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ISL1591IRTZ Intersil Corporation Fixed Gain, Dual Port, VDSL2 Line Driver; TQFN24; Temp Range: -40° to 85°C visit Intersil Buy
ISL1550IRZ-T7 Intersil Corporation Single Port, VDSL2 Differential Line Driver; QFN16; Temp Range: -40° to 85°C visit Intersil Buy
ISL1591IRTZ-T7 Intersil Corporation Fixed Gain, Dual Port, VDSL2 Line Driver; TQFN24; Temp Range: -40° to 85°C visit Intersil Buy
ISL32175EIBZ-T Intersil Corporation SPECIALTY TELECOM CIRCUIT, PDSO16, ROHS COMPLIANT, PLASTIC, MS-012AC, SOIC-16 visit Intersil
ISL1532IRZ Intersil Corporation Dual Channel Differential DSL Line Driver; QFN24, TSSOP20; Temp Range: -40° to 85°C visit Intersil Buy
ISL1532AIVEZ Intersil Corporation Dual Channel Fixed Gain Differential DSL Line Driver; QFN24, TSSOP20; Temp Range: -40° to 85°C visit Intersil Buy

IC 74C14

Catalog Datasheet MFG & Type PDF Document Tags

74c14

Abstract: IC 74C14 pin " Narrow 14-Lead Plastic Dual-ln-Llne Package (PDIP), JEDEC MS-001, 0.300" Wide D e v ic e s a ls o a v , M 74C14 A bsolute M axim um RatÌnC)S(Notel) Voltage at Any Pin Operating Temperature Range , . w w w.fairchildsenii. com M M 74C14 AC Electrical C haracteristics (N ote 3 ) T a = 25°C, C , a r a n t e e d b y p e r io d ic t e s tin g . 20 pF Note 3: Note 4: Note 5: A N -9 0 . , ic e . F o r c o m p le t e e x p la n a t io n s e e F a m ily C h a r a c t e r is t ic s A p p lic
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MM74C14 IC 74C14 pin IC 74C14 MM74C14M MM74C14N MS-120 S005879 S-001

IC 74C14

Abstract: 74C14 a m i l y C h a r a c t e r i s t ic s . F A IR C H IL D C M O S · 40014B/74C14/54C14 T Y P IC A , 40014B/74C14/54C14 HEX SCHMITT TRIGGER D E S C R I P T I O N - The 40014B is a general purpose , . T he 4 0 0 1 4 8 is a direct replacement for the 7 4C 1 4 /5 4 C 1 4 . L O G IC A N D C O N N E C , < 2 0 ns ns N O TES: 1. A d d i t i o n a l D C C h a r a c t e r i s t ic s a r e lis t e d i n t h i s s e c t io n u n d e r 4 0 0 0 6 S e r i e s C M O S F a m i l y C h a r a c t e r i s t ic
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40014B/74C14/54C14

IC CD4066

Abstract: IC 74C14 capacitor to zero (Trace B). Simultaneously, 74C14 inverter A goes low, biasing the 2N3809 current source , SYNCHRONIZATION FLIP-FLOP (SEE TEXT) AN23 F11 = 74C14 Figure 11. 10-Bit, 100A A/D A = 10V/DIV B = 0.5V , POLYSTYRENE 1M Q6 2.7M = 74C14 = HP5082-2810 * = 1% METAL FILM 0.1F C2 1/2 LT1017 + , capacitance, charge imbalance in the 74C14, and LT1017 bias currents would introduce accuracy errors , , Figure 21) as it charges the 3pF capacitor plus stray capacitance associated with Q7 and the 74C14
Linear Technology
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IC CD4066 74C905 circuit diagram of ic cd4066 cd4024 applications pin diagram of ic cd4066 APPLICATION NOTE CD4066 AN23-23 LT1022 LT1010 AN23-24

GD40014B

Abstract: gd40014 direct replacement for the 74C14/54C14. L O G IC A N D C O N N E C T IO N D IA G R A M D IP (TOP V IE , E R IS T IC S : V D D as shown, V $ $ * 0 V (See Note 1) L IM IT S SYM BO L PARAM ETER VD D - 5 V M , Guaranteed Hysteresis m V-|-+ Minus A C C H A R A C T E R IS T IC S : V p o as shown, V s s " 0 V, T
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GD40014B gd40014 74C14/54C14

74C14

Abstract: 54C14 40014B/74C14/54C14 HEX SCHM ITT TRIGGER D E S C R IP TIO N - The 40014B is a general purpose Hex , show very lo w variation w ith tem perature (ty p ic a lly 0 .0 0 0 5 V /° C at V[-)D = 10V ) and , ity . The 40014B is a d ire c t replacem ent fo r the 74C 14/54C 14. LO G IC A N D C O N N E C T IO , E R IS T IC S : V DD as show n, V Ss = 0 V (See N ote 1 ) L IM IT S SYM BO L PARAM ETER V DD = 5 V M , AC C H A R A C T E R IS T IC S : V DD as show n. V Ss = 0 V , T A = 25°C . L IM IT S SY M B O L PARAM
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54C14 ic 74C 4000B

IC 74C14

Abstract: catalyst 2736 capacitor to zero (trace B). Simultaneously, 74C14 inverter A goes low, biasing the 2N3809 current source on , (PARALLEL ALL SECTIONS) STATUS â DATA OUT j )p- = 74C00 -£>>- = 74C14 CONV COMMAND Q 74C74 , would cut power, but the effects of stray capacitance, charge imbalance in the 74C14, and LT1017 bias , the 74C14 Schmitt input connected to the node. When the ramp hits the Schmitt's threshold its output , 's Waveforms technology AN23-13 Application Note 23 capacitances, forcing ramp reset. The 74C14 returns high
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catalyst 2736 CI 74C00 capacitor 100vf AN23-2 24 volt 200 w to mosfet inverter circuit diagram LT1006 C-400 LT1G22 LT101Q

IC 74C14

Abstract: ky 202 h . (Single 5V Supply) 2pCTyp. Ron 650 Typ. Signal Range ±15V T V P IC A lflP P U C flT IO n 11-4 , ). 500m W Power Dissipation (Ceram ic). 900m W Operating Temperature Range , ] S3 ÏÔ ] D3 [7 o * o IN4 Q T 9 ]lN 3 J PACKAGE 16 -LEA D CER AM IC DIP N PACKAGE 16 , LTC202MJ LTC202CJ LTC202CN LTC202CS LTC203MJ LTC203CJ LTC203CN LTC203CS L O G IC TRBL IN X LTC201A , T A L A R D DC L C T A IC A L C H A R A C T ER IS TIC S V + = + 15V, V" = - 15V, GND= 0V unless
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LTC202 LTC203 ky 202 h LT1004 LTC201AMJ itc201 DG201A/DG202 LTC201A/LTC202/LT LTC201A/LTC202/LTC203 LT1025

PC-SSO-32

Abstract: LTKA0x cold junction compensator IC, the LT®1025. This device measures ambient (e.g., cold junction , limiting resistors are used. Similarly, IC bias currents combined with high value protection resistors , % accuracy at 175V common mode. A single transformer transmits isolated power and data. 74C14 inverter I1 , 74C14 power. The resultant current through the 2.2k resistor drives L1's primary (Trace E). A pulse , +VISOL (10V) A2 1/2 LT1013 +VISOL 150pF * = 1% FILM RESISTOR = 74C14 = 1N4148 L1 =
Linear Technology
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PC-SSO-32 LTKA0x LT1091A thermocouple copper ltc 1025 LT1034 AN28-19 AN28-20
Abstract: · · · · · Com plete Caller ID D A A Function Com patible with Caller ID IC 's F C C Part 68 Approved , -° < ^ | - x+ 74C14 A C OFF-HOOK IM PEDA N C E C O N T RO L 74C14 Rl ra T 4.7nF TER -
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CH1845 RJ-11 TSY-000031

cookbook for ic 555

Abstract: MTP3055E . Figure 6 shows the pass- Note 2: Brokaw, A. Paul, "An IC Amplifier User's Guide to Decoupling , NON-OVERLAP 74C02 74C02 Q 74C74 Q1 10k 74C14 74C14 10k 10k 100 150k 100 , . #PE-61592 = FERRITE BEAD, FERRONICS #21-110J = +5 GROUND = ±15 COMMON 74C14 74C14 74C14 , IC SOCKET 9 7 CLOCK INPUT SHIELDED CABLE 10 6 V+ V­ 11 5 0.22F 50k , -7 Application Note 40 3 12 4 + V LTC1064-1 11 NOTE: RUN THIS WIRE UNDER THE IC SOCKET
Linear Technology
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cookbook for ic 555 MTP3055E op amp cookbook MTP3055E-MOTOROLA Ralph Morrison Wiley 55VRMS AN40-28

33K100

Abstract: LT1025 . Figure 8 shows a monolithic cold junction compensator IC, the LT1025. This device measures ambient (e.g , current limiting resistors are used. Similarly, IC bias currents combined with high value protection , transmits isolated power and data. 74C14 inverter 11 forms a clock (trace A, Figure 14). 12, 13 and , is stabilized because Ais fixed output supplies 74C14 power. The resultant current through the 2.2k , . /TLiriÇAB r TECHNOLOGY AN 28-7 s)j = FLOATING COMMON L1 =PC-SSO-32 (ITC) -H- = 1N4148 =74C14 * = 1% FILM
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33K100 Non-Linear Circuits Handbook Analog Devices AN-25 LTC1043 LTC1050 LTC1052

opto coupler 817

Abstract: 817 opto coupler Cermetek m ic r o e le c t ro n ic s CH1817 Family of Low Profile Data Access Arrangement Modules Technology patent pending. INTRODUCTION The Cermetek CH1817 Family of Low Profile Data Access , TXA- +5V 0 .1(IF TIP RCV CH1817 FAMILY RING R l- * 74C14 74C14 j ^ ] Rl , . Nominal tolerance ±0.01 inch Figure 7. Mechanical Specifications Cermetek m ic r o e l e c t r o n ic s 406 TASMAN DRIVE · SUNNYVALE. CALIFORNIA 94089 · T E L (408) 752-5000 FAX (408) 752-5004
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opto coupler 817 817 opto coupler ic 817D CH1837 0D01S3M CH1817-L CH1817-LM CH1817-DM CH1817-D
Abstract: \ 24 k DATA/VOICE 2mA OH CONTROL LOGIC RÏ PSQ I 74C14 74C14 3 ? - 7tiF , IN G IN D IC A TIO N , Output. Rl is driven low during th e typically 2 second rin£period and H IG H , ring with the application circuit shown in Figure 2. 6 D/V I D A T A /V O IC E SELECT , G IC Input high V.H Input low V,L Input leakage high Input leakage low C o n d itio -
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CH1840 2005B03

LT-020

Abstract: 2pCTyp. 65ilTyp. ±15V T V P IC R l flP P U C A T IO n 11-4 rru n m TECHNOLOGY LTC201A , PACKAGE 16-LEAD PLASTIC SOIC LO G IC TABL INx 0 1 LTC201A IN1-IN4 ON OFF LTC2Û2 IN1-IN4 OFF ON LTC203 IN1.1N4 IN2,IH3 OFF ON ON OFF D IG IT A L A D D DC 6 LC C T R IC A L C H AR AC TC R ISTIC S V+ = + , /LTC202/LTC203 D i G u n i n n D d c c ic c t r ic a i c h r r r c t c r is t ic s V * = + 1 5 V , V ' = , 16 40 60 l*A 0.1 5 10 RC C LC C T R IC R L C H A R A C T ER IS TIC S PA RAM ETER Ton
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LT-020 LTC201A/LTC2Q2/LTC203 LTC201 LT1014 LT1079 LTC20KV20S

tl4426

Abstract: IC 74C14 clock. IC Innovation of the Year Winner U s The LTC1145A/LTC1146A provide 2500VRMS (1minute , = 74C14 = POLYSTYRENE 1 DIN VCC 10 DOUT LT1004-1.2 6.8uF FOR GENERAL PURPOSE 4mV , 7.45V 10k + LT1111 FB GND SW2 10uF 1k 74C14 24pF 10k + 12 1uF 11 VCC 1uF
Linear Technology
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LTC1145 LTC1146 tl4426 cdq8 sec irf840 AD5375 LTC1145/LTC1146 LTC1145A LTC1146A E151738 UL1577

chopper transformer winding for 24v battery charging

Abstract: hp laptop charging CIRCUIT diagram the benefit. The 74C14 based 30kHz oscillator is divided into a 15kHz 2-phase clock by the 74C74 , 22k 1N5817 + 74C14 CK 0.001 CLK-NON OVERLAP GENERATOR 10k 74C02 10k 74C02 74C14 74C14 74C14 74C14 , the Low Noise 5V to ±15V Converter. Appendix H Shows a Modern IC Low Noise Regulator Ultralow Noise , LT1018 + ­ 1k 5V LT1004 1.2V 12.4k* AN29 F06 = 1N4148 * = 1% METAL FILM RESISTOR = 74C14 L1 = , controlled by the IC's internal error amplifier, which acts to force the feedback (FB) pin to a 1.23V
Linear Technology
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chopper transformer winding for 24v battery charging hp laptop charging CIRCUIT diagram p50n05 43a Hall effect pin out 2N2219 transistor substitute 2n3906 npn LT1533 CTX300-4 B-07T CTX33-4 D45C1 CTX-02-13949-X1

thermistor TH101

Abstract: CR102 zener diode . 1 CAUTION: These devices are sensitive to electrostatic discharge; follow proper IC Handling , diagram of a typical XDCP IC is shown in Figure 1. The analog potentiometer is a variable three-terminal , is 110kHz with the frequency set point controlled by a Intersil XDCP IC located in the Primary , allow programming of the IC. R210, R211 and R212 ensure that the XDCP wiper position remains fixed , . The programmer is constructed with a 74C14 hex Schmitt trigger, three SPDT toggle switches and three
Intersil
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thermistor TH101 CR102 zener diode Pulse Transformer c308 phillips BC series transistors 204T250 CNY17-2Z AN139 X9315 C108/C107 C105/C106
Abstract: pA 11-5 LTC 201A/LTC 202/LTC 203 DIGITAL A flD DC tltC T A IC fll CHAAACTCRISTICS V+ = +15V , 74C14 INPUT 1M C1 :iOOOpF 1pF R 1 f t NOISE 40nVp*p0.1H2-10Hz Vqs 1pV DRIFT 0.05nV -
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LTC201A/LTC2Q2/LTC2Q3 LTC20TA/LTC 1H2-10H 1-10H TC201A 203-T/

thermistor TH101

Abstract: pin diagram of ic 7493 IC is shown in Figure 1. The analog potentiometer is a variable threeterminal, resistive-like device , controlled by a Xicor XDCP IC located in the Primary Control. Power Mesh inputs from the Primary Control , programming of the IC. R210, R211 and R212 ensure that the XDCP wiper position remains fixed when the device , Application Note A Simple XDCP Programmer AN 139 with a 74C14 hex Schmitt trigger, three SPDT toggle switches and three 10K resistors. The 74C14 functions to de-bounce the switches such that the XDCP
Xicor
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pin diagram of ic 7493 240vac to 12vdc rectifier circuit 120vac to 12vdc schematic diagram CR25 resistor AMPLIFIER U201 sr215a471jaa X24C16
Abstract: the type of switch action, as shown in the logic table. ± 15 V T V P ic n iflP P iic n T io n , .50 0 m W ) Pow er Dissipation (C e ra m ic . .90 0 m W ) Operating Tem , N PACKAGE 16-LEAD CERAM IC DIP LTC201AMJ LTC201ACJ LTC201ACN LTC201ACS LTC202MJ LTC202CJ , LA S TIC SOIC L O G IC Tfl filâ'¬ LTC201A IN1-IN4 INX 0 ON 1 LTC202 IN1-IN4 OFF , G I T A L R O D D C â'¬ lâ'¬ C T R IC R l C H AR AC TER ISTIC S V+ = +15V, V = -15V, GND = OV -
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LTC2Q1A/LTC202/LTC2Q3
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