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Part Manufacturer Description Datasheet Download Buy Part
CD4053BEE4 Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-PDIP -55 to 125
CD4053BNSR Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-SO -55 to 125
CD4053BF Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-CDIP -55 to 125
CD4053BM96G3 Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-SOIC -55 to 125
CD4053BM96G4 Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-SOIC -55 to 125
CD4053BE Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-PDIP -55 to 125

CI 4053B Datasheets Context Search

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Not Available

Abstract: No abstract text available
Text: XO X1 X2 X3 ZO 20 Z0 Z0 Z1 Z1 Z1 Z1 4053B YO Y0 Y1 Y1 Y0 Y0 Y1 Y1 *Not , – DDDDBII GOT DV4051B, 52,53 4051 B 4052B, 4053B , DV4051B, DV4052B, and DV4053B multiplexer , Second Soldering 4051B,4052B, 4053B ELECTRICA L CHARACTERISTICS Parameter Symbol Conditions , Channel Ci /o Capacitance, Switch I/O lnhibit=VDD Co/i Capacitance, Common O/l lnhibit=VDD , -AVG-SEMI ELECTR CAL CHARACTERISTICS ( Ci _=50pF. Ta=25°C) (V e e < V s s unless otherwise indicated


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PDF DV4051B DV4052B DV4053B 1-800-AVG-SEMI 4053B DD0G321 DV4051B,
1994 - HCF4052

Abstract: 4052B HCF4053 CI 4053B HCF4051B 4051 20 pin ci 4053 4053B 4051B hcf 4053 datasheet
Text: -CHANNEL 4052B - DIFFERENTIAL 4-CHANNEL 4053B - TRIPLE 2-CHANNEL . . . . . . . . . . . QUIESCENT , HCF40XXBEY HCF40XXBC1 DESCRIPTION The HCC 4051B, 4052B and 4053B (extended temperature range) and HCF4051B, 4052B and 4053B (intermediate temperature range) are monolithic integrated circuits, available , having low ON impedance and very low OFF leakage PIN CONNECTIONS 4051B June 1989 4052B 4053B , VIH IIH, IIL CI Input High Voltage Input Leakage Current Value T Lo w* 2 5 °C T High


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PDF HCC4051B/52B/53B HCF4051B/52B/53B 4051B 4052B 4053B 100pA HCF4052 HCF4053 CI 4053B HCF4051B 4051 20 pin ci 4053 hcf 4053 datasheet
HCF4052

Abstract: hcf 4052 datasheet 4052B HCF4053 CI 4053B HCF4051B HCF4051 ci 4053 4053B HCC4051B
Text: -CHANNEL 4052B - DIFFERENTIAL 4-CHANNEL 4053B - TRIPLE 2-CHANNEL . . . . . . . . . . . QUIESCENT , HCF40XXBEY HCF40XXBC1 DESCRIPTION The HCC 4051B, 4052B and 4053B (extended temperature range) and HCF4051B, 4052B and 4053B (intermediate temperature range) are monolithic integrated circuits, available , having low ON impedance and very low OFF leakage PIN CONNECTIONS 4051B June 1989 4052B 4053B , VIH IIH, IIL CI Input High Voltage Input Leakage Current Value T Lo w* 2 5 °C T High


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PDF HCC4051B/52B/53B HCF4051B/52B/53B 4051B 4052B 4053B 100pA HCF4052 hcf 4052 datasheet HCF4053 CI 4053B HCF4051B HCF4051 ci 4053 HCC4051B
14051

Abstract: 4052B 4053B DV4053BN
Text: * 4052B 4053B 0 0 0 0 xo Y0 XO 20 Y0 X0 0 0 0 1 XI Y1 X1 Z0 Y0 XI 0 0 1 0 X2 Y2 X2 ZO Y1 XO 0 0 1 1 X3 , Capacitance, Common O/l lnhibit=VoD DV4051B DV4052B DV4053B 60 32 17 Ci /O Capacitance. Feedthrough , 50% 10% J SS PHZ Inh , ® 1 5 16 V, DD level Converter 4053B XO XI — YO — Y1 ZO â


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PDF DV4051B. DV4052B, DV4053B DV4051B DV4052B DV4053B AVG-003 AVG-004 cv40sj8 4052B 14051 4053B DV4053BN
HCF4051B

Abstract: No abstract text available
Text: Test Circuit ( 4053B ). ¡¡u 7W E 37 QObmOM 7 f l ci SGS-THOMSON BucmBUHrriHHies 7/17 , 1 B - S IN G L E 8 -C H A N N E L 4052B - D IF F E R E N T IA L 4 -C H A N N E L 4053B - T R IP L , 4053B (extended tem­ perature range) and HCF4051B, 4052B and4053B (intermediate temperature range , ci to la « ® R a i ti ® © ® ® h A U INPUTS ARC PROTECTED BY , r Parameter 1 5 (•) 4053B 4052B 4051B V0 at any Channel = Nés 1 5 0 10


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PDF 4052B 4053B 100pA P013H 00bb412 HCC/HCF4051B/52B/53B PLCC20 HCF4051B
HC4051

Abstract: HC4053 4053 IC circuit diagram ci 4053 HC4052 4053 4053 IEC 4052 4000B HCF4051
Text: COMPATIBLE WITH HCC/HCF4051/4052/ 4053B DESCRIPTION These devices are analog multiplexer , 48 58 4.5 26 5 10 10 10 pF -4.5 ns CIN Input Capacitance CI /O , HC4053 70 71 67 CI /O CIOS CPD (*) Power Dissipation Capacitance 5.0 GND pF , ) BANDWIDTH AND FEEDTHROUGH ATTENUATION CROSSTALK BETWEEN ANY TWO SWITCHES GND (VSS) CI­O CI /O


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PDF M54HC4051/52/53 M74HC4051/52/53 HCC/HCF4051/4052/4ise HC4051 HC4053 4053 IC circuit diagram ci 4053 HC4052 4053 4053 IEC 4052 4000B HCF4051
1994 - HC4051

Abstract: hc4053 pin diagram of ic hcf4051 14 pin pin diagram of ic 4053 4052 IC circuit diagram ci 4053 4051 IC circuit diagram 4 input analog multiplexer 4052 pin diagram of ic 4052 CMOS 4000B series device
Text: COMPATIBLE WITH HCC/HCF4051/4052/ 4053B DESCRIPTION These devices are analog multiplexer , 48 58 4.5 26 5 10 10 10 pF -4.5 ns CIN Input Capacitance CI /O , HC4053 70 71 67 CI /O CIOS CPD (*) Power Dissipation Capacitance 5.0 GND pF , ) BANDWIDTH AND FEEDTHROUGH ATTENUATION CROSSTALK BETWEEN ANY TWO SWITCHES GND (VSS) CI­O CI /O


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PDF M54HC4051/52/53 M74HC4051/52/53 HCC/HCF4051/4052/4se HC4051 hc4053 pin diagram of ic hcf4051 14 pin pin diagram of ic 4053 4052 IC circuit diagram ci 4053 4051 IC circuit diagram 4 input analog multiplexer 4052 pin diagram of ic 4052 CMOS 4000B series device
HC 4052A

Abstract: 74HC405 c4051 74HC4051A CI 4053B equivalent ic 4051 HC 4053A
Text: Vcc -Vee = 9V · Pin and Function Compatible w ith 4051/4052/ 4053B TRUTH TABLE CUN 1KUL iNH'U 1s , inal Capacitance F ee dthrou g h Capacitance Pow er Dissipation Capacitance Cin CIS Cos Ci os


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PDF TC74HC TC74HC4051AP, TC74HC4051AF, TC74HC4051AFT TC74HC4052AP# TC74HC4052AF, TC74HC4052AFT TC74HC4053AP. TC74HC4053AF. TC74HC4053AFN, HC 4052A 74HC405 c4051 74HC4051A CI 4053B equivalent ic 4051 HC 4053A
74hc40530

Abstract: 4052g PD74HC 74HC4053 4053c 4052C 4051 bf UPD74HC4053 74HC405L 4053g
Text: rMtffc v > : - 40 °C ~ + 85 °c O/yPD4051B, 4052B, 4053B h - ? '1 f # 7 S ,y '/ - /¿PD 74 H C 4051 C , £ f 4 >y f - O F F B ^ ) - - - - - Cl C in- out Ci ? T7 X h - ? ? d X :· ^ ? li- L n -f &


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PDF uPD74HC4051 uPD74HC4052 uPD74HC4053 PD74HC4051 PD74HC4052 PD74HC4053 74HC4052, 74HC4053 74hc40530 4052g PD74HC 74HC4053 4053c 4052C 4051 bf 74HC405L 4053g
VEB mikroelektronik

Abstract: mikroelektronik DDR TESLA aktive elektronische bauelemente ddr Tesla katalog 74c915 V4093D 4040BC 4502c mosfet K561TM2
Text: Kondensator CI Taktsperreingang (Clock Inhibit) CpS, Takteingang für Schieben 10 C,u Dl DO D, D, GQ , 'C93 'C95 'C107 ' CI 50 C151 'C1J4 C157 'C160 'CJ61 ' CI 62 'C163 'C164 'C165 'C173 'C174 'C175 ' CI 92 , 'C76 C83 'C85 C86 'C90 'C93 'C95 'C107 ' CI 50 'C151 'C154 S. 67 141 141 129 141 108 97 108 97 82 82 , u u u u u u Daten 'C I 57 'C160 'C161 'C I 62 C163 'C164 'C165 ' CI 73 'C I 74 'C175 'C I 92 'C193 , , 14 129, 14 129, 14 129, 14 129, 14 129, 14 108 108 108 108 108 18 Typ ' 4053B O '4053BM


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PDF HC4316 HC503 4351D/L VEB mikroelektronik mikroelektronik DDR TESLA aktive elektronische bauelemente ddr Tesla katalog 74c915 V4093D 4040BC 4502c mosfet K561TM2
delta dps 298 cp

Abstract: delta dps 298 cp-1 IRF 8030 irf 4710 bbc 598 479 DIODE F4049 sn 94042 MR 4710 Switching power supplies Delta electronics dps delta dps 298 cp A
Text: No file text available


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PDF Corporation/464 962-5011/TWX Tech-71-038 delta dps 298 cp delta dps 298 cp-1 IRF 8030 irf 4710 bbc 598 479 DIODE F4049 sn 94042 MR 4710 Switching power supplies Delta electronics dps delta dps 298 cp A
SP 5001 IC INVERTER

Abstract: HC573A FT 4013 D flip flop vhc9541 vhct 126a TC7SZ17FU CI 4053B vhc00 TC7MP3125 VHC165
Text: USB2.0 High Speed TC7USB USB2.0 High Speed(240 MHz) Dual SPDT CI /O = 7 pF(typ , (Typ.) CI /O VCC = 3 V 7 pF 5.5 pF D+ HSD+ (Typ.) RON VCC = 3 V IS = 0 V V , MBL3245A MBL3245S MBL3245C ON (Typ.) CI /O VCC = 3 V 34 F 12 pF 7.5 pF


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PDF BCJ0008I BCJ0008H SP 5001 IC INVERTER HC573A FT 4013 D flip flop vhc9541 vhct 126a TC7SZ17FU CI 4053B vhc00 TC7MP3125 VHC165
CI M6387-11

Abstract: N3002 74S182 N3001 N74S182 WORDWISE 11DSM ATlmh
Text: . Active low Three-state 9 LI Shift Right Input Active low 10 CI Carry Input Active low 11 EA Memory , outputs F GROUP R GROUP K BUS NAME EQUATION DESCRIPTION 0 1 XX — Rn + (AC K) + CI -» R„, AC Logically AND AC with K-bus. Add the result to Rn and carry input ( CI ). Deposit the sum in AC and Rn. oo ILR Rn + CI —» R, AC Conditionally increment R„ and bad the result in AC. Used to load AC from Rn or to increment Rn and load a copy of the results in AC. 11 ALR AC + Rn + CI —» Rn, AC Add AC


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PDF N3002 N3002 CI M6387-11 74S182 N3001 N74S182 WORDWISE 11DSM ATlmh
S3002-I

Abstract: l-bus m-bus S3002I/883B cma 1840 S3002 S3001 N74S182 N3002-I N3002 N3001
Text: 10 CI Carry Input Active low 11 EA Memory Address Enable Input Active low When in the low state , GROUP R GROUP K BUS NAME EQUATION DESCRIPTION 0 I XX oo 11 ILR ALR Rn + (AC aK) + CI - Rn, AC Rn + CI - R , AC AC + Rn + CI - Rn, AC Logically AND AC with the K-bus. Add the result to Rn and carry input ( CI ). Deposit the sum in AC and Rn. Conditionally increment Rn and load the result in AC. Used to load AC from Rn or to increment Rn and load a copy of the result in AC. Add AC and CI to Rn and load the


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PDF N3002 N3002s, N3001 N74S182 S3002-I N3002-I S3002-I l-bus m-bus S3002I/883B cma 1840 S3002 S3001
N3002

Abstract: 74S182 N3001 N3002-I N74S182 ci4021 mbus
Text: zôjD, ci GS HIES E*[LE «DCLK ÄTOI 17] F, J6]F5 GND [TT 30 F6 TOP VIEW ORDER NUMBERS , Shift Right Input Active low 10 CI Carry Input Active low 11 EA Memory Address Enable Input: When in , outputs F GROUP R GROUP K BUS NAME EQUATION DESCRIPTION 0 I XX — R„ + (AC K) + CI Rn, AC Logically AND AC with K-bus. Add the result to Rn and carry input ( CI ). Deposit the sum in AC and R„. 00 I LR R„ + CI R, AC Conditionally increment Rn and load the result in AC. Used to load AC from Rn or


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PDF N3002 N3002 74S182 N3001 N3002-I N74S182 ci4021 mbus
1996 - CI M6387-13

Abstract: CI 386 D XC4000 XC3195A XC3130A XC3120A XC3100A XC3100 XC3000L XC3000A
Text: PQ160 CB164 PP175 PG175 TQ176 PQ208 PG223 -5 CI CI CI CI -4 CI CI CI CI -3 CI CI CI CI -2 CI CI CI CI -1 C C C C -09 XC3120/A , PQFP PGA PGA TQFP PQFP PGA CQFP CQFP C C C C -5 CI CI CI -3 CI CI CI CI CI CI CI -2 CI CI CI CI CI CI CI C C C C C C C C C C C C C C CI CIMB CI CI CI CIMB CI CI CI


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PDF XC3100A XC3100A XC3000A XC3195A XC3195A XC3190A XC3164A XC3142A CI M6387-13 CI 386 D XC4000 XC3130A XC3120A XC3100 XC3000L
2005 - CI 2005

Abstract: block diagram of 8 bit array multiplier OR2C12A ORCA Series 2 CI 556 ATT2C BA256 CI 576 5 bit multiplier using adders S208
Text: /2T26A OR2C/2T40A 84-Pin PLCC 100-Pin TQFP 144-Pin TQFP 160-Pin QFP M84 CI CI CI CI CI CI - - T100 CI CI - - - - - - T144 CI CI - - - - - - J160 CI CI CI CI - - - - 208-Pin EIAJ SQFP/ SQFP2 S208/ PS208 CI CI CI CI CI CI CI CI 240-Pin EIAJ SQFP/ SQFP2 S240/ PS240 - CI CI CI CI CI CI CI 208-Pin EIAJ SQFP/ SQFP2 S208/ PS208 CI CI 240-Pin EIAJ SQFP/ SQFP2 S240/ PS240 CI CI 256


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PDF 16-bit 32-bit OR2T15B OR2T40B 84-Pin 100-Pin 144-Pin 160-Pin 256-Pin BA256 CI 2005 block diagram of 8 bit array multiplier OR2C12A ORCA Series 2 CI 556 ATT2C BA256 CI 576 5 bit multiplier using adders S208
2002 - OR2C12A

Abstract: ps304 S208 ATT2C
Text: CI CI CI CI CI CI - - T100 CI CI - - - - - - T144 CI CI - - - - - - J160 CI CI CI CI - - - - 208-Pin EIAJ SQFP/ SQFP2 S208/ PS208 CI CI CI CI CI CI CI CI 240-Pin EIAJ SQFP/ SQFP2 S240/ PS240 - CI CI CI CI CI CI CI 208-Pin EIAJ SQFP/ SQFP2 S208/ PS208 CI CI 240-Pin EIAJ SQFP/ SQFP2 S240/ PS240 CI CI 256-Pin PBGA BA256 - CI CI CI CI CI - - 304-Pin EIAJ SQFP/ SQFP2 S304


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PDF 16-bit 32-bit 100-Pin 144-Pin 160-Pin 256-Pin BA256 304-Pin S304/ PS304 OR2C12A ps304 S208 ATT2C
1996 - CI 555 data

Abstract: ATT3000 ci 555 ci 7495 XILINX XC3000 ATT3020
Text: -5 -4, -3 -70, -100, -125 -5 -4, -3 -70, -100, -125 -5 -4, -3 44-Pin PLCC M44 - - - CI CI C - - - - - - - - - 68-Pin PLCC M68 CI CI C CI CI C - - - - - - - - - 84-Pin PLCC M84 CI CI C CI CI C CI CI C CI CI C CI CI C 100-Pin QFP TQFP J100 T100 CI - CI - C - CI CI CI CI C C CI CI CI CI C C - CI - CI - C - - - - - - 132-Pin 144-Pin 160-Pin 175-Pin 208-Pin PPGA TQFP QFP , - - - - - - - CI CI - - - CI CI - - - C C - - - CI CI CI - - CI CI CI - - C C C


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PDF ATT3000 PN97-010FPGA PN95-052FPGA) CI 555 data ci 555 ci 7495 XILINX XC3000 ATT3020
pga 132 packaging

Abstract: XC4000 XC3195A XC3142A XC3130A XC3120A XC3100A XC3100 XC3000L XC3000A
Text: PC84 CI CI CI 144 CI CI CI CI C C C C CI CI CI CI CI CI CI CI C CI CI CI CI CI C C C C C C C C C 223 C CI 208 C CI 176 C C 175 CI C 164 TOPPLAST. BRAZED PLAST. CERAM. PLAST. CI CI 160 CI CI C PGA PQFP PLAST. 132 TOPPLAST. BRAZED PLAST , TQ176 PQ208 PG223 C C C CI CIMB CI C C CIMB CI CI CI CI C C


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PDF XC3100A XC3100A XC3000 XC3000A XC4000 XC3195A MIL-STD-883C pga 132 packaging XC3142A XC3130A XC3120A XC3100 XC3000L
1999 - ci 555

Abstract: ci 7495 54573 OR2C10A CI 576 OR2C40A S240 "Single-Port RAM"
Text: -Pin TQFP 144-Pin TQFP 160-Pin QFP M84 CI CI CI CI CI CI - - T100 CI CI - - - - - - T144 CI CI - - - - - - J160 CI CI CI CI - - - - 208-Pin EIAJ SQFP/ SQFP2 S208/ PS208 CI CI CI CI CI CI CI CI 240-Pin EIAJ SQFP/ SQFP2 S240/ PS240 - CI CI CI CI CI CI CI 208-Pin EIAJ SQFP/ SQFP2 S208/ PS208 CI CI 240-Pin EIAJ SQFP/ SQFP2 S240/ PS240 CI CI 256-Pin PBGA BA256 - CI CI CI CI CI - - 304


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PDF 16-bit 32-bit PN99-072FPGA PN98-018FPGA) ci 555 ci 7495 54573 OR2C10A CI 576 OR2C40A S240 "Single-Port RAM"
2008 - zd6v8

Abstract: G003 G008 G010 CG013
Text: 1 6 WATCHDOG iC-WJB CWD CI GND 2 3 1 CWD (.pF) Copyright © 2008 iC-Haus CI 470nF alternative LD model LD MD (VCC > 4.5 ) http://www.ichaus.com iC-WJB , laser diode being used. The capacitor at CI determines the recovery time constants and the starting , capacitor at CWD, the capacitor of the APC is discharged at pin CI . This ensures that the current through , 2 7 AMD CWD CI 4 ISET WJB Code. .yymm 3 6 IN 5 VCC PIN


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PDF D-55294 zd6v8 G003 G008 G010 CG013
ICHK

Abstract: IC-HK MDA 5 CI M6387-13 100S 200S
Text: voltage V( CI ) for RK = 0S is read off at I(LDK) = 100mA as V( CI ) = 1.75V Fig. 1: Determining V( CI , 100mA With the circuit shown in Figure 3 and a voltage of 1.75V at pin CI the laser current can be , selected for I(LDK) = 200mA and the corresponding voltage V( CI ) then determined - e.g. RK2 = 2S und V( CI , 50mA and V( CI ) = 2.75V as RK1 = 20S Fig. 4: Determining V(Cl) for Example 2 and 3 Fig. 5: Signal patterns for Example 2 With the circuit shown in Figure 6, a voltage of 2.75V at pin CI , RK1 = 20S, RK2


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PDF 155MHz 150mA 700mA 100mA 100mA 150mA 100nF ICHK IC-HK MDA 5 CI M6387-13 100S 200S
2006 - UF 407 Diode

Abstract: hcmos 74hcxx IC-WJ-SO8 74HCxx iC-WJZ G010 G008 470 uF 25 v Capacitor nF-47 G003
Text: 2 4 1:1 iC-WJ 1:3 iC-WJZ WATCHDOG iC-WJ/WJZ CWD 2 CWD CI 3 GND 1 CI 100 , diode being used. The capacitor at CI determines the recovery time constants and the start-up time. A , CWD, the capacitor of the power control is discharged at pin CI . This ensures that the current , KLD GND 2 7 AMD CWD CI 4 ISET WJ Code. .yymm 3 6 IN 5 VCC PIN CONFIGURATION MSOP8 (top view) 1 CWD CI ISET iC-WJ Code GND KLD AMD IN VCC 1


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PDF D-55294 UF 407 Diode hcmos 74hcxx IC-WJ-SO8 74HCxx iC-WJZ G010 G008 470 uF 25 v Capacitor nF-47 G003
1993 - H4300

Abstract: 80486 ADDRESSING MODES EXAMPLES CDS-852 GPIB low level commands pSOS
Text: ( CI ) · User-created CI This application note focuses on the first two methods because they , DMAmove CI . Both sections contain background information on each method as well as an illustrative example of each procedure. A short overview of CIs and the usercreated CI is presented as well. While the , CI to use the DMA controllers on the GPIB-VXI to perform fast, efficient data transfers across the , trigger access - Word Serial communication · Code Instrument ( CI ) use and development - CI


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