17 TVANr='#FF0000'>12r='#FF0000'>06.r='#FF0000'>1 TVANr='#FF0000'>122r='#FF0000'>0 TVANr='#FF0000'>13r='#FF0000'>04.r='#FF0000'>1 TVANr='#FF0000'>13r='#FF0000'>06.r='#FF0000'>1 TVANr='#FF0000'>1335 TVANr='#FF0000'>156r='#FF0000'>0 TVANr='#FF0000'>1652 TVANr='#FF0000'>12r='#FF0000'>04.r='#FF0000'>1 TVANr='#FF0000'>12r='#FF0000'>04.3 TVANr='#FF0000'>13r='#FF0000'>03.r='#FF0000'>1 TVANr='#FF0000'>13r='#FF0000'>03.4 TVANr='#FF0000'>144r='#FF0000'>0 TVAr='#FF0000'>13r='#FF0000'>13 TVAr='#FF0000'>1r='#FF0000'>1r='#FF0000'>0r='#FF0000'>1.7 TVAr='#FF0000'>1r='#FF0000'>162.3 TVAr='#FF0000'>1r='#FF0000'>15r='#FF0000'>0 TVAr='#FF0000'>1r='#FF0000'>17r='#FF0000'>0 TVAr='#FF0000'>12r='#FF0000'>04 TVAr='#FF0000'>12r='#FF0000'>07 TVAr='#FF0000'>12r='#FF0000'>08 TVAr='#FF0000'>12r='#FF0000'>09 TVAr='#FF0000'>1r='#FF0000'>148 TVAr='#FF0000'>1r='#FF0000'>162.2 TVAr='#FF0000'>12r='#FF0000'>05 TVAr='#FF0000'>12r='#FF0000'>07.5 TVAr='#FF0000'>12r='#FF0000'>1r='#FF0000'>1 TVAr='#FF0000'>1r='#FF0000'>163 TVAr='#FF0000'>1r='#FF0000'>164 TVAr='#FF0000'>1r='#FF0000'>175.5 TVAr='#FF0000'>12r='#FF0000'>06 TVAr='#FF0000'>12r='#FF0000'>06.r='#FF0000'>1 TVAr='#FF0000'>12r='#FF0000'>07.7 TVAr='#FF0000'>1r='#FF0000'>129.5 TVAr='#FF0000'>1r='#FF0000'>175.2 TVAr='#FF0000'>1r='#FF0000'>175.8 TVAr='#FF0000'>13r='#FF0000'>19.r='#FF0000'>1r='#FF0000'>0 TVAr='#FF0000'>14r='#FF0000'>0r='#FF0000'>0 TVAr='#FF0000'>14r='#FF0000'>1r='#FF0000'>0 TVAr='#FF0000'>14r='#FF0000'>0r='#FF0000'>0.r='#FF0000'>1 TVAr='#FF0000'>14r='#FF0000'>02 TVAr='#FF0000'>14r='#FF0000'>1r='#FF0000'>1 TVAr='#FF0000'>14r='#FF0000'>12 TVAr='#FF0000'>14r='#FF0000'>13 TVAr='#FF0000'>14r='#FF0000'>09 TVAr='#FF0000'>14r='#FF0000'>06 TVAr='#FF0000'>14r='#FF0000'>05 TVAr='#FF0000'>14r='#FF0000'>03 TVAr='#FF0000'>13r='#FF0000'>08 TVAr='#FF0000'>13r='#FF0000'>0r='#FF0000'>0 TVAr='#FF0000'>13r='#FF0000'>0r='#FF0000'>1 TVAr='#FF0000'>13r='#FF0000'>03 TVAr='#FF0000'>13r='#FF0000'>03.r='#FF0000'>1 TVAr='#FF0000'>13r='#FF0000'>04 TVAr='#FF0000'>13r='#FF0000'>05 TVAr='#FF0000'>13r='#FF0000'>05.5 TVAr='#FF0000'>13r='#FF0000'>06 TVAr='#FF0000'>13r='#FF0000'>06.5 TVAr='#FF0000'>17r='#FF0000'>0r='#FF0000'>0 TVAr='#FF0000'>17r='#FF0000'>0r='#FF0000'>1 TVAr='#FF0000'>17r='#FF0000'>02 TVAr='#FF0000'>17r='#FF0000'>03 TVAr='#FF0000'>17r='#FF0000'>04 TVAr='#FF0000'>17r='#FF0000'>05 TVAr='#FF0000'>13r='#FF0000'>12 TVAr='#FF0000'>13r='#FF0000'>1r='#FF0000'>1.5 TVAr='#FF0000'>13r='#FF0000'>12.r='#FF0000'>1 TVAr='#FF0000'>13r='#FF0000'>18.2 TVAr='#FF0000'>13r='#FF0000'>1r='#FF0000'>0 TVAr='#FF0000'>13r='#FF0000'>15.2 TVAr='#FF0000'>13r='#FF0000'>16 TVAr='#FF0000'>15r='#FF0000'>0r='#FF0000'>1 TVAr='#FF0000'>15r='#FF0000'>13 TVAr='#FF0000'>154r='#FF0000'>0 TVAr='#FF0000'>15r='#FF0000'>05 TVAr='#FF0000'>15r='#FF0000'>1r='#FF0000'>0 TVAr='#FF0000'>15r='#FF0000'>12 TVAr='#FF0000'>1522 TVAr='#FF0000'>1438 TVAr='#FF0000'>15r='#FF0000'>08 TVAr='#FF0000'>15r='#FF0000'>1r='#FF0000'>1 TVAr='#FF0000'>19r='#FF0000'>08 TVAr='#FF0000'>16r='#FF0000'>13 TVAr='#FF0000'>16r='#FF0000'>07 TVAr='#FF0000'>16r='#FF0000'>04 TVAr='#FF0000'>16r='#FF0000'>03 TVAr='#FF0000'>16r='#FF0000'>02.5 TVAr='#FF0000'>16r='#FF0000'>0r='#FF0000'>1 TVAr='#FF0000'>16r='#FF0000'>0r='#FF0000'>0.r='#FF0000'>1 TVAr='#FF0000'>16r='#FF0000'>08 TVAr='#FF0000'>162r='#FF0000'>0 TVAr='#FF0000'>1425 TVAr='#FF0000'>17r='#FF0000'>18 TVAr='#FF0000'>17r='#FF0000'>16 TVAr='#FF0000'>17r='#FF0000'>14 TVAr='#FF0000'>17r='#FF0000'>13 TVAr='#FF0000'>17r='#FF0000'>12 TVAr='#FF0000'>1349 TVAr='#FF0000'>1445 TVAr='#FF0000'>1423 TVAr='#FF0000'>142r='#FF0000'>0 TVAr='#FF0000'>14r='#FF0000'>18 TVAr='#FF0000'>1963 TVAr='#FF0000'>19r='#FF0000'>07 TVAr='#FF0000'>19r='#FF0000'>06 TVAr='#FF0000'>12r='#FF0000'>12 TVAr='#FF0000'>16r='#FF0000'>0r='#FF0000'>1-E3 TVAr='#FF0000'>1376 TVAr='#FF0000'>12r='#FF0000'>13 TVAr='#FF0000'>1422 TVAr='#FF0000'>1346 TVAr='#FF0000'>1229 TVAr='#FF0000'>1337 TVAr='#FF0000'>14r='#FF0000'>14 TVAr='#FF0000'>1343 TVAr='#FF0000'>1966 TVAr='#FF0000'>1227 TVAr='#FF0000'>144r='#FF0000'>1 TVAr='#FF0000'>12r='#FF0000'>14.5 TVAr='#FF0000'>1442.r='#FF0000'>1 TVAr='#FF0000'>18r='#FF0000'>03.r='#FF0000'>1
Description Aluminum r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capacitors 85 °C, Miniature, r='#FF0000'>axial Leadr>Aluminum r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capacitors 85 C, Miniature, r='#FF0000'>axial Leadr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 25r='#FF0000'>0 V, r='#FF0000'>1r='#FF0000'>0 uF, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADED, rOHS COMPLIANTr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 5r='#FF0000'>0 V, 4r='#FF0000'>0r='#FF0000'>0 uF, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, r='#FF0000'>16 V, r='#FF0000'>12r='#FF0000'>0r='#FF0000'>0 uF, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, r='#FF0000'>15r='#FF0000'>0 V, 4r='#FF0000'>0 uF, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 35r='#FF0000'>0 V, 4 uF, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADED, rOHS COMPLIANTr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, ALUMINUM ELECTrOLYTIC, NON SOLID, POLArIZED, 35r='#FF0000'>0 V, r='#FF0000'>15 uF, THrOUGH HOLE MOUNT, r='#FF0000'>axial LEADEDr>   Aluminum r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capacitors 85 C, Miniature, r='#FF0000'>axial Leadr>
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    Yageo, Corp.r>MErITEK Electronics, Corp.r>
Part No. KNPr='#FF0000'>1WSJT-r='#FF0000'>0rr='#FF0000'>16 KNPr='#FF0000'>1WSJT-r='#FF0000'>16r KNPr='#FF0000'>1WSJT-24r KNPr='#FF0000'>1WSJT-3r='#FF0000'>0r KNPr='#FF0000'>1WSJT-2r='#FF0000'>0r KNPr='#FF0000'>1WSJT-r='#FF0000'>0r24 KNPr='#FF0000'>1WSJT-r='#FF0000'>0r9r='#FF0000'>1 KNP3WSJT-73-39r KNP3WSJT-73-22r KNP3WSJT-73-r='#FF0000'>18r KNP3WSJT-73-56r KNP3WSJT-73-47r KNP3WSJT-73-68r KNP3WSJT-73-3r='#FF0000'>0r='#FF0000'>0r KNP3WSJT-73-2r='#FF0000'>0r KNP3WSJT-73-2r='#FF0000'>0r='#FF0000'>0r KNP3WSJT-73-r='#FF0000'>12r='#FF0000'>0r KNP3WSJT-73-22r='#FF0000'>0r KNP3WSJT-73-5.r='#FF0000'>1r KNP3WSJT-73-r='#FF0000'>1.2r KNP3WSJT-73-r='#FF0000'>1r KNP3WSJT-73-75r KNP3WSJT-73-r='#FF0000'>1.8r KNP3WSJT-73-2.7r KNP3WSJT-73-7.5r KNP3WSJT-73-r='#FF0000'>1.6r KNP3WSJT-73-5r='#FF0000'>0r KNP3WSJT-73-r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0r KNP3WSJT-73-r='#FF0000'>15r KNP3WSJT-73-4.7r KNP3WSJT-73-r='#FF0000'>1.3r KNP3WSJT-73-5.6r KNP3WSJT-73-5r='#FF0000'>1r KNP3WSJT-73-r='#FF0000'>15r='#FF0000'>0r KNP3WSJT-73-r='#FF0000'>1.5r
Description rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>16 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>16 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 24 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 3r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 2r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.24 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, r='#FF0000'>1 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>0.9r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 39 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>18 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 56 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 47 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 68 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 3r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 2r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 2r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>12r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 22r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 5.r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1.2 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 75 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1.8 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 2.7 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 7.5 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 5r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>15 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 4.7 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1.3 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 5.6 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, 5r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>15r='#FF0000'>0 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 4r='#FF0000'>0r='#FF0000'>0 ppm, r='#FF0000'>1.5 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>
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    Welwyn Components, Ltd.r>
Part No. WA835r='#FF0000'>0.r='#FF0000'>05r='#FF0000'>1OHMJA WA84r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>15OHMJA WA83r='#FF0000'>0.r='#FF0000'>082OHMJA WA835r='#FF0000'>0.r='#FF0000'>082OHMJA WA83r='#FF0000'>0.r='#FF0000'>068OHMJA WA83r='#FF0000'>0.r='#FF0000'>09r='#FF0000'>1OHMJA WA83r='#FF0000'>0.r='#FF0000'>056OHMJA WA84r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>13OHMJA WA835r='#FF0000'>0.r='#FF0000'>056OHMJA WA84r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>12OHMJA WA83r='#FF0000'>0.r='#FF0000'>05r='#FF0000'>1OHMJA WA835r='#FF0000'>0.r='#FF0000'>09r='#FF0000'>1OHMJA WA835r='#FF0000'>0.r='#FF0000'>062OHMJA WA84r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1r='#FF0000'>1OHMJA WA835r='#FF0000'>0.r='#FF0000'>05OHMJA WA83r='#FF0000'>0.r='#FF0000'>05OHMJA WA83r='#FF0000'>0.r='#FF0000'>062OHMJA WA835r='#FF0000'>0.r='#FF0000'>068OHMJA
Description rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>05r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>15 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>082 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>082 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>068 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>09r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>056 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>13 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>056 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>12 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>05r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>09r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>062 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 3 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>1r='#FF0000'>1 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>05 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>05 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>062 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>rESISTOr, WIrE WOUND, 2.5 W, 5 %, 35r='#FF0000'>0 ppm, r='#FF0000'>0.r='#FF0000'>068 ohm, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>
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    GM123210SRSWB-01 GM123210GFEBB-01 GM123210GFENB-01 GM123210GFEWB-01 GM123210GFNBB-01 GM123210GFNNB-01 GM123210GFNWB-01 G

Electronic Theatre Controls, Inc.r>ETC[ETC]r>List of Unclassifed Manufacturersr>http://r>
Part No. GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0SrSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GFSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GMSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GNSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0GrSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NFSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NMSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNSNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NNSWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrEBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrENB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrEWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrNBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrNNB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrNWB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0NrSBB-r='#FF0000'>0r='#FF0000'>1 GMr='#FF0000'>1232r='#FF0000'>1r='#FF0000'>0Nr
Description LCD MODULE SPECIFICATION 液晶模组规格r>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>cap r='#FF0000'>15r='#FF0000'>0r='#FF0000'>0PF r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0V r='#FF0000'>1r='#FF0000'>0% X7r r='#FF0000'>axial Tr-r='#FF0000'>14r>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>cap r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>r='#FF0000'>1uf r='#FF0000'>1r='#FF0000'>0r='#FF0000'>0V r='#FF0000'>1r='#FF0000'>0% X7r r='#FF0000'>axial Tr-r='#FF0000'>14r>
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    RP5-19JA-14PC RP5-19JA-14SC RP5-19JB-14SC RP5-19RC-14SC RP5-19JB-14PC RP5-19JC-14PC RP5-19JC-14SC RP5-19PA-14PC RP5-19PA

HIrOSE[Hirose Electric]r>Hirose Electric USA, INC.r>HIrOSE ELECTrIC Co., Ltd.r>
Part No. rP5-r='#FF0000'>19JA-r='#FF0000'>14PC rP5-r='#FF0000'>19JA-r='#FF0000'>14SC rP5-r='#FF0000'>19JB-r='#FF0000'>14SC rP5-r='#FF0000'>19rC-r='#FF0000'>14SC rP5-r='#FF0000'>19JB-r='#FF0000'>14PC rP5-r='#FF0000'>19JC-r='#FF0000'>14PC rP5-r='#FF0000'>19JC-r='#FF0000'>14SC rP5-r='#FF0000'>19PA-r='#FF0000'>14PC rP5-r='#FF0000'>19PA-r='#FF0000'>14SC rP5-r='#FF0000'>19PB-r='#FF0000'>14PC rP5-r='#FF0000'>19PB-r='#FF0000'>14SC rP5-r='#FF0000'>19PC-r='#FF0000'>14PC rP5-r='#FF0000'>19PC-r='#FF0000'>14SC rP5-r='#FF0000'>19rA-r='#FF0000'>14PC rP5-r='#FF0000'>19rA-r='#FF0000'>14SC rP5-r='#FF0000'>19rB-r='#FF0000'>14PC rP5-r='#FF0000'>19rB-r='#FF0000'>14SC rP5-r='#FF0000'>19rC-r='#FF0000'>14PC rP5-r='#FF0000'>19J-r='#FF0000'>14SCr='#FF0000'>03
Description    rFCO-r='#FF0000'>axial CONNECTOrSr>rFCO-r='#FF0000'>axial CONNECTOrS rFCO同轴连接r>r='#FF0000'>14 CONTACT(S), GLASS FILLED POLYCArBONATE, FEMALE, CIrCULAr CONNECTOr, CrIMP, JACKr>
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    Taiyo Yuden Co., Ltd.r>
Part No. UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0D-B-BZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0K-B-BZ UPr='#FF0000'>025SLr='#FF0000'>15r='#FF0000'>0K-B-BZ UPr='#FF0000'>025SLr='#FF0000'>12r='#FF0000'>0M-B-BZ UPr='#FF0000'>025SLr='#FF0000'>12r='#FF0000'>0D-NA-CZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0J-NA-CZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0K-NA-CZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0K-A-BZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0M-NA-CZ UPr='#FF0000'>025SLr='#FF0000'>12r='#FF0000'>0K-B-BZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0M-B-BZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0D-NA-CZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0M-A-BZ UPr='#FF0000'>025SLr='#FF0000'>18r='#FF0000'>0D-B-BZ UPr='#FF0000'>025SLr='#FF0000'>15r='#FF0000'>0M-B-BZ UPr='#FF0000'>025SLr='#FF0000'>15r='#FF0000'>0D-B-BZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0J-B-BZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0M-B-BZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0K-A-BZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0K-B-BZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0K-NA-CZ UPr='#FF0000'>025SLr='#FF0000'>12r='#FF0000'>0D-A-BZ UPr='#FF0000'>025SLr='#FF0000'>12r='#FF0000'>0D-B-BZ UPr='#FF0000'>025SLr='#FF0000'>0r='#FF0000'>1r='#FF0000'>0M-A-BZ UPr='#FF0000'>025SLr='#FF0000'>1r='#FF0000'>0r='#FF0000'>0M-NA-CZ
Description r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, CErAMIC, MULTILAYEr, 5r='#FF0000'>0 V, SL, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1 uF, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, CErAMIC, MULTILAYEr, 5r='#FF0000'>0 V, SL, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>15 uF, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, CErAMIC, MULTILAYEr, 5r='#FF0000'>0 V, SL, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>12 uF, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, CErAMIC, MULTILAYEr, 5r='#FF0000'>0 V, SL, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>1 uF, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>r='#FFr='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0'>capACITOr, CErAMIC, MULTILAYEr, 5r='#FF0000'>0 V, SL, r='#FF0000'>0.r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>0r='#FF0000'>18 uF, THrOUGH HOLE MOUNT r='#FF0000'>axial LEADEDr>
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