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LT1158CN#TRPBF Linear Technology IC HALF BRDG BASED MOSFET DRIVER, PDIP16, 0.300 INCH, PLASTIC, DIP-16, MOSFET Driver
LT1158IS#TR Linear Technology IC 15 A HALF BRDG BASED MOSFET DRIVER, PDSO16, SOIC-16, MOSFET Driver
LT1160IN Linear Technology IC 1.5 A HALF BRDG BASED MOSFET DRIVER, PDIP14, 0.300 INCH, PLASTIC, DIP-14, MOSFET Driver
LTC4444-5IMS8E#TRPBF Linear Technology IC 1.75 A HALF BRDG BASED MOSFET DRIVER, PDSO8, LEAD FREE, PLASTIC, MSOP-8, MOSFET Driver
LT1158CN#TR Linear Technology IC HALF BRDG BASED MOSFET DRIVER, PDIP16, 0.300 INCH, PLASTIC, DIP-16, MOSFET Driver
LT1158IS Linear Technology IC 15 A HALF BRDG BASED MOSFET DRIVER, PDSO16, PLASTIC, SOL-16, MOSFET Driver

ECG Semiconductors Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
ECG1348

Abstract: No abstract text available
Text: 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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PDF 0G05214 ECG1348 ECG1348 T--74--05-01 75V3300/iF O-----50V0 05/iF HCG1348
Philips ECG

Abstract: ECG circuit diagram ECG Semiconductors ECG1223 rfft QGDM731 ecg circuit schematic
Text: PHILIPS ECG INC 17E OS' ■1^53^20 QD04730 fi ECG1223 LO NOISE PRE-AMPLIFIER T-74-Û5-Û1 ECG Semiconductors • LOW NOISE CHARACTERISTIC • 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 ■ne"(3 , Temperature Tstg -55 to+125 °C Circuit Current Icc 5 mA Schematic Diagram 507 ECG 1223 This Material


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PDF QD04730 ECG1223 T-74-Ã ECG1223 S342fl 470pF: T-74-05-01 0047/JF Philips ECG ECG circuit diagram ECG Semiconductors rfft QGDM731 ecg circuit schematic
ECG circuit diagram

Abstract: Philips ECG ecg block diagram ECG1369 h1le
Text: PHILIPS E C G INC ECG Semiconductors Features • Low noise, low distortion, high gain, high power amplifier • Low shook noise when power is switched on/off • Overvoltage and thermal protection circuit 17 E bbS3iaa GOGSSbT 1 ECG 1369 5.5 W AF PO h-1.lei -1 *•* " 1 n n I.l8l"(30.0) - Absolute Maximum Ratings (TA=25°C) .185 (4.7) r tf?t?'?,i,93<='=«=>'=>ca ■■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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PDF T-74-05-01 ECG1369 ECG circuit diagram Philips ECG ecg block diagram ECG1369 h1le
ECG Semiconductors

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


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PDF ECG829 531-J 100mV 16Vdc, 100mV ECG Semiconductors ECG829 electronic schematic
ECG Semiconductors

Abstract: ECG829 electronic schematic ecg compression
Text:  ECG Semiconductors ECG829 Electronic Attenuator Features • Designed for use In: DC operated volume control Compression and expansion amplifier applications • Controlled by DC voltage or external . variable resistor • 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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PDF ECG829 100mV ECG Semiconductors ECG829 electronic schematic ecg compression
amplifier 15w

Abstract: 4b35 ECG Semiconductors
Text: 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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PDF bb53120 0004b3S ECQ1180 ECG1228 ECG1180 ECG1180, ECG1228 amplifier 15w 4b35 ECG Semiconductors
bcd Counter 0-99

Abstract: ECG Semiconductors Philips ECG ECG1207 BCD counter
Text: PHILIPS E C G INC ECG Semiconductors 17E thSiTSa DOG4b73 □ ECG 1207 CMOS Programmable Divider 1 The HCG1207 is intended for use as a highspeed programmable counter in PLL frequency synthesizer system. The code of input data (binary or BCD) is externally selectable using "code select" B. The binary counter can be programmed to divide an Input frequency from 8 to 255, and BCD counter from 8 to 99 , Connections Logic Diagram ECG 1207 450 This Material Copyrighted By Its Respective Manufacturer PHILIPS E


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PDF DOG4b73 HCG1207 ECG1207 bcd Counter 0-99 ECG Semiconductors Philips ECG ECG1207 BCD counter
pen drive circuit diagram

Abstract: 75W HI FI AMPLIFIER ECG1231 audio amplifier with volume control 8 ohm 12V
Text: PHILIPS E C G INC 17E jj ■^53120 000474e] 7 ■yy-ol-ol ECG Semiconductors ECG 1231 TV Sound IF and AF PO Features • Nominal power output: 4 W at V+ =24 V. Rl = 16 Q, dist. = 10%; 2 W at V+=12V, RL=8Q, dist. = 10% • Wide power-supply range: 9 to 28 V • Low quiescent current: 25 mA typ • 5-kHz deviation sensitivity: 1 W output typ • 3-dB limiting sensitivity: 50 nV typ â , €” o il OETEcron j TUHINQ \ —(jz)OE-EMPHASIS —(IT) RIPPLE Br - PASS TOP VIEW ECG 1231


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PDF 000474e] ECG1231 Rx-15kii ECG1231 pen drive circuit diagram 75W HI FI AMPLIFIER audio amplifier with volume control 8 ohm 12V
ECG77

Abstract: No abstract text available
Text: PHILIPS E C G INC 17E bt,s3Taa 0004244 T ECG Semiconductors ECG 770 I* designed For use In high-level, low-speed logic and timing systems. · · Wide Operating Voltage Range - 4 .0 to 16 Volts High Current Buffered Outputs Allows Direct Drive of Medium Current Lamps and Relays Compatible with TTL and DTL Regulated Supply Not Required · · ECG770 RS FLIP-FLOP MAXIMUM RATINGS Ratio« Power Supply Voltage Power Dittipatton? T a * 25°C (Package Limitation) Derate «bove 25°C Operating


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PDF ECG770 ECG77
Philips 519

Abstract: ECG1227
Text: 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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PDF D0D47MQ CG1227 ECG1227 Philips 519 ECG1227
ECG13

Abstract: No abstract text available
Text: 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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PDF ECG1369 10kS2 ECG13
ECG1388

Abstract: No abstract text available
Text: PHILIPS E C G INC 17E 0 ^53=120 000533=1 ECG Semiconductors Features · Gain (53 dB typ), output power (5.8 W typ) · External parts (4 pieces) · Stable against power supply surge (40 V/0.2 sec) · Soft clipping · Usable BTL connection · Thermal cutoff circuit for load short or over load · Pop noise limiter at power supply Absolute M axim um Ratings (Ta =26°C) Parameters Maximum Supply Voltage Maximum Output Current Sym bol Vcc max Rating 18 ECG1388 5.8 W AF PO Unit V >1,8,10 (Pin


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PDF ECG1388 100x100x ECG1388
ECG1284

Abstract: No abstract text available
Text: PHILIPS E C G INC 17E bbS3=12fl D004Ö71 4 ECG Semiconductors Features Normal (ECG1283) and Reverse (1284) pin configurations for easier PC board layout. No damage for reverse insertion · Slngle-ln-llne package designed for easy mounting w ith no electrical Isolation * Few external components needed · Very low distortion over a w ide fre quency ra n g e-T H D <0 .5 % from 100 Hz to 10 kHz at Po , 200 msec T-74-05-01 ECG1283, ECG 1284 5.3 W Audio Power Amplifier ECG1283 The ECG1283 and


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PDF ECG1283) T-74-05-01 ECG1283, ECG1283 ECG1283 ECG1284 ECG1284 D004fl
IC TB 1238 AN

Abstract: TB 1238 An TB 1238 r1010 Philips ECG C104 ECG1238 R101 C04FC
Text: PHILIPS E C G INC 17E □ ■bbS312fl DGO477b T ■ECG Semiconductors ECG 1238 AUDIO POWER AMPLIFIER T-74-05-01 FEATURESi • HIGH INPUT IMPÉDANCE • SOFT DISTORtION • USED AS A CRYSTAL PICK-UP AMP N-.sestM.e)—i •MS (3.7) MIN. ECG 1238 li a linear Integrated circuit designed for ute a> an Audio Power Amplifier, It hat an output power of 2 Watt» when wpply voltage U 13.5 load , . 553 ECG 1238 This Material Copyrighted By Its Respective Manufacturer PHILIPS E C G INC 17E t


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PDF bbS312fl DGO477b T-74-05-01 fa-25 ECG1238 ECG1238 IC TB 1238 AN TB 1238 An TB 1238 r1010 Philips ECG C104 R101 C04FC
ECG1107

Abstract: ECG1023
Text: PHILIPS E C G INC 17 E 0 ^53=120 00Q4S57 T T -7 4 -Ö 5 -0 1 ECG Semiconductors HCG1023 and ECG1107 are monolithic Integrated circuit» designed for high gain power amplifier appli cation , voltage, ECG 1023 will deliver 4 .0 watts and ECG1107 will deliver 4.8 watts output. MAXIMUM RATINGS (Ta , °c ECG1023, ECG 1107 AUDIO POWER AMPLIFIER ·662 lie .« T T L-.2ECG1023, ECG 1107 334 PHILIPS E C


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PDF 00Q4S57 HCG1023 ECG1107 ECG1023, 40HAle ECG1107 ECG1023
ECG1382

Abstract: No abstract text available
Text: PHILIPS E C G INC 17E bb53*i2fl 0DGS31S 1 ECG Semiconductors Features · Dual amplifier can be used for stereo or BTL amplifier · High output power at low supply voltage 9 W (Typ) BTL at V c c =12 V, R L = 8 S2 4.2 W (Typ)/Ch at V co = 12 V, R L *=4 Q · Sm all pop noise due to the muting circuit · Good ripple rejection · Soft tone at output saturation · Channel separation typically 55 dB · Voltage gain of 45 dB Absolute M axim um Ratings (T^=25°C) Parameters Maximum Supply Voltage


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PDF 0DGS31S ECG1382 T-74-05-01 ECG1382
E82K

Abstract: No abstract text available
Text: PHILIPS E C G INC i7E r ^ 5 3 ^ 2 0 Q00S4SS 0 ECG Semiconductors Features · Video signal pre-amplifier circuit · Filter amplifier circuit · M ixer amplifier circuit · Head sw itch over circuit · Low noise head amplifier · Supply voltage, either 9 V or 12 V ECG1419 VCR Head Amp 1 41 3 1 2 II 1 0 9 8 - r .280"(7.ll) M AX. I 2 3 4 3 6 7 - .785"(I9.94)MAX.- I .Z00"(5.08) 'MAX. nnnm -I U -.I0 0 "(2 .5 4 ) typ. Absolute Maximum Ratings (Ta =25°c) Parameters


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PDF Q00S4SS ECG1419 Q0054S4 E82K
ECG1405

Abstract: GOGS403
Text: PHILIPS E C G INC 17E D ■!□ 1353^20 □□GS40S 7 ECG Semiconductors E CG 1405 TV Video Amp • AFT • AGC • RFAGC _L nnnnn'innrtnn .374 .410 K (9.5) (10.4) ) MAX MAX T uuuuuuuuuuu U4"129.0)MAX — |—.I57"(4.0) ,028"(0.7) —.I26"<3.2) -J 1»".I00" T-77-07-Ì3 Absolute Maximum Rating» (TA=25°C unless otherwise specified) Parameters Symbol Rating Unit Supply Voltage Vcc 15 V Power Dissipation PD 830 mW Operating Temperature Topg -15 to +65 °C Storage


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PDF GS40S T-77-07-Ã ECG1405 GOGS403 T-77-Ã ECG1405
ECQ1275

Abstract: ecg1276 car voltage stabilizer ECG1170 ECG1275 A420F philips audio power amplifier ic
Text: philips e c G inc ite ß m bbsa^aa □ ocmòst 3 ECG Semiconductors Features • High output power: P0=5.8 W Typ. • Few external components required (capacitors only) • Low noise: Vno" 1-4 mVrms Typ. • Low distortion: THD =0.2% Typ. • Low transient noise at power supply switch ON , features low noise, low distortion and high power audio output. ECG 1275 5.8 W Audio Power Amplifier Pin , Using an aluminum heat sink 4 x 4 x 0.04 inches (100 x 100 x 1 mm) ECG 1275 636 This Material


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PDF ECQ1275 ECQ127S ECG1275 ecg1276 car voltage stabilizer ECG1170 ECG1275 A420F philips audio power amplifier ic
ECG186

Abstract: ECG865
Text: PHILIPS E C G INC 17E 0 bLSàTHô ODOSObl 7 T -7 7 -0 7 -0 5 ECG Semiconductors Features · S V voltage regulator · Band select/decoder logic · Op-amp tuning voltage comparator I ECG865 T V Tuner Band Selector . . . . . . . . fo I .2 6 0 " 16.60) M A X. I 1 I U U U U U U Ü 8 -7 8 5 "(I9 .9 4 )M A X .2 0 (5 .0 8 1 M A X . ,2 5 4 "(6 .4 5 )M IN . ·I0 0 "(2 *5 4 ) Absolute M axim um Ratings Parameters Op Am p Max Supply Current, lcc Input Voltage, V


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PDF ECG865 ECG186, ECG865 ECG186
ecg 223

Abstract: No abstract text available
Text: P H IL I P S E C G INC 17E bbSBTSfl OGOSb4 b S ECG Semiconductors Features · Output current In excess of 1 A · Negative output -30 V to -2 .2 V · Internal thermal overload protection · Internal short circuit protection · Output transistor safe-area protection The ECG1927 is a 4 , use of one or more exter nal transistors. The voltage range of the ECG 1927 is -30 V to -2 .2 V. 1. 2 , VoUT«S - V«0 0 to +160 -65 to +150 Unit V V °c °c ECG 1927 650 P H IL I P S E C G INC 17E


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PDF ECG1927 T--58--11--23 ECG1927 ecg 223
ECG1238

Abstract: No abstract text available
Text: P H IL IP S E C G INC 17E Q bbS312fl DGO477b T T-74-05-01 ECG Semiconductors FEATURESi · · · HIGH INPUT IMPEDANCE SOFT DISTORtION USED AS A CRYSTAL PICK-UP AMP ECG 1238 AU DIO POWER AM PLIFIER H -.9 e stM .e > -i 47 ECG1238 II a linear Integrated circuit designed for me oi an Audio Power Amplifier. It hat an output power of 2 Watti when tupply voltage an - U , m t b t Im > t tu n 553 ECG 1238 P H IL IP S E C G INC 17E L,fc>53TSfl


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PDF bbS312fl DGO477b T-74-05-01 ECG1238 ECG1238
Not Available

Abstract: No abstract text available
Text: P H IL IP S E C G INC 17 E (^53=120 000554b a ECG Semiconductors Features · Low number of external components: (4) · Built-In protective circuits: Power supply surge protection circuits (can withstand a surge of +40 V for 0.2 seconds) Load short circuit protection Thermal cutoff circuit · Power output: 5.6 W (Typ) · Voltage gain: 54 dB (Typ) *134" (3.4) ECG 1362 5.5 W AF PO .900" , W/°C 250 - 2 0 to +75 - 4 0 to +150 °C °C ECG 1362 251 P H IL IP S EC G


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PDF 000554b ECG1362
ECG1604

Abstract: No abstract text available
Text: PHILIPS E C G INC 17E btS3` iBfl"OODS4fiS 4 T-73-53 ECG Semiconductors Features · 5 comparators to digitize logarithmic analog input signals in 3-dB step in crements · High Input Impedance . . . 100 kQ typ · Open-collector outputs capable of sinking up to 40 mA and withstanding up to 18 V · Supply voltage range of 10 to 18 V ECG 1504 Voltage Level Ind, Dr, 5-Step Log Open Collector Outputs ft ft III* 8 S fl a ,256"(6.50) ,30Cf MAX. (7.62) r . .393 (9.98) U MAX. 4


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PDF T-73-53 ECG1504 ECG1604 ECG1604
ECG1362

Abstract: No abstract text available
Text: PHILIPS E C g INC 17 E LibSBTSa 0DQS54b fi ECG Semiconductors ECG 1362 5.5 W AF PO Features • Low number of external components: (4) • Built-in protective circuits: Power supply surge protection circuits (can withstand a surge of +40 V for 0.2 seconds) Load short circuit protection Thermal cutoff circuit • Power output: 5.6 W (Typ) • Voltage gain: 54 dB (Typ) The ECG1362 Is an integrated circuit consisting of a high-gain, high-power audio power amplifier. It is housed in a compact 9


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PDF 0DQS54b ECG1362 F-74-05-07 ECG1362
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