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    Bourns Inc SRF4532TA-142Y

    Common Mode Chokes / Filters CMC,4.5x3.2x2.8mm,1400ohm+/-25%,2A,shd
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics SRF4532TA-142Y 6,535
    • 1 $1.08
    • 10 $0.699
    • 100 $0.585
    • 1000 $0.493
    • 10000 $0.416
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    Bourns Inc SRF4530A-101Y

    Common Mode Chokes / Filters Chip inductor
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics SRF4530A-101Y 3,760
    • 1 $0.62
    • 10 $0.449
    • 100 $0.359
    • 1000 $0.343
    • 10000 $0.28
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    Bourns Inc SRF4530A-101YH

    Common Mode Chokes / Filters SMD COMMON MODE FILTER
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics SRF4530A-101YH 1,432
    • 1 $0.75
    • 10 $0.491
    • 100 $0.381
    • 1000 $0.353
    • 10000 $0.278
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    ECS International Inc ECS-96SMF45A15-TR

    Crystals 45.000 MHz SMD 2 pole Filter 3dB BW +/-7.5 KHz 7 x 5 x 1.35 mm (LWH)
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics ECS-96SMF45A15-TR 867
    • 1 $3.53
    • 10 $3.06
    • 100 $2.86
    • 1000 $2.83
    • 10000 $2.83
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    Bourns Inc SRF4530A-110Y

    Common Mode Chokes / Filters CMC,4.5x3.2x3mm,11uH-30%,+50%,0.36A,50V
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics SRF4530A-110Y 538
    • 1 $0.75
    • 10 $0.491
    • 100 $0.381
    • 1000 $0.337
    • 10000 $0.278
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    Find more A1 F45 price and stock on Findchips.com

    A1 F45 Datasheets Context Search

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    iw 1688

    Abstract: Mini-circuits marking code 350 pat ITE 8572 Marking c145 marking VU smb B1404
    Text: C a se S tyles K OUTLINE DIMENSIONS case no. c J K .400 10.16 .200 5.08 .20 5.08 .14 3.56 .031 .79 5.2 A1,B3,E1,B7 .210 5.33 .230 5.84 .100 2.54 .20 5.08 .14 3.56 .020 .51 2.3 A1,B4,E1,B7 .210 5.33 .370 9.40 .400 10.16 .200 5.08 .20 5.08 .14 3.56 .031 .79


    OCR Scan     		PDF

    CuZn37 F45

    Abstract: CuZn37 DIN 41496 CuZn37F45 St2K40 cuzn A1 F45 D-57334 DIN41496 60-2803-xx
    Text: 60-2803-xx fil entspricht 3 x 12 A1 DIN 41496 C Itla B e werden bei der Prüfung besonders beachtet 3.4 0.5 CuZn37 F45 60-2803-01 3.2 0.4 CuZn37- 645 60-2803-91 2.2 0.3 CuZn37 F45 60-2803-71 2.8 0.3 CuZn37 F45 60-2803-61 3.2 0.3 CuZn37 F45 60-2803-51 2.2 0.5 CuZn37 F45


    OCR Scan     		60-2803-xx CuZn37 St2K40 CuZn37 F45 DIN 41496 CuZn37F45 cuzn A1 F45 D-57334 DIN41496 60-2803-xx PDF

    Untitled

    Abstract: No abstract text available
    Text: 1 6 5,,)&8 1234564789A8BCB8D5EF7 5 4588 888 8 D 12 123456789A2BC88 12 DED8F75B6785CA88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 89!"8 43424 143BD65 43474 1936B5 43974 123C95 43424 143BD65 43974 123C95 43974EF 123C9EF 5 434D7 193D75 43424


    Original     		1234564789A8BCB8D5EF7 123456789A2BC88 5B678 143BD65 1936B5 123C95 43974EF 123C9EF PDF

    Untitled

    Abstract: No abstract text available
    Text: £ Z 7 Ä T# S G S -T H O M HCC4519B H C F4519B S O N KS0EI3 ilLI@ iKlDei 4 - BIT AND/OR SELECTOR PRODUCT PREVIEW . . . • VERY LOW QUIESCENT CURRENT HIGH NOISE IMMUNITY SUPPLY VOLTAGE RANGE 3V TO 18V SINGLE SUPPLY VOLTAGE - POSiTIVE OR NEGATIVE . LOGIC SWING INDEPENDENT OF FANOUT


    OCR Scan     		HCC4519B F4519B HCC4519 HCF4519 HCC4519B HCF4519B HCC45 0Db722Ã PDF

    SDF450

    Abstract: No abstract text available
    Text: SDP/F450 Green Product S a mHop Microelectronics C orp. Preliminary 500V N-Channel Planar MOSFET FEATURES PRODUCT SUMMARY V DSS 500V ID 14A G D S Fast Switching. R DS ON (m Ω) Max 100% Avalanche Rated. 0.4 @ VGS=10V,ID=7A TO-220 TO-220F G D S ABSOLUTE MAXIMUM RATINGS ( T A=25 °C unless otherwise noted )


    Original     		SDP/F450 O-220 O-220F SDP450 SDF450 O-220/220F SDF450 PDF

    Untitled

    Abstract: No abstract text available
    Text: 1 12314567897ABCD64E9F459F674D9A5 2C3 1234564 6789A9BC42DA4EF8F2B7F4FD4 2B2FFB4 4 1 1 5F99D49BC4 2BF4 45F4 2DF4 234567428331 9ABC13CD1 EFFA1A1 234428331 9ABC13C1 7A167F1 1AA6A1A6F71716!1


    Original     		12314567897ABCD64E9F459F674D9A5 6789A9BC42DA4EF8 9ABC13CD1 9ABC13C 9ABC13C21 9ABC13C31 713C331 PDF

    9834E

    Abstract: 863A1 4a14c 3AA1 431A1
    Text: 1 Datasheet CCCC9CF !C "#$C%EFC&'!CC 9C"'FC  A *8C 1 1 ●&'FC%!'C ●8!EC • ;B67!19CED1C914686818412. B1 ■A1 2. 1 6D9A1 C91 AEA38A51 'C81 8A1 )!1 9CED1 4/1 1


    Original     		-1C912. /43F1 A18A3E 6D9A1C91 C5A51841 74E834D91 /3A36AE7 34EC5A51 9834E 863A1 4a14c 3AA1 431A1 PDF

    61a17

    Abstract: E11AB BFE 81A
    Text: 123456789 1 2ABBCD91BCEFE9ECBE1 9 1 92DBB9 1 BB9BCAE9 716351B7B7978916789ABC91871787BA81 977E1 81 8A1 D !1 "71 981 BAE799ABF1 71 6351 91 79871 A1 #B81 1 7B$AB"8E71 977E1D !1$7%B791A1EA919789&71 7"#771 81


    Original     		2ABBCD91BCEF 92DBB 351B7 B7978 916789ABC BAE799ABF1 BAE799 B7997 971A871 16789ABC 61a17 E11AB BFE 81A PDF

    Untitled

    Abstract: No abstract text available
    Text: 15 12342567839A 39A4BC9DAE5DB5 1 123456789AB8C6 56789AB8C6D2EBF4A8B46A6DE566 345678492 11 11 11 11 11 CB811AB1BC11C8 C8A 1 !"98AB1AA 1A11A88CA#C A#C81 $1%A11%A19A81


    Original     		2342567839A 39A4BC9DAE5 123456789AB8C6 56789AB8C6D2EBF4A8B46 79DE392 9C54468A25B 54468A25B F45698A5 585C464892 5D7492 PDF

    Untitled

    Abstract: No abstract text available
    Text: 15 12342567839A 39A4BC9DAE5DB5 1 123456789AB8C6 56789AB8C6D2EBF4A8B46A6DE566 345678492 11 11 11 11 11 CB811AB1BC11C8 C8A 1 !"98AB1AA 1A11A88CA#C A#C81 $1%A11%A19A81


    Original     		2342567839A 39A4BC9DAE5 123456789AB8C6 56789AB8C6D2EBF4A8B46 79DE392 9C54468A25B 54468A25B F45698A5 585C464892 5D7492 PDF

    Untitled

    Abstract: No abstract text available
    Text: 15 12342567839A 39A4BC9DAE5DB5 1 123456789AB8C 456789AB8C6D2EBF4A8B46A6DE566 345678492 11 11 11 11 11 CB811AB1BC11C8 C8A 1 !"98AB1AA 1A11A88CA#C A#C81 $1%A11%A19A81


    Original     		2342567839A 39A4BC9DAE5 123456789AB8C 456789AB8C6D2EBF4A8B46 79DE392 9C54468A25B 54468A25B F45698A5 585C464892 5D7492 PDF

    Untitled

    Abstract: No abstract text available
    Text: 15 12342567839A 39A4BC9DAE5DB5 1 123456789AB8C 456789AB8C6D2EBF4A8B46A6DE566 345678492 11 11 11 11 11 CB811AB1BC11C8 C8A 1 !"98AB1AA 1A11A88CA#C A#C81 $1%A11%A19A81


    Original     		2342567839A 39A4BC9DAE5 123456789AB8C 456789AB8C6D2EBF4A8B46 79DE392 9C54468A25B 54468A25B F45698A5 585C464892 1AB19 PDF

    Untitled

    Abstract: No abstract text available
    Text: 15 12342567839A 39A4BC9DAE5DB5 1 123456789AB8C6 56789AB8C6D2EBF4A8B46A6DE566 345678492 11 11 11 11 11 CB811AB1BC11C8 C8A 1 !"98AB1AA 1A11A88CA#C A#C81 $1%A11%A19A81


    Original     		2342567839A 39A4BC9DAE5 123456789AB8C6 56789AB8C6D2EBF4A8B46 79DE392 9C54468A25B 54468A25B F45698A5 A585B464892 71AB1+ PDF

    Untitled

    Abstract: No abstract text available
    Text: 15 12342567839A 39A4BC9DAE5DB5 1 123456789AB8C 456789AB8C6D2EBF4A8B46A6DE566 345678492 11 11 11 11 11 CB811AB1BC11C8 C8A 1 !"98AB1AA 1A11A88CA#C A#C81 $1%A11%A19A81


    Original     		2342567839A 39A4BC9DAE5 123456789AB8C 456789AB8C6D2EBF4A8B46 79DE392 9C54468A25B 54468A25B F45698A5 585C464892 5D7492 PDF

    cd4024 applications

    Abstract: cd40245 hp1106a CT5602-2 "tunnel diode" oscillator HP1106 TD1107 "DC Drive" damp iris tunnel diode Design Considerations for Triggering of Flashlamp
    Text: Application Note 98 November 2004 Signal Sources, Conditioners and Power Circuitry Circuits of the Fall, 2004 Jim Williams Introduction Occasionally, we are tasked with designing circuitry for a specific purpose. The request may have customer origins or it may be an in-house requirement. Alternately, a circuit


    Original     		an98f AN98-27 AN98-28 cd4024 applications cd40245 hp1106a CT5602-2 "tunnel diode" oscillator HP1106 TD1107 "DC Drive" damp iris tunnel diode Design Considerations for Triggering of Flashlamp PDF

    10C3

    Abstract: No abstract text available
    Text: LEA Operation: ea → D LEA Load Effective Address Assembler Syntax: no parallel move Description: LEA ea,D The address calculation specified is executed and the resulting effective address is stored in the destination register. The source address register and the update mode used to compute the updated address are specified by the effective address (ea). Note that the source


    Original     		PDF

    DD0001

    Abstract: 10C3
    Text: Freescale Semiconductor, Inc. LEA Operation: ea → D Assembler Syntax: no parallel move Description: Freescale Semiconductor, Inc. LEA Load Effective Address LEA ea,D The address calculation specified is executed and the resulting effective address is stored


    Original     		PDF

    hef401068

    Abstract: pcf0700 HEF4000B Family specifications pcf0700 philips PCF0450 PCF0330 HEF4000B PCF1100 hef4011 philips HEF4731B
    Text: DEVELOPMENT SAMPLE DATA PCF0700 IPCC0700 T h is in fo rm a tio n is d e rive d fro m d e v e lo p m e n t sam p les m ad e a va ila b le fo r e v a lu a t io n . It do es n o t n e c e ssa rily im p ly th a t th e d e v ic e w ill go in to 'e g u la r p ro d u c tio n ,


    OCR Scan     		PCF0700 IPCC0700 PC0700 PCF0700 PCC0700, HEF4071B HEF4724B HEF4072B HEF4731B; HEF4073B hef401068 HEF4000B Family specifications pcf0700 philips PCF0450 PCF0330 HEF4000B PCF1100 hef4011 philips HEF4731B PDF

    FE8B

    Abstract: a988
    Text: MOVE C Move Control Register Operation: Assembler Syntax: X:<ea>→ D S1→ X:<ea> #xxxx → D MOVE(C) MOVE(C) MOVE(C) X:<ea>,D S,X:<ea> #xxxx,D S→D MOVE(C) S,D X:(R2+xx) → D S→ X:(R2+xx) MOVE(C) MOVE(C) X:(R2+xx),D S,X:(R2+xx) Description: MOVE(C)


    Original     		PDF

    A988

    Abstract: DSP56800 FE8B SR-0005
    Text: Instruction Set Details Descriptions MPY MPY Signed Multiply Operation: + S1 * S2 → D no parallel move S1 * S2 → D (one parallel move) S1 * S2 → D (two parallel reads) Assembler Syntax: MPY (+)S1,S2,D MPY S1,S2,D MPY S1,S2,D (no parallel move) (one parallel move)


    Original     		16-bit 36-bit DSP56800 A988 FE8B SR-0005 PDF

    A988

    Abstract: A987 F454 0024A0024 FE8B
    Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. MOVE C Move Control Register Operation: Assembler Syntax: X:<ea>→ D S1→ X:<ea> #xxxx → D MOVE(C) MOVE(C) MOVE(C) X:<ea>,D S,X:<ea> #xxxx,D S→D MOVE(C) S,D X:(R2+xx) → D S→ X:(R2+xx)


    Original     		PDF

    faf41

    Abstract: 744D MK-3B
    Text: 123456789A A 1 1 1 A A A A 8 #6C633D28B92368$3DD8%8&B4'813748 27"C9728 B28 A 1 1 123456278 1 215AF7DAEF179AB9A1E719BB61C76A58D1 211F486D19BB617BDE5AF741 211 2!FED1DEF561"#$%1


    Original     		23456789A B92368 C9728 21345678179AB9A1C76A58D1BE7B7EAF74561A71A 584DAF 179AB9A1 1C76A58D1 F486D1 17BDE5AF741 DEF561" faf41 744D MK-3B PDF

    Untitled

    Abstract: No abstract text available
    Text: O K I s e m ic o n d u c t o r MSM699210 HIGH PERFORMANCE DIGITAL SIGNAL PROCESSOR FAMILY 1. GENERAL OUTLINE The MSM699210 is a DSP with the same architecture as the MSM6992, but with doubled internal memory size and a reduced number of pins by shared use of the external program


    OCR Scan     		MSM699210 MSM699210 MSM6992, MSM6992 16-bit PROCESSOR-MSM699210 -F-106 PDF

    AN72

    Abstract: AN72F PM-5771 2N2369 avalanche an7212 2N2369 AVALANCHE PULSE GENERATOR an7210 application circuits of ic 74121 LM733 2tx-849
    Text: Application Note 72 May 1998 A Seven-Nanosecond Comparator for Single Supply Operation Guidance for Putting Civilized Speed to Work Jim Williams INTRODUCTION In 1985 Linear Technology Corporation introduced the LT 1016 Comparator. This device was the first readily


    Original     		LT1016 LT1016, LT1394, AN72-41 90VDC AN72-42 V-to-90V AN72-43 AN72-44 an72f AN72 PM-5771 2N2369 avalanche an7212 2N2369 AVALANCHE PULSE GENERATOR an7210 application circuits of ic 74121 LM733 2tx-849 PDF