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TIPD116 Texas Instruments Data Acquisition Block for ECG Systems, discrete LEAD I ECG implementation Reference Design visit Texas Instruments
COMBOBODYSENSOR Texas Instruments ADS1292 Complete Low Power Integrated Analog Front End for ECG Applications visit Texas Instruments
ADS1196CZXGR Texas Instruments Low-Power, 6-Channel, 16-Bit Analog Front-End for ECG 64-NFBGA 0 to 70 visit Texas Instruments
ADS1293CISQX/NOPB Texas Instruments Complete Low Power Integrated Analog Front End for ECG Applications 28-WQFN -20 to 85 visit Texas Instruments
ADS1196CZXGT Texas Instruments Low-Power, 6-Channel, 16-Bit Analog Front-End for ECG 64-NFBGA 0 to 70 visit Texas Instruments Buy
ADS1194CZXGR Texas Instruments Low-Power, 4-Channel, 16-Bit Analog Front-End for ECG 64-NFBGA 0 to 70 visit Texas Instruments

ECG Semiconductors Datasheet

Part Manufacturer Description PDF Type
1N415C ECG Semiconductors Diodes and Rectifiers / Voltage Controller Scan
1N415C ECG Semiconductors Microwave Mixer Diodes / Pin Diodes Scan
1N415C ECG Semiconductors ECG Semiconductors Datasheet Scan
1N415C ECG Semiconductors ECG Semiconductors Datasheet Scan
1N415E ECG Semiconductors Diodes and Rectifiers / Voltage Controller Scan
1N415E ECG Semiconductors Microwave Mixer Diodes / Pin Diodes Scan
1N415E ECG Semiconductors ECG Semiconductors Datasheet Scan
1N415E ECG Semiconductors ECG Semiconductors Datasheet Scan
1N416C ECG Semiconductors Diodes and Rectifiers / Voltage Controller Scan
1N416C ECG Semiconductors Microwave Mixer Diodes / Pin Diodes Scan
1N416C ECG Semiconductors ECG Semiconductors Datasheet Scan
1N416C ECG Semiconductors ECG Semiconductors Datasheet Scan
1N416E ECG Semiconductors Diodes and Rectifiers / Voltage Controller Scan
1N416E ECG Semiconductors Microwave Mixer Diodes / Pin Diodes Scan
1N416E ECG Semiconductors ECG Semiconductors Datasheet Scan
1N416E ECG Semiconductors ECG Semiconductors Datasheet Scan
ECG10 ECG Semiconductors ECG Semiconductors Datasheet Scan
ECG10 ECG Semiconductors ECG Semiconductors Datasheet Scan
ECG10 ECG Semiconductors ECG Semiconductors Datasheet Scan
ECG10 ECG Semiconductors Transistors Scan
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ECG Semiconductors

Catalog Datasheet MFG & Type PDF Document Tags

ECG Semiconductors

Abstract: ECG289A ECG Semiconductors ECG 1322 80 W AF Power Amplifier Features â'¢ Thick film hybrid module â'¢ Darlington power pack â'¢ Duai power supply â'¢ Output stage for AF high power amp .sae-o.s) I I -*\ k-.l58"( , 0.02 0.1 % Application TR1.6: ECG290A TR4.5: ECG289A 677 ECG 1322 Equivalent Circuit oo D1
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ECG Semiconductors ECG1322 ECG 1322 darlington power pack ECG29

ECG1165

Abstract: PHILIPS E C G INC 17E 1^53^20 00045^2 ECG Semiconductors The ECG1165/ECG1166 are linear Integrated circuits designed far car radio, car stereo and transceiver power amplifier applications. FEATURES , Waveform Pin Configuration Interchangeable Between ECG 1165 and ECG 1166 · Output/ Short-Circuit Protected , .ECG 1 166 - 5 .8 W Operating Temperature Storage Temperature T0pr . '2 0 to +75°C Tjtg . . . . . . . . . . . -30 to +150PC " H K 'O O Ù m I IO" L .0 7 i " (I.8 369 ECGII65, ECG
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ECG1165 ECG1166 ECGII66 GQ45C T-74-05-01

ECG761

Abstract: Philips ECG PHILIPS E C G INC 17E D ^53^28 000 4530 4 ECG Semiconductors ECG 761 DUAL TOGGLE FLIP-FLOP ECG761 14 i * This Material Copyrighted By Its Respective Manufacturer PHILIPS E C G INC 17E 0 bb53i2fl 000 423e! b ELECTRICAL CHARACTERISTICS IVcc = 12 Vdc, Vin ' 4.0 V.Squar« Pull«, ( â'¢ 10 kHz, 50% Duty Cycle, If â  1.0 Vila (Mini, Ta â  25°C unlell othefwiw noted) Chincuriitic Symbol Min Tvp Max Unit Operating Power Supply Voltage VCC 4.0 - 18 Vdc Toggle Frequency 'Tog - 3.0 - MHz
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Philips ECG

ECG1337

Abstract: Philips ECG PHILIPS E C G INC 17E D t.t.S3TSa OODMTbl S m - p - J t - f ~0 5 ~ o ) ECG Semiconductors Features · M inim um output power - 70 W · Dual power supply - single channel · Thick film hybrid · Load shorting protector ECG 1337 70 W AF Power Amplifier Absolute Maxim um Ratings Characteristic Supply Voltage Collector Current Thermal Coefficient Operating Case Temperature Storage Temperature Sym bol Rating Unit V Vcc lo 6j-c (Tc=25aC) Tc ±55 7 1.4 85 -3 0 to +100 A °C/W °C °C
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ECG1337

ECG Semiconductors

Abstract: electronic schematic ECG Semiconductors ECG829 Electronic Attenuator Features â'¢ Designed for use in: DC operated volume control Compression and expansion amplifier applications â'¢ Controlled by DC voltage or external . variable resistor â'¢ Silicon monolithic Integrated circuit .100 (2.34) I»â'".390*19.91)â'"J MAX. .260"(6,60) MAX. .020 (.51) IfVFi Jl 1251(3.18)-' U.37519.531-J MAX. V|N Control < Gnd < NC * -o â pvcc >Vo > Rolloff * NC Maximum Ratings (Ta= +25°C unless otherwise noted.) Rating
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electronic schematic

ECG Semiconductors

Abstract: ecg compression ECG Semiconductors ECG829 Electronic Attenuator Features â'¢ Designed for use In: DC operated volume control Compression and expansion amplifier applications â'¢ Controlled by DC voltage or external . variable resistor â'¢ Silicon monolithic integrated circuit .izsHs.iei- l~.373*(9.531-1 MAX. V|N * Control < Gnd < NC VCC >V0 > Rolloff i NC Maximum Ratings ITA= +25°C unless otherwise noted.) Rating Value Unit Power Supply Voltage 20 Vdc Power Dissipation @ TA=25°C 1.2 Watt Derate
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ecg compression

ECG1348

Abstract: P H IL I P S E C G INC 17E 0 1^53^20 0G05214 b ECG Semiconductors Features · Multi-purpose linear amplifier for com mercial and industrial applications · Less than 0.6% harmonic distortion at full power level · 1/2 dB response from 20 to 100,000 Hz · Single or split (dual) power supply · , split power supply. ECG 1348 20 W AF PO T - 7 4 -0 5 -0 Ì 1 - Ripple Filter 2 - IN 1: } - , 5 6 7 8 - - FB OUT Boot Strap + Vcc Unit V °c °C ECG 1348 219 PH ILIPS E C G
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ECG1348 T--74--05-01 75V3300/ O-----50V0 HCG1348

Philips ECG

Abstract: ECG circuit diagram PHILIPS ECG INC 17E OS' â  1^53^20 QD04730 fi ECG1223 LO NOISE PRE-AMPLIFIER T-74-Û5-Û1 ECG Semiconductors â'¢ LOW NOISE CHARACTERISTIC â'¢ EXCELLENT TEMPERATURE CHARACTERISTIC ECG1223 ti a linear Integrated circuit designed for use at a pro-amplifier. It can operata as an equalizer amplifier or general audio pre-ampllfler In 8-traek ana cassette automotive itereo systems. -J L â ne"(3 , Temperature Tstg -55 to+125 °C Circuit Current Icc 5 mA Schematic Diagram 507 ECG 1223 This Material
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QGDM731 ECG circuit diagram ecg circuit schematic rfft 0047/JF

ECG circuit diagram

Abstract: Philips ECG PHILIPS E C G INC ECG Semiconductors Features â'¢ Low noise, low distortion, high gain, high power amplifier â'¢ Low shook noise when power is switched on/off â'¢ Overvoltage and thermal protection circuit 17 E bbS3iaa GOGSSbT 1 ECG 1369 5.5 W AF PO h-1.lei -1 *â'¢* " 1 n n I.l8l"(30.0) - Absolute Maximum Ratings (TA=25°C) .185 (4.7) r tf?t?'?,i,93ca â â  f. I_I 23456789 IO I T , -74-05-01 Nigaiive Feedback ECG 1369 274 This Material Copyrighted By Its Respective Manufacturer
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ECG1369 ecg block diagram h1le

ECG1211

Abstract: PHILIPS E C G IN C 17E 0 hbSaTSÔ 0G 04L.Ô S ECG Semiconductors FEATURES! · · · · · High Gain High Output Power Built-In Short Circuit Protection Low Nolle Low Distortion ECG1211 POWER AMPLIFIER The ECG 1211 1 « a monolithic Integrated circuit for use as a 5 .5 W AF power amplifier. It Is designed for application In automotive sound systems and CB trans ceivers. It Is typically operated at a supply voltage of 13,2 V with a 4 ohm load. MAXIMUM RATINGS (Ta = 25°C) Characteristic Supply Voltage
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5081M

Abstract: ECG1075A PHILIPS E C G INC 17E bbS3TEfl 0004Sfl0 4 ECG Semiconductors BASING ttmjt V , OUTfUT ECG1075A 1-WATT AUDIO POWER AMPLIFIER T-74-05-01 m n I 141 1$ n II n n n II 10 f ri Ï» TAI - .764 "(I9 .4 ) * MAX. 14 13 12 I I 10 9 0 Û Û Û Û Û Û Û .I6 4 "(4 .4 ) L_. 1 ? 3 4 S 6 7 u _n _ r - .2 0 0 ` (5.081MAX. 252"(6.4) - i u .* 5 0 0 " _ j I 1u 1u " U ` ü \ a i k y m u i x t j- i y r(7.62ïn (T«f Wf*) Js * - .I0 0 ,(2.54)M IN
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5081M 0004S 0DD45A1

ECG199

Abstract: ECG1356 ) PHILIPS E C G INC 17E D â  bbS312fl [][)[]523ö ì ECG Semiconductors ECG1356 25 W Dual AF PO T-74-05-0Ì -3.07l"(78.0)- 2.756"(70.0) - .315 -(8.0) r 1.733" (44.0] T â'"I I«-.I00"(2.S4) /,866 '(22.0) .492 (12." s T Absolute Maximum Ratings (Ta=25°C) Characteristic Symbol Rating Unit Supply Voltage ^cc max ±37 V Thermal Coefficient 6j-o 2.2 °c/w Collector Current lo 5 A Junction Temperature Ti 150 °c Storage Temperature Tstg -30 to +105 °c Allowable Load Shorting Time
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TR-12 TR-11 ECG177 ECG139A ECG199 ECG230A
Abstract: PHILIPS E C G INC 17E D bbSBTEÔ 0GD4242 b ECG Semiconductors · Wide Operating Voltage - to 16 Volts · Compatible with T T L and D T L · Economical 6-Lead Plastic Package · Regulated Supply Not Required M A X IM U M R A T IN G S Rating Power Supply Voltage Power Dlaipaiion 9 T a 26°C (Package Limitation) Derate above 25°C Operating Temperature Rang« Symbol V cc Pd 1/Ô JA ECG768 3 -INPUT "AND" GATE Value 19 1.0 10 0 to +75 Unit Vde Watt mW/°C °C °C ta Operating and Storage -
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EC0767 EC0766

ECG1075A

Abstract: Philips ECG PHILIPS E C G INC 17E 0 â  bL^^fl OOD4SfiO 4 ECG Semiconductors ECG1075A 1-WATT AUDIO POWER AMPLIFIER T-74-05-01 BASING vu oumn n n n n I MI I» Il 11 IO 1 I» * .'.k ,5i . U U Li U U U (HI (hfVIw) Maximum Rating« Ta = 25°C vce 20 V 'co 1 A Topf -20"+75 °C Tifg -40^+125 °C 1-.764 (19.4)- MAX. 14 13 12 II IO 9 8 flflflflflflfl L VWWVtf I 2 3 4 S 6 7 r-.200"(S.081MAX. .I84"(4.4) 252"(6.4) 0"(2.94)MIN* I I -J U-.I00"(Z.S4) u.1300"_»I riMttM EQUIVALENT CIRCUIT Qâ
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ECG1075

philips sq8

Abstract: PHILIPS E C G INC 17E p 11=53^50 0 0 0 S 3 U S mT~77-ù7~)l ECG Semiconductors Features · Requires few external components · Internal horizontal block voltage regulator · Horizontal AFC DC loop gain: 640 Hz/^S · Vertical oscillator utilizes monostable multivibrator to eliminate positive feed back from the output stage · Vertical oscillator output waveform is used to drive vertical output , stability is accomplished by DC feedback to pin 3 ECG 1403 TV Vertical, Horizontal Driver I s LO . .
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philips sq8 ECG1403 000S3T7

4b35

Abstract: amplifier 15w PHILIPS E C G INC 17E bb53120 0004b3S ECG Semiconductors ECQ1180 and ECG1228 are linear integrated circuits with attached heat sink pin. ECG1180 is a 1.5 W and ECG1228 Is a 2.1 W A F power amplifier. They are both suitable for F M / A M radio, cassette tape recorder, portable player or interphone use. ECG1180, ECG1228 AF Power Amplifier 1.5W, 2.1W Ab solu te M a x im u m Ratings (T^ = 25°C) Characteristic Supply Voltage Power Dissipation Operating Temperature Storage Temperature Sym b o l V cc Max P{j
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4b35 amplifier 15w 0004L

ECG1252

Abstract: ECG1262 PHILIPS E C G INC 17E bbSBTSê QG04Ô05 2 ECG Semiconductors Features · Sm all shock noise · High input impedances T -7 4-05-01 Absolute Maximum Ratings Characteristic Supply Voltage Operating Case Temperature Storage Temperature Allowable Load Shorting Time (T^ - +25°C) Symbol Vcc Tc Tstg ts Rating Unit V °C 55 85 -3 0 to 2 +100 °c (Vcc = 38 V, P0= 15 , , 30 to 20 K -50 -0.8 - Rg = 5.1 kQ VG AVG Po = 0.1 W, f = 10 kHz - 2 ECG 1262
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ECG1262 ECG1252 ECG12S2

block diagram of ECG

Abstract: VD13 PHILIPS E C G INC 17E Q â  btsmaa GOGSBTb s â -p-yy-o7^JJ ECG Semiconductors ECG 1403 TV Vertical, Horizontal Driver Features â'¢ Requires few external components â'¢ Internal horizontal block voltage regulator « Horizontal AFC DC loop gain: 640 Hz/^S â'¢ Vertical oscillator utilizes monostable multivibrator to eliminate positive feedback from the output stage â'¢ Vertical oscillator output waveform Is used to drive vertical output requiring the use of only one highly stable (tantalum) capacitor for the
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block diagram of ECG VD13 W14-4V1-W9-6V

Philips 519

Abstract: ECG1227 PHILIPS E C G INC 17E 0 ^ 5 3 ^ 2 0 D0D47MQ 0 ECG Semiconductors Features · Include3 2 Individual d iffe re n tia l amps · Excellent lim iting characteristics · V o lta g e gain 30 d B /R (.= 1 kQ, 1 stage Amp Vco loutput Amp I li np ut Amp f lo u t p u t (V co ) T -7 7 -0 5 -0 7 T o p V ie w ] A b so lute M a x im u m Ratings (T>\= +25°C) Characteristic Supply Voltage Output Voltage Sym bol Vco VOUT7 VOUT5 VOUT4 V |N 1 V |N 6 it i Rating 20 20 20 20 ±3 ±3 28 28
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ECG1227 Philips 519 CG1227

ECG13

Abstract: PHILIPS E C f i INC 17E p ^53=156 0 0 0 5 2 ^ ECG Semiconductors Features · Low noise, low distortion, high gain, high power amplifier · Low shock noise when power Is switched on/off · Overvoltage and thermal protection circuit ECG1369 5.5 W AF PO Absolute Maximum Ratings (T^=25°C) Parameters Supply Voltage Operating Maximum Allowable Surge Voltage (t=0.2 s) Supply Current Power Dissipation (TA =25°C) Operating Temperature Storage Temperature Symbol Vcc m < CO C D C Rating 20 40 4 25
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ECG13
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