500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
TIPD116 Texas Instruments Data Acquisition Block for ECG Systems, discrete LEAD I ECG implementation Reference Design visit Texas Instruments
ISL73096RHVX Intersil Corporation RF POWER TRANSISTOR visit Intersil
ISL73096RHVF Intersil Corporation RF POWER TRANSISTOR visit Intersil
ISL73127RHVF Intersil Corporation RF POWER TRANSISTOR visit Intersil
ISL73128RHVF Intersil Corporation RF POWER TRANSISTOR visit Intersil
CC3000YFVR Texas Instruments CC3000 126-DSBGA visit Texas Instruments

ecg 126 transistor

Catalog Datasheet MFG & Type PDF Document Tags

Bt 2313

Abstract: transistor ECG 152 (Compl to ECG 157) 300 300 3 .500 20 10 80 typ TO-126 T45 ECG40 Dual NPN-Si, Hi Gain, Lo Noise , Manufacturer PHILIPS E C G INC SME D â  bb53^Efl G0û71êb SbS Transistor Outlines (cont'd) I ECG Fig. T13 , . T45 TO-126 ECG 39 157 184 185 253 254 295 373 374 2327 2338 ,I75"(4.45) MAX. t ,II8"(3.0) DIA , Tc = 25°C Unless Otherwise Noted) ECG Type Description and Application Collector To Base Volts , Copyrighted By Its Respective Manufacturer PHILIPS E C G INC Transistor Outlines SME D bbSa^Eà 0GG716S
-
OCR Scan
ECG38 Bt 2313 transistor ECG 152 transistor outlines transistor ecg36 TRANSISTOR ecg 379 ECG157 DDD714 ECG36 ECG36MP ECG37 T48-1 ECG37MCP

transistor ecg36

Abstract: transistor ECG 152 (Compl to ECG 157) 300 300 3 .500 20 10 80 typ TO-126 T45 ECG40 Dual NPN-Si, Hi Gain, Lo Noise , Transistor Outlines SME D bbSa^Eà 0GG716S b2b «ECG Fig. T1 TO-1 ECG 102A 103A 158 .240" â'"(6.I0)-MAX. ,   Transistor Outlines (cont'd) bb53 , ^.2l5"(5.45) r: Z3à 244 (6.2JMAX. Fig. T45 TO-126 ECG 39 157 184 185 253 -_.II8" 254 295 , Tc = 25°C Unless Otherwise Noted) ECG Type Description and Application Collector To Base Volts
-
OCR Scan
transistor. ECG 123AP ecg 126 transistor transistor ECG 332 TRANSISTOR ECG 69 ecg 123 transistor ECG57 ECG175 ECG39 T20-1 ECG41 ECG42 ECG43

st178

Abstract: diode E1110 variety of transistor heat sinks, insulator kits, and heat sink compound for this purpose. 1 ECG , TO-66 Fig. 9 ECG131 ECG 131MP â'˜ Transistor Outlinesâ'"Page 6 3 ECG SEMICONDUCTOR , TKRRKT ECG SEMICONDUCTOR REPLACEMENT GUIDE ACCESSORIES TRANSISTOR HEAT SINKS AND COMPOUND ECG400 , . (2) / Numbers indicate ECG Transistor Replacement and ECG Heat Sink recommended for this application , S Y L V A N IA ECG S e m ic o n d u c to r L in eREPLACES OVER 35,000 TYPES introduction The
-
OCR Scan
st178 diode E1110 CK705 TE1088 ME1120 CS1237 ECG303 8M-26102 66X0003-001 68X0003-001 CX-9000 T-E0317

transistor pnp ecg 180

Abstract: Transistor 123AP Transistor Outlines SME D bbSa^Eà 0GG716S b2b «ECG Fig. T1 TO-1 ECG 102A 103A 158 .240" â'"(6.I0)-MAX. ,   Transistor Outlines (cont'd) bb53 , ^.2l5"(5.45) r: Z3à 244 (6.2JMAX. Fig. T45 TO-126 ECG 39 157 184 185 253 -_.II8" 254 295 , Tc = 25°C Unless Otherwise Noted) ECG Type Description and Application Collector To Base Volts , -18 ECG 1 2 3 106 E B C 123A* E B C 126A. E B C 462 S G D 466 S D G 'Collector to Cass Fig. T3 TO
-
OCR Scan
transistor pnp ecg 180 Transistor 123AP 123AP transistor fet ecg transistor BU 102A 4511 gm GGG71H7 ECG58 ECG59 TB-35 T44-1 ECG60

Bt 2313

Abstract: Transistor 123AP Manufacturer PHILIPS E C G INC SME D â  bb53^Efl G0û71êb SbS Transistor Outlines (cont'd) I ECG Fig. T13 , . T45 TO-126 ECG 39 157 184 185 253 254 295 373 374 2327 2338 ,I75"(4.45) MAX. t ,II8"(3.0) DIA , Tc = 25°C Unless Otherwise Noted) Collector Collector Base to Max. Max. Freq. Package ECG Type , Copyrighted By Its Respective Manufacturer PHILIPS E C G INC Transistor Outlines SME D bbSa^Eà 0GG716S b2b «ECG Fig. T1 TO-1 ECG 102A 103A 158 .240" â'"(6.I0)-MAX. .410 (10.41) max. "nnn"l50"'3f"MIN'
-
OCR Scan
transistor t18 FET transistor BD 263 transistor ecg 226 ic 2429 Philips ECG 152 transistor 289a ECG60MP ECG61 ECG61MP ECG61MCP ECG63 RF-19A

GD0S3

Abstract: low second harmonic distortion · Supply voltage: 9 to 12 V · Independent transistor available (NPN) ECG ECG 1400 FM Limiter for V C R I4 I3 I2 II I0 9 8 T .2 8 0 "(7 .ll) MAX. I I , mA mA mW mW °C °C CB-V7-6 >4 , 500 400 300 200 100 20 ) 20 40 60 80 V > < 0_ \ \ \ \ \ \ s N 1
-
OCR Scan
GD0S3 ECG1400 T-77-21

ECG Semiconductors transistor 171

Abstract: current to a safe value. Safe area protection for the output transistor is provided to limit internal , it io n M in 11.5 11.4 Typ 12 - (14.5 - 27) - -(14.5 - 30) M ax 12.5 12.6 U n it V V V , - 90 50 2 - MV dB V Ripple Rejection M inim um Dropout Voltage V|N ` V o U T ECG , SELEC T R 2 A S f0 L L 0 W S ECG 1914 ECG 1916 ECG 1920 ECG 1924
-
OCR Scan
ECG Semiconductors transistor 171 0005L T--58--11--13 ECG1914 ECG1916 ECG1920 ECG1924

proximity switch

Abstract: PRX1203 ECG® Relays and Accessories Product Index (cont'd) Inductive Proximity Switches Type Number , 138 138 138 138 138 138 138 138 ECG® Relays and Accessories Inductive Proximity Switches ECG Inductive Proximity Switches are precision, solid-state sensing devices that provide an , , moving parts and attendant wear characteristics. ECG Proximity Switches are fully sealed against most , , robotics, farm machinery, packaging equipment, production lines and general automation. Philips ECG
-
Original
PRX802 PRX1201 PRX1202 PRX1203 PRX1220 PRX1230 proximity switch PRX1801 Philips ECG catalog PRX1830 PRX800 PRX801 PRX803 PRX830 PRX831

3 lead ecg block diagram

Abstract: for 4048 with circuit diagram block diagram (F ig . I ) . transistor constant-current sink. The voltage regulator section provides , . . . +260 °C 55 to + 126 65 to + 160 °C °C 15 35 500 derate V mA 'roW , ¿IF: F ig, 1 - B lo ck diagram of typical FM receiver utilizing the EC G 78 ! . ECG 781 256 , ECG 781 258
-
OCR Scan
3 lead ecg block diagram for 4048 with circuit diagram 12 lead ecg block diagram ECG781 00D347S ECG78I D0G347
Abstract: overheat protection, overcurrent protection function · TO-220 package · Variable output voltage (1.26 to 35V/-1.26 to-30V) [Possible to choose step down output/inversing output according to external , ://www.sharp.co.jp/ecg/ Chopper Regulators Electrical Characteristics PQ1CF2 (Unless otherwise specified , - _ 80 - 90 1.55 -15 1.95 3.25 1.05 - - TYP. 0.9 1.26 ±0.5 0.1 0.5 82 UK) ±6 MAX. 1.5 , terminal © becomes low by switching transistor Tr on, output voltage may be turned OFF and the device -
OCR Scan

transistor af 126

Abstract: ECG317 PHILIPS E C G INC SME J> â  bbS3=12fl GDD7154 TSE m£CG Transistors (cont'd) (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) ECG Type Description and Application Collector To Base Volts BVCBO Collector To Emitter Volts BVCEO Base to Emitter Volts BVEBO Max. Collector Current lc Amps Max , 120 min T-16 T20 ECG295 NPN-Si, RF Output/Driver 75 40 5 1 5 150 min 20 min TO-126 T45 ECG297 , ECG302 NPN-Si, RF Driver/Pwr Amp 100 50 6 1.5 peak 8 80 200 min TO-202J T37 ECG304A Transistor Kit See
-
OCR Scan
ECG290A ECG290AMCP ECG289A ECG291 ECG292 ECG292MCP transistor af 126 ECG317 T16 TRANSISTOR ecg316

ECG1916

Abstract: ECG1914 '¢ Output transistor safe area protection â'¢ Internal short circuit current limit The ECQ19XX series of , area protection for the output transistor is provided to limit internal power dissipation. If internal , 12 12.5 V PD , TEMPERATURE ("C) ECG1914, ECG 1916, EOG 1920, ECG1924 643 This Material Copyrighted By Its Respective
-
OCR Scan
ECG192 0G05L T-58-11-13 ECG19XX

MXL 603

Abstract: EE55 bobbin protection against transformer saturation, the sensing voltage through Rsen should trigger transistor Q2 , are not a voltage divider, resistor Rs2 controls the base current of the transistor, and Rs1 works to , peak 1.26 < Vline < 1.89 400 mV Vlover _ Th 2 peak 1.89 < Vline < 2.59 329 mV , C8 C9 C11 Manufacturer MURATA EPCOS INC. Panasonic Panasonic - ECG NICHICON Panasonic - ECG Panasonic-ECG AVX MURATA Mfr PN BL02RN2R1M2B B32922C3104M ECA-1EHG101 ECA
MARVELL
Original
88EM8081 MXL 603 EE55 bobbin LTV-817C Led driver 30v 50W schematic top schematic circuit diagram of flyback PFC converter for LED EER25.5 ferrite core bobbin 88EM8080/88EM8081 88EM8080/ TL431 H11A817A MV-S301735-00
Abstract: Group http://www.sharp.co.jp/ecg/ Notice Chopper Regulators I Electrical Characteristics , . Unit Io = lA no L,D,Co VsAT 0.9 V 1.5 V rrf 1.235 V 1.26 1.285 - AVri Tj=0 to 125°C ±0.5 % _ Re«L : lo , Terminal In the following circuit,when ON/OFF control terminal © becomes low by switching transistor Tr on , capacitor Cs, be careful not to destroy a transistor Tr by discharge current from Cs, adding a resistor -
OCR Scan
SC-63

ECG960

Abstract: ECG966 protection · Internal short-circuit current lim iting · Output transistor safe-area compensation This series , Temperature Range Operating Junction Temperature Range Symbol ECG ECG958, ECG960, ECG962, ECG964, ECG966 , circuit will pass, and Output Transistor Safe-Area Compensation that reduces the output short-circuit current as the voltage across the pass transistor is increased. In many low current applications, compensa , PHILIPS E C G INC ECG968 (Vm = 27 V, lo «500 mA, 0°C
-
OCR Scan
ECG219 ECG972 ZK100 000M427 CG968

3 lead ecg block diagram

Abstract: ecg 126 transistor PHILIPS E C G INC 17E D bbS3T2fi 00041=52 S ECG Semiconductors Features « Black-level clam ping · Linear dc controls for brightness, con trast, and peaking · Horizontal and vertical , 400 t PHILIPS E C G INC Figure 2 - Test Circuit 17E ^53*126 G004b24 T r~ 7 7 -0 7 ^ , accomplished by applying horizontal and vertical sync pulses to terminal 9. The pulses turn ON p-n-p transistor Q6 which shorts the base of transistor Q15 to the terminal 13 sup ply voltage. The brightness control
-
OCR Scan
ECG1177 ECG797 ECG1176 94JMAX

ECG967

Abstract: ECG969 PHI L I PS E C G INC 17E bf c, 53TSf l QQD443S i b ECG Semiconductors Features · , current limiting · Output transistor safe-area compensation This series of fixed output negative voltage , -12.5 Unit Vdc mV 13 6.0 55 24 RagiMd 46 17 Vo -11.4 -4.4 - 120 60 240 120 mV 240 120 Vdc -12.6 , Short-Circuit Protection that'limits the max imum current the circuit will pass, and Out put Transistor , transistor is increased. In many low current applications, compensa tion capacitors are not required. However
-
OCR Scan
ECG959 ECG961 ECG963 ECG967 ECG969 TRANSISTOR ALG 24 ecg971 ECG965

ECG950

Abstract: ECG988 PHILIPS E C G INC 17E fj bbSBTSfl G0G44D7 1 ' T-58-11-13 Sem iconductors Features · Output current of 100 m A · Internal thermal overload protection · Output transistor safe area , output current. ECG ECG950, ECG951, ECG977, ECG981, ECG988 3-Terminal Positive Voltage Regulator , transistor is provided to limit internal power dissipation. If internal power dissipation becomes too high , 2E0 200 mV 20 10 100 50 V v0 11.4 11.4 l|B AI|b vn - 12.6 12.6 mA 4.2 6.5 6.0 mA
-
OCR Scan
TRANSISTOR REPLACEMENT ECG 130 CG977 ECG981/ECG988

bfa53

Abstract: Philips ECG 978 PHILIPS E C G INC 17E D bbSBTSÖ G 00447S ' ECG Semiconductors FEATURES: · · · · · · · , ° ( 2 .5 4 ) TYP. CONTROL The ECG 978 dual timing circu it Is a highly stable control , V mA mA V Voi V VoH 12.79 2.79 ·dri tOLH tOHL _ 12.6 13.3 3.3 - - kHa nA ru ne 0.1 0.4 2.0 , threshold terminal and th* discharge transistor terminal are connected together In this mode, refer to , output triggers the flip-flop so that it's output seta low. This turns the capacitor discharge transistor
-
OCR Scan
ECG978 bfa53 Philips ECG 978 V01TA6I 22-SECOND

ECG931

Abstract: ECG1912 PHILIPS E C G INC 17E Q bfc>S3TSfl 0005010 ECG ECG931, ECG1912, ECG1918 Pos VR, 3-Terminal 3 A, 5 V, 12 V, IS V Sem iconductors Features · Power dissipation: 30 W · No external components required · Thermal regulation is specified · Internal thermal overload protection · Internal short-circuit current limiting · Output transistor safe-area compensation The ECG931, 1912 and , Coefficient of Output Voltage (lo = 5.0 mA) Sym bol V0 M in 11.5 11.4 Typ 12 12 6.0 M ax 12.5 12.6 45 mV U n
-
OCR Scan
0G0S103
Showing first 20 results.