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F35FDC-04V-K CONNECTOR
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F35FDC-04V-K Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
SC04B-F35DK-GGR

Abstract: No abstract text available
Text: 17.38 (19.98) — — — 20 — F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K , €” 10 — F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K 200 4 5.08 17.38 B , name 4 J300 SERIES/J310S Receptacle housing A F31FSS-03V-KX F31FSS-03V-KY F31FSS- 04V -KX F31FSS- 04V -KY F31FSS-05V-KX F31FSS-05V-KY F31FSS-06V-KX F31FSS-06V-KY F31FSS-08V-KX F31FSS , 38.05 100 26.67 35.75 45.67 100 34.29 F31FDS-06V- K F31FDS-08V- K F31FDS-10V- K


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PDF testing/10mâ J-340 F34FFC-20V-K J4000 J4200S J42PF-02SCA J42PF-02SCB J-4200 SC04B-F35DK-GGR
Not Available

Abstract: No abstract text available
Text: • 4 circuits 17.38 (19.98) — — — 20 — F35FDC-02V- K F35FDC-04V-K , €” 10 — F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K 200 4 5.08 17.38 B , -3 1 F31FSS-03V-KX F31FSS-03V-KY F31FSS- 04V -KX F31FSS- 04V -KY F31FSS-05V-KX F31FSS , 100 19.05 28.13 38.05 100 26.67 35.75 45.67 100 34.29 F31FDS-06V- K F31FDS-08V- K F31FDS-10V- K F31FDS-12V- K F31FDS-16V- K F31FDS-20V- K — 12 11.63 6


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PDF testing/10mâ J-340 F34FFC-20V-K J4000 J4200S J42PF-02SCA J42PF-02SCB J-4200
B10B-JPF3MK-GKXXR

Abstract: jfa-j300 JPF3FMS-10V-KXX P18B-F36TK-GFAR sf3f-01gf KYY 72 kyx 28 BF3F-71GF-P2 F35FDC-02V-K BF3M-71
Text: circuits · 4 circuits 17.38 (19.98) - - - 20 - F35FDC-02V- K F35FDC-04V-K , 2 circuits Q'ty / bag 2 - - 10 - F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K , J300 SERIES/J310S Receptacle housing A F31FSS-03V-KX F31FSS-03V-KY F31FSS- 04V -KX F31FSS- 04V , 100 19.05 28.13 38.05 100 26.67 35.75 45.67 100 34.29 F31FDS-06V- K F31FDS-08V- K F31FDS-10V- K F31FDS-12V- K F31FDS-16V- K F31FDS-20V- K - 12 11.63 6


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PDF testing/10m J-340 F34FFC-20V-K J4000 J4200S J42PF-02SCA J42PF-02SCB J-4200 B10B-JPF3MK-GKXXR jfa-j300 JPF3FMS-10V-KXX P18B-F36TK-GFAR sf3f-01gf KYY 72 kyx 28 BF3F-71GF-P2 F35FDC-02V-K BF3M-71
2008 - SC04B-F35DK-GGR

Abstract: P18B-F36TK-GFAR F35FDC-02V-K P12B-F35DK-GFAR F35FDC-04V-K SC20B-F35DK-GGR F32MDP-20V-KXX f35fD F35FDC-20V-K F35FDC-10V-K
Text: circuits · 4 circuits 17.38 (19.98) - - - 20 - F35FDC-02V- K F35FDC-04V-K , F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K 200 4 5.08 17.38 B (19.98) A , -03V-KX F31FSS-03V-KY F31FSS- 04V -KX F31FSS- 04V -KY F31FSS-05V-KX F31FSS-05V-KY F31FSS-06V-KX F31FSS , 100 26.67 35.75 45.67 100 34.29 F31FDS-06V- K F31FDS-08V- K F31FDS-10V- K F31FDS-12V- K F31FDS-16V- K F31FDS-20V- K - 12 11.63 6 Dimensions (mm) Model No. 43.37 53.29


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PDF testing/10m J-340 F34FFC-20V-K J4000 J4200S J42PF-02SCA J42PF-02SCB J-4200 SC04B-F35DK-GGR P18B-F36TK-GFAR F35FDC-02V-K P12B-F35DK-GFAR F35FDC-04V-K SC20B-F35DK-GGR F32MDP-20V-KXX f35fD F35FDC-20V-K F35FDC-10V-K
SC04B-F35DK-GGR

Abstract: BF3M-71 P18B-F36TK-GFAR BF3F-71GF-P2 F36FTC-03V-K BC20B-F35DK-GGR SF3F-71GF-P2 SC20B-F34FK-GGR j3105 B10B-JPF3MK-GKXXR
Text: 5.08 22.8 16.4 J-3 Circuits 5.08 Keying - - - - - Model No. F35FDC-02V- K F35FDC-04V-K , -3 Circuits 5.08 Keying - - - - Model No. F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K , 3 4 JST 5 Model No. F31FSS-03V-KX F31FSS-03V-KY F31FSS- 04V -KX F31FSS- 04V -KY F31FSS-05V-KX F31FSS , . Circuits Keying 6 - - - - - - Model No. F31FDS-06V- K F31FDS-08V- K F31FDS-10V- K F31FDS-12V- K F31FDS-16V- K F31FDS-20V- K Material Dimensions (mm) A 7.62 11.43 15.24 19.05 26.67 34.29 B 16.70 20.51


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PDF testing/10m F34PFF-20VKA F34PFF-20SCA F34PFF-20VKB F34PFF-20SCB J42PF-02SCA J42PF-02SCB SC04B-F35DK-GGR BF3M-71 P18B-F36TK-GFAR BF3F-71GF-P2 F36FTC-03V-K BC20B-F35DK-GGR SF3F-71GF-P2 SC20B-F34FK-GGR j3105 B10B-JPF3MK-GKXXR
2009 - S06B-F31MK-GGXYR

Abstract: F32FSS-02V-KX F35FDC-06V-K 41gf P18B-F36TK-GFAR p12b-f35dk-gfar J5001 J350D J21DF-08V-K B03B-F31SK-GGY
Text: Keying - - - - - Model No. F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K F35FDC-20V- K , Model No. F35FDC-02V- K F35FDC-04V-K F35FDC-06V- K F35FDC-10V- K Material Q'ty / bag 200 200 200 100 , 5 Model No. F31FSS-03V-KX F31FSS-03V-KY F31FSS- 04V -KX F31FSS- 04V -KY F31FSS-05V-KX F31FSS , . Circuits Keying 6 - - - - - - Model No. F31FDS-06V- K F31FDS-08V- K F31FDS-10V- K F31FDS-12V- K F31FDS-16V- K F31FDS-20V- K Material Dimensions (mm) A 7.62 11.43 15.24 19.05 26.67 34.29 B 16.70 20.51


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PDF testing/10m F34PFF-20VKA F34PFF-20SCA F34PFF-20VKB F34PFF-20SCB J42PF-02SCA J42PF-02SCB S06B-F31MK-GGXYR F32FSS-02V-KX F35FDC-06V-K 41gf P18B-F36TK-GFAR p12b-f35dk-gfar J5001 J350D J21DF-08V-K B03B-F31SK-GGY
2005 - F35FDC-20V-K

Abstract: SC20B-F34FK-GGR J5001 SF3F-71GF-P2 F31MSF-08V-KX B02B-F32SK-GGXR J390A BC20B-F35DK-GGR B02B-F32SK-GGYR B03B-F32SK-GGXR
Text: / bag 2 - F35FDC-02V- K 200 4 - F35FDC-04V-K 200 6 - F35FDC-06V- K 200 , ) 200 Y F31FSS-03V-KY 7.62( .300) 16.70( .657) 26.62(1.048) 200 X F31FSS- 04V -KX 11.43( .450) 20.51( .807) 30.43(1.198) 200 Y F31FSS- 04V -KY 11.43( .450) 20.51( .807) 30.43 , ( .450) 20.51( .807) 30.43(1.198) 100 10 ­ F31FDS-10V- K 15.24( .600) 24.32( .957) 34.24(1.348) 100 ­ F31FDS-12V- K 19.05( .750) 28.13(1.107) 38.05(1.498) 100 ­ F31FDS-16V- K


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PDF cPFS-10KU* J340F F34PFF-20( F34FFC-20V-K F35FDC-20V-K SC20B-F34FK-GGR J5001 SF3F-71GF-P2 F31MSF-08V-KX B02B-F32SK-GGXR J390A BC20B-F35DK-GGR B02B-F32SK-GGYR B03B-F32SK-GGXR
Not Available

Abstract: No abstract text available
Text: - 0.4V , T - 2.4V (Figure B) S 3 = 0, R 5 = 1 k , C 4 * 15pF Bq to B 7 « 2.4V, T = 2 .4V (Figure B) S 3 - 1, R 5 - 1k, C 4 - 3 0 p F Bo to B 7 - 0.4V , t - 2.4V (Figure B) Sa = 0, R 5 - 1 k , C4 - 3 0 p , - 1k, C 4 - 15pP Ao to A 7 » 0.4V , R * 2.4V (Figure B) S 3 * 0, R 5 = 1 k , C 4 = 15pF Ao to A 7 - , 2.4V, R » 0.4V {Figure A) R l * 1k, R 2 » 5 k , C i 30pF T - 2.4V, H - 0.4V (Figure A) R l - 1k, R 2 - , = 0 .4 V (Figure A) R i - 1 k , R2 - 5 k , C i = 3 0 p F B 0 to B 7 * 0.4V , T « 2.4V (Figure B) S 3


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PDF 2948/Am Am2948/Am2949 300pF Am2948 Am2949 300pF 667ft,
Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS CD -0 .4 V . T / R - 0 . 4 V (Figure 1 ) R i - 1 k , « 2 - 5k, C i - aOpF CD - 0.4V . T /R - 0.4V (Figure 1) R j - 1k, R2 - 5 k , C i- 3 0 p F Bo to B 7 * 2.4V, T /R - 0.4V (Figure 3) S3 - I . R5 - 1 k , C4 - 1 5 p F Bo to 8 7 « 0.4V , T /R - 0 .4 V (Figure 3) S3 - O , R5 - 1 k , C4 - 1 5 p F Bo to B 7 - , .4 V , T / R - 0 . 4 V (Figure 1) R i - 1k, R2 - 5 k , C i - 30pF C D -0 .4 V , T /R - 0.4V (Figure 1 ) R i - 1 k , R2 - 5 k , C i -3 0 p F Bo to 8 7 - 0.4V , T /R - 0.4V (Figure 3) S a - 1 , R5 - 1 k , C4


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PDF Am2946/Am2947 300pF Am2946 Am2947 100ft, 300ft,
Not Available

Abstract: No abstract text available
Text: to A Port T - 2.4V, R - 0.4V (Figure A) Rl -1 k , R2 - 5 k , Ci - 30pF 8 ' 12 ns ns , Bo to B7 - 0.4V , T - 2.4V (Figure B) S3 -O , R5 - 1 k , C4 -1 5p F Bo to B7 - 2.4V, T - 2.4V (Figure , DATA/MODE SPECIFICATIONS T 2.4V, R 0.4V (Figure A) R l - 1k, R2 - 5 k , C i - 30pF MILITARY , , R5 -1 k , C4 -3 0p F Bo to B t.- 0.4V , T » 2.4V (Figure S3 - 0, Rs - 5k, C4 - 30pF B) B) B) B , (Figure A) -1 k , R2 - 5k, C i-3 0 p F Bo to 8 7 - 0.4V , T - 2.4V (Figure B) S3 - I , R5 - 1k, C4 15pF


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PDF Am2948/Am2949 300pF Am2948 Am2949 -300pF
Mc6859

Abstract: No abstract text available
Text: DATA OUTPUT ONE C 7 DATA OUTPUT THREE C 8 16 VDD 15 1 DATA IN PUT THREE 14 DATA IN PU T TWO 13 K EY VARIABLE DATA INPUT 12 K EY VARIABLE CLOCK INPUT 11 3 VARIABLE GROUND 10 3 DATA O UTPUT TWO 9 3 , is a t r a d e m a r k o f H a r r is C o r p o r a t io n q ry Specifications HS , - - 10ns 35ns 15ns 0 - - - 10ns 10ns 15ns 0 - - -25ns VDD + 0.4V GND + 0.4V 35ns VDD + 0.4V GND + 0.4V 20ns VOD + 0.4V GND + 0.4V V D D - 0 .4 V GND - 0 .4 V V D D - 0 .4


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PDF ON3044S5 MC6859 250mW 10MHz 20MHz 10MHz -550C w/15pf. 536ns,
7304B

Abstract: No abstract text available
Text: 15pF B 0 to B 7 = 2.4V, T /R = 0.4V (Figure 3) S 3 = 0, R s - 1 k . C 4 = 15pF B 0 to B 7 = 0.4V , T /R - , ) S-i = 0, R 4 = 1k, C 3 = 300pF S 2 = 1, r 3 = 1 k , C 2 = 15pF CD = 0.4V (Figure 2) S-i = 0, R 4 = 1k, C 3 = 15pF S 2 = 1 , R 3 = 5k, C 2 = 30pF CD = 0.4V (Figure 2) S-, = 1, R 4 = 1 k , C 3 = 15pF S 2 = , . C D - V |L M AX., T/R = 2.0V, V t = 0.4V C D = 2.0V, l| N = - 1 2 m A C D - 2.0V V0 = 0.4V V 0 = , V |L M AX., V, = 0.4V C D = 2.0V, l| N = - 1 2 m A C D = 2.0V V 0 - 0.4V V 0 = 4.0V -7 0 -0 .7 -2 5


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PDF Am73/8304B 300pF MIL-STD-883 Am73/8304Bs DP7304BJ DP8304BJ DP8304BN AM8304BX 7304B
NPN CBO 40V CEO 25V EBO 5V

Abstract: MMST8598
Text: ic NF Ic Max. 200mA · SMT (SC-59/Japanese SOT-23) DIE NO. C22 M A R K IN G R1C SST1130 , 2dB 200mA C22 RSR (Vbe (on) ) 0.2V 0.6V 0.4V 0.5V 0.4V 0.3V 1.2V 1.0V 0.95V 0.65V (V be , 20 40 SST4401 MMST4401 60V 40V 6V 100nA 35V 80 40 1.0mA 10V 10mA 10V 150mA 1V 0.4V 1.6V 1.3V 2.6V 150mA 500mA 8pF 250MHz 20mA 600mA C31 R1B Cob Max. fT Min. @ Ic toff Max. Ic Max. DIE NO. M AR K IN G , 0.3V 0.95V 50mA 150mA 4pF 300MHz 10mA 200mA C37 RZC 0.4V 0.95V 1.2V 50


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PDF OT-23) 200mA SC-59/Japanese SST1130 MMST1130 SST5088 MMST5088 100nA 50MHz NPN CBO 40V CEO 25V EBO 5V MMST8598
2008 - dc dc sepic 5 v converter

Abstract: 152k 2KV sepic b 152k 2kv LM3481 MSOP-10 Oscillation mosfet converter diagram
Text: 1) VIN FB - 0.4V 6V COMP - 0.4V 6V UVLO - 0.4V 6V VCC - 0.4V 6V DR ESD (Note 2) - 0.4V 6V FA/SYNC/SD - 0.4V 6V ISEN 150 - 0.4V 50V MM (60 ) (15 ) 1.0A 2kV 215 220 (Note 1) - 0.4V 600mV - 65 150 2.97V 48V - 40 125 100kHz 1MHz , Resistor RSL LM3481 VSL K × RSL K 40 A Figure 6 K


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PDF LM3481 ds201365 100kHz DS201365-01-JP dc dc sepic 5 v converter 152k 2KV sepic b 152k 2kv LM3481 MSOP-10 Oscillation mosfet converter diagram
2008 - 152k 2KV

Abstract: LM3481 dc dc 5 v sepic converter MSOP-10 MOSFET FOR 100khz msop m2
Text: 1) VIN FB - 0.4V 6V COMP - 0.4V 6V UVLO - 0.4V 6V VCC - 0.4V 6V DR ESD (Note 2) - 0.4V 6V FA/SYNC/SD - 0.4V 6V ISEN 150 - 0.4V 50V MM (60 ) (15 ) 1.0A 2kV 215 220 (Note 1) - 0.4V 600mV - 65 150 2.97V 48V - 40 125 100kHz 1MHz , Resistor RSL LM3481 VSL K × RSL K 40 A Figure 6 K


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PDF LM3481 ds201365 100kHz DS201365-01-JP 152k 2KV LM3481 dc dc 5 v sepic converter MSOP-10 MOSFET FOR 100khz msop m2
15 pin to usb

Abstract: No abstract text available
Text: C1 c 2 ^S Sc 3 X TALIN c 4 XTALO UT c 5 c 6 MODE I V DDQ3 c 7 P C IC L K _ F c 8 REF1 REFO PCICLKO c , b c l k / io c l k U S B C L K /IO C L K v ss c c c c I c I c c 3 3 3 3 3 3 3 3 3 3 3 3 3 , MHz PCICLK[0:5] PCICLK_F 30.0 MHz 33.33 MHz REF[0:1] IOAPIC 14.318 MHz 14.318 MHz U S B C L K /IO C LK , ] IOAPIC 14.318 MHz 14.318 MHz U S B C L K /IO C LK P ] 48.0 M H z / 24.0 MHz 48.0 M H z / 24.0 MHz , at 1.5V Clock Output CPUCLK, SDRAM CPUCLK, SDRAM u s b c l k I® ] PPM -1 9 5 0 167 167


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PDF 82430TX 15 pin to usb
6X86

Abstract: 82430TX CY2277A CY2277APAC-1 CY2277APAC-1M CY2277APVC-1 CY2277APVC-2 CY2277APVC-3
Text: PWR_DWN K 1 stop logic SCLKK- SDATAK— serial interface control logic Divide and Mux Logic , October 12, 1998 This Material Copyrighted By Its Respective Manufacturer : "^wíí.I- .S S TlLík^ k , ' : "^w^i.I- .S S TlLik^ k ^ Function Table (-1, -1M, -12) CY2277A CPUCLK[0:3] PCICLK[0:5] REF[0:1] USBCLK , O JSP' : "^w^i.I- .S S TlLik^ k ^ Operating Conditions1101 CY2277A Parameter Description Min. Max , '11] VDDQ3> AVdd, Vddcpu = 3.135V IQL = 24 mA CPUCLK 0.4V V IQL = 29 mA SDRAM IQL = 26 mA PCICLK


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PDF CY2277A 82430TX 6X86 CY2277A CY2277APAC-1 CY2277APAC-1M CY2277APVC-1 CY2277APVC-2 CY2277APVC-3
2009 - of I 4017 n

Abstract: ic 4017 PIN DIAGRAM free IC 4017 163 sot-23 ae32 81XX-AE3-3-R 81XX-AE3-2-R 81XX-AB3-D-R 81XX Marking T92 SOT-23 PIN
Text: VsTyp. - 0.4V 0V UNISONIC TECHNOLOGIES CO., LTD www.unisonic.com.tw 5 of 6 QW-R119-001, K , -001, K 81XX LINEAR INTEGRATED CIRCUIT MARKING INFORMATION PACKAGE MARKING PACKAGE , of 6 QW-R119-001, K 81XX LINEAR INTEGRATED CIRCUIT ABSOLUTE MAXIMUM RATINGS PARAMETER , ±0.01 V %/°C 0.2 0.4 V 3 3 ±0.1 5 5 µA µA µA 3 of 6 QW-R119-001, K , .-0.05V, Output current at ON Time 1 IOL1 2 VOUT= 0.4V TA=-20~+75°C RL=0, VCC=VSS min.-0.15V Output current


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PDF QW-R119-001 of I 4017 n ic 4017 PIN DIAGRAM free IC 4017 163 sot-23 ae32 81XX-AE3-3-R 81XX-AE3-2-R 81XX-AB3-D-R 81XX Marking T92 SOT-23 PIN
4MHZ oscillator XT

Abstract: XC2151 2 pin crystal oscillator 4mhz marking 5F0
Text: UNITS 6.0 25 5 23 200 22 6.1 10 V V V mA mA mA µA mA k pF k µA MAX UNITS 6.0 4.0 2.4 MAX V V V mA mA mA µA mA k pF k µA 0.4 V OH = 4.6V V OL = 0.4V , 6.0 4.0 2.4 MAX V V V mA mA mA µA mA k pF k µA 0.4 V OH = 4.6V V OL = 0.4V , UNITS 6.0 4.0 2.4 MAX V V V mA mA mA µA k pF µA 0.4 V OH = 4.6V V OL = 0.4V , 0.4 V OH = 4.6V V OL = 0.4V / INH = OPEN, Q 0 = OPEN / INH = "L" / INH = "L" / INH = 4.5V see


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PDF XC2151 70MHz OT-26 10TTL OT-26 XC2151T XC2151C 4MHZ oscillator XT 2 pin crystal oscillator 4mhz marking 5F0
7400N

Abstract: 7405N 7405AN 7404N 7403N 7403AN 7402N 7401N FJH121 7472N equivalent
Text: S.N.I. = 0.4V 2.4 ♦Current for 'High' input state J and K inputs Preset and Clear inputs Voltage for'Low'input state S.N.I. =0 S.N.I.= 0.4V - *Current for 'Low' input state J and K inputs Preset, Clear and , I. 'Low' m J or K input current for 'Low' input state (Vin = 0.4V , Vciear = Vclock=4.5V) - tPreset, Clear or Clock input current for 'Low' input state (Vin = 0.4V , J = K =4.5V) Min. Typ. Max. 1.6* mA , with triple J and K inputs. 'Low' input to clear sets Q to logical '0' regardless of clock state. FIJI


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PDF 7400N 7401N 7402N 7403N 7403AN 7404N 7405N 7405AN 7420N 7430N FJH121 7472N equivalent
7473N TTL

Abstract: 7400N 7473N FJJ121 7420N 7405N 7404N 7403N 7403AN 7401N
Text: - V S.N.I.= 0.4V 2.4 - V ■"Current for 'High' input state J and K inputs - 40 juA Clear inputs , fClear or Clock input current for ln 'Low' input state (Vin = 0.4V , J = K =4.5V) - - 3.2* mA I. 'High' , OMK2 Goar 2 J2 LOGIC FUNCTION Dual master-slave JK flip-flop with single J and K inputs. 'Low' input , INPUT Q OUTPUT FOR K INPUT -1-5V J OR K INPUT WAVEFORMS tpdl ? tpdO FJJ 111-121-191 1-5 V-j— 1-' CLOCK INPUT WAVEFORMS J OR K INPUT IF tsat-upS2°ns- A Q OUTPUT WAVEFORM FOR J INPUT PULSE ABOVE V


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PDF 7400N 7401N 7402N 7403N 7403AN 7404N 7405N 7405AN 7420N 7430N 7473N TTL 7473N FJJ121
FJJ116

Abstract: 6472N 7472N 7472N equivalent FJJ111 J111A FJJ111A
Text: Inputs Voltage for 'High' input state S.N.I. =0 2.0 S.N.I. = 0.4V 2.4 ♦Current for 'High' input state J and K inputs Preset and Clear inputs Voltage for'Low'input state S.N.I. =0 S.N.I.= 0.4V - *Current for 'Low' input state J and K inputs Preset, Clear and Clock inputs Outputs Voltage for 'High' , for 'Low' input state (Vin = 0.4V , J = K =4.5V) Min. Typ. Max. 1.6* mA 3.2* mA I. 'High' in I , dual-in-line package LOGIC FUNCTION Master-slave JK flip-flop with triple J and K inputs. 'Low' input to


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PDF 7472N, 6472N FJJ111 FJJ116 6472N. O-116 14-lead FJJ111A 6472N 7472N 7472N equivalent J111A
7473N

Abstract: 6473N FJJ121 FJJ121A FJJ126
Text: for'Low'input state S.N.I. =0 - - 0.8 V S.N.I. = 0.4V - - 0.4 V """Current for 'Low' input state J and K , = 0.8V) 2.4* - - V I. 'Low' J or K current for 'Low' input state (Vin = 0.4V ) Vclear = Vclock , 0.4V , J = K =4.5V) - - 3.2* mA I. 'High' Clear input current for 'High' input m state (Vin = 2.4V , LOGIC FUNCTION Dual master-slave JK flip-flop with single J and K inputs. 'Low' input to clear sets Q , (per flip-flop) - 8.0 - mA Inputs Voltage for 'High'input state S.N.I. =0 2.0 - - V S.N.I.= 0.4V 2.4


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PDF 7473N, 6473N FJJ126 FJJ121 FJJ126 6473N. O-116 14-lead 7473N FJJ121A
7473N

Abstract: 7400N 7420N 7405N 7405AN 7404N 7403N 7403AN 7402N 7401N
Text: - V S.N.I.= 0.4V 2.4 - V ■"Current for 'High' input state J and K inputs - 40 juA Clear inputs - 80 fiA Voltage for'Low'input state S.N.I. =0 - - 0.8 V S.N.I. = 0.4V - - 0.4 V """Current for 'Low' input state J and K inputs - - 1.6 mA Clear and Clock inputs - - 3.2 mA Outputs Voltage for , input state (Vin = 0.4V , J = K =4.5V) - - 3.2* mA I. 'High' Clear input current for 'High' input m , OMK2 Goar 2 J2 LOGIC FUNCTION Dual master-slave JK flip-flop with single J and K inputs. 'Low' input


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PDF 7400N 7401N 7402N 7403N 7403AN 7404N 7405N 7405AN 7420N 7430N 7473N
Not Available

Abstract: No abstract text available
Text: USBCLK/IRCLK USB_RUN E l— £ > —E3CLK8MHZ Z 5 -3 .3 V D n K ,e r_ SEL2 E I­ SEL1 XCPUCLK , L j "C P U C L K [0-2] CPU_RUN E l— PCICLK [2-9] ■KPCICLK_F [0-1] on -1L, -3L, -4L only , P C IC L K _F w hen driven LOW U SB_R U N 28 C o ntrol input, stop s all U S B /IR clo cks , L K _ F w h en driven LOW PW RDW N 46 Power dow n input, shu ts dow n de vice w h en driven , , -4L only. T his ou tput is not fre e -ru n n in g on the -2L configu ration C L K 8 M HZ 21


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