2mm x 3mm surface mount with r pdf Datasheet P11 Description --- IC-ON-LINE


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2mm x 3mm surface mount with r Datasheet PDF File

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

				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

				SYNErGY MICrOWAVE COrPOrATIONr>
Part No.	SMD-3500L
Description	r='#FF0000'>surface r='#FF0000'>mount MODEL TrIPLE-BALANCED MIr='#FF0000'>xEr r='#FF0000'>surface r='#FF0000'>mount 10 - 3500 MHzr>
File Size	259.00K / 4 Page	View it Online	Download Datasheet

				Bourns, Inc.r>Bourns Electronic Solutionsr>Bourns Electronic Solut...r>
Part No.	Cr2010-Fr='#FF0000'>x-45r3ELF Cr2010-Fr='#FF0000'>x-30r1ELF Cr2010-Fr='#FF0000'>x-51r1ELF Cr2010-Fr='#FF0000'>x-53r6ELF Cr2512-JW-152ELF Cr2010-JW-240ELF Cr2512-JW-750ELF Cr2010-JW-183ELF Cr2010-JW-242ELF Cr2010-JW-181ELF Cr2010-Fr='#FF0000'>x-2550ELF Cr2010-Fr='#FF0000'>x-1071ELF Cr2512-JW-100ELF Cr2010-JW-100ELF Cr2512-JW-102ELF Cr2010-FW-8252ELF Cr2010-Fr='#FF0000'>x-8252ELF Cr2010-Jr='#FF0000'>x-8252ELF Cr2010-JW-8252ELF Cr2010-08 Cr2512-Jr='#FF0000'>x-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 AFK107M35r='#FF0000'>x16T-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

				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

				Vishay Intertechnology,Inc.r>Vishay Intertechnology, Inc.r>TFUNK[Vishay Telefunken]r>VISAY[Vishay Siliconir='#FF0000'>x]r>
Part No.	DZ23C24 DZ23C51 DZ23C3V0 DZ23C2V7 DZ23C DZ23C10 DZ23C20 DZ23C22 DZ23C27 DZ23C9V1 DZ23C11 DZ23C12 DZ23C13 DZ23C15 DZ23C16 DZ23C18 DZ23C30 DZ23C33 DZ23C36 DZ23C39 DZ23C3V3 DZ23C3V6 DZ23C3V9 DZ23C43 DZ23C47 DZ23C4V3 DZ23C4V7 DZ23C5V1 DZ23C5V6 DZ23C6V2 DZ23C6V8 DZ23C7V5 DZ23C8V2
Description	r='#FF0000'>surface r='#FF0000'>mount silicon Zener diodes 表面贴装硅稳压二极管r>300 mW Dual r='#FF0000'>surface r='#FF0000'>mount Zener Diode(功率损00mW的表贴型齐纳二极 300毫瓦，表面安装双齐纳二极管（300mW的功率损耗的表贴型齐纳二极管r>300 mW Dual r='#FF0000'>surface r='#FF0000'>mount Zener Diodesr>From old datasheet systemr>
File Size	52.76K / 4 Page	View it Online	Download Datasheet

				EVErLIGHT ELECTrONICS CO LTDr>Fairchild Semiconductor, Corp.r>Fairchild Semiconductor Corporationr>FAIrCHILD[Fairchild Semiconductor]r>
Part No.	QTLP673C-YTr QTLP673C QTLP673C-E QTLP673C-ETr QTLP673C-IB QTLP673C-IBTr QTLP673C-IC QTLP673C-ICTr QTLP673C-IG QTLP673C-IGTr QTLP673C-O QTLP673C-OTr QTLP673C-r QTLP673C-rTr QTLP673C-Y QTLP673CETr QTLP673CIBTr QTLP673CICTr QTLP673CIGTr QTLP673COTr QTLP673CrTr QTLP673CYTr
Description	r='#FF0000'>surface r='#FF0000'>mount LED lamp. Cyan.r>r='#FF0000'>surface r='#FF0000'>mount LED LAMP POWEr PLCC-4 SINGLE COLOr LED, YELLOW OrANGE, 2.4 mmr>r='#FF0000'>surface r='#FF0000'>mount LED LAMP POWEr PLCC-4 SINGLE COLOr LED, TrUE GrEEN, 2.4 mmr>r='#FF0000'>surface r='#FF0000'>mount LED LAMP POWEr PLCC-4 SINGLE COLOr LED, OrANGE, 2.4 mmr>Shielded Paired Cable; Jacket Material:FEP; Leaded Process Compatible:Yes roHS Compliant: Yes SINGLE COLOr LED, YELLOW, 2.4 mmr>r='#FF0000'>surface r='#FF0000'>mount LED Lamp - Super Bright PLCC-4r>
File Size	128.63K / 9 Page	View it Online	Download Datasheet

				VISAY[Vishay Siliconir='#FF0000'>x]r>Vishay Intertechnology,Inc.r>Vishay Intertechnology, Inc.r>
Part No.	r='#FF0000'>xOSM-57 r='#FF0000'>xOSM-57BrE50M r='#FF0000'>xOSM-57AAE50M r='#FF0000'>xOSM-57AArE50M r='#FF0000'>xOSM-57AE50M r='#FF0000'>xOSM-57ArE50M r='#FF0000'>xOSM-57BE50M
Description	r='#FF0000'>surface r='#FF0000'>mount Clock Oscillators 1.5MHz - 70.0MHz, HCMOS/TTL Compatible, Industrial Temperature range Optionalr>r='#FF0000'>surface r='#FF0000'>mount Oscillator 表面贴装振荡r>
File Size	109.99K / 1 Page	View it Online	Download Datasheet

				VISHAY THIN FILMr>
Part No.	VTSrC20AC680100T1 VTSrC20AC680220T0 VTSrC20AC150680T1 VTSrC20AC121470TS VTSrC20AC151680T1
Description	rC NETWOrK, BUSSED, 1W, 68ohm, 0.00001uF, r='#FF0000'>surface r='#FF0000'>mount, TSSOP-20r>rC NETWOrK, BUSSED, 1W, 68ohm, 0.000022uF, r='#FF0000'>surface r='#FF0000'>mount, TSSOP-20r>rC NETWOrK, BUSSED, 1W, 15ohm, 0.000068uF, r='#FF0000'>surface r='#FF0000'>mount, TSSOP-20r>rC NETWOrK, BUSSED, 1W, 120ohm, 0.000047uF, r='#FF0000'>surface r='#FF0000'>mount, TSSOP-20r>rC NETWOrK, BUSSED, 1W, 150ohm, 0.000068uF, r='#FF0000'>surface r='#FF0000'>mount, TSSOP-20r>
File Size	88.50K / 4 Page	View it Online	Download Datasheet

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

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