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Part Manufacturer Description Datasheet Download Buy Part
LT1681ESW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW#TR Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C

TRANSISTOR BC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
transistor BC 308

Abstract: transistor sc 308 transistor BC 307 bc 106 transistor transistor 307 bc 309 b transistor transistor BC 55 transistor da 307 SC 309 transistor CB 308
Text: MPN SILICON TRANSISTOR , EPITAXIAL PLANAR rRANSISTOR NPN SILICIUM, PLANAR EPITAXIAL * BC 307 BC , voltage Tension basa-émetteur Iq =-2 mA VCE =-5V VBE -0,55 0,62 -0,7 \ *The transistor BC 307 is grouped in two classes of OC gain VI - A La transistor BC 307 est subdivisé en deux classes de gain statique VI - A The transistor BC 308 is grouped in three classes of OC gain VI - A - B Le transistor BC 308 ast subdivisé en trois classes da gain statique V! - A - B The transistor BC 309 is grouped in


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PDF BC307 CB-76 307ast 308ast transistor BC 308 transistor sc 308 transistor BC 307 bc 106 transistor transistor 307 bc 309 b transistor transistor BC 55 transistor da 307 SC 309 transistor CB 308
transistor eft 323

Abstract: EFT 323 transistor BC-108 6001-015 service-mitteilungen bc149 EFT323 TRANSISTOR BC 187 bauelemente DDR OA1180
Text: ZF-Spule L5/6 M-ZF-Spule L9 FH-ZF-Spule L8 FU-ZF-Spule L12 FH-ZF-Spule L13 3573-092-1 Transistor BC 528 Or. II Transistor AC 180 K Transistorpaar AC 180 K/181 K Blko 4700 uF, 25 V Ferritkern UKW ROÍ a 4x0 , Transistor BC 108 C entspricht 100 kOhm 2-1-25H1-665 TGL wird vom Zentrallager Erfurt 9100 der Typ BC 149 C , V geändert in 323 u BC 108 A geändert in TBC 108 A BC 108 C geändert in TBC 108 C Äquivalente , spricht TNM 100 Das Importlager in Potsdam liefert statt des Transistors T 413 C den Typ BC 109 C oder BC


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1997 - bc 617 transistor equivalent

Abstract: FMMT-617 FMMT617 TRANSISTOR BC 846B sf 818 transistor block stages of laptop computers BC SERIES ONLY TRANSISTORS FMMT720 FMMT717 FMMT620
Text: losses of a FMMT617 and a competitive dri ver transistor ( BC 818 ) a re also charted in Figure 2 , Parameter 600 MO SF ET As can be seen in Table 1, the FMMT617 is a 15V NPN transistor capable of , current losses by Ib x Vbe. BC 81 8) Features To tal Lo ss es ( FMMT717 transistors , As can be seen in Table 1, the FMMT617 is a 15V NPN transistor capable of switching loads of up to , Ib x Vbe. BC 81 8) Features To tal Lo ss es ( FMMT717 transistors outperform many


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PDF FMMT617 FMMT717 FMMT717, 160mV 100mA FMMT717 bc 617 transistor equivalent FMMT-617 TRANSISTOR BC 846B sf 818 transistor block stages of laptop computers BC SERIES ONLY TRANSISTORS FMMT720 FMMT620
catalogue des transistors bipolaires de puissance

Abstract: brochage des circuits integres H3C1-07 LB 124 transistor equivalente equivalent of transistor bc212 bc 214 transistor A2222 SESCOSEM transistor BFw-11 terminals Brochage BCW91 equivalente transistor BC 141
Text: 100_295 *BCT07A TO-18 300 45 125-260 2 0,95 100/5 300 §_297 * BC 107 B TO-18 300 45 240-500 2 0,95 100/5 , page * BC 108 A TO-18 300 20 125-260 2 0,95 100/5 300 S 297 * BC 108 B TO-18 300 20 240-500 2 0,95 100/5 300 § 297 * BC 108 C TO-18 300 20 450-900 2 0,95 100/5 300 § 297 BC 109 B TO-18 300 20 240-500 2 0,95 100/5 300 § 297 BC 109 C TO-18 300 20 450-900 2 0,95 100/5 300 § 297 BC 140 cl.6 TO-39 750 40 40-100 100 1 1000/100 50 307 BC 140 cl.10 TO-39 750 40 60-160 100 1 1000/100 50 307 BC 140


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SAA 1251

Abstract: ZPD ITT diode 3 3 ZPD ITT SAA1251 ZPD ITT 10 ITT ZPD RY130 itt saa 1024 SAA 1250 ZPD* ITT
Text: transistor BC 338-40 in connection w ith the vol tage regulator diode ZPD 3,3 form s a constant-current , rent of 1 mA is drawn, the voltage drop across each o utput transistor will am ount to 1 V. Fig. 6 , the SAA 1250 sw itch on the tra n sisto r BC 415 w hich in turn sw itches on the oth e r tw o transistors. The PNP tra nsistor BC 328-40 connects the tw o capacitors in series so that a supply voltage of


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PDF 2030/CCU 2050/CCU 1290/SAA SAA 1251 ZPD ITT diode 3 3 ZPD ITT SAA1251 ZPD ITT 10 ITT ZPD RY130 itt saa 1024 SAA 1250 ZPD* ITT
1995 - RF toy plane circuit diagram

Abstract: IC lm566 LM566 fsk modulator LM566 14 pin proportional rc toy receiver pin configuration of LM566 LM1871 LM1872 lm566 pin diagram LM1871N ladder diagram of AC servo motor
Text: Transistor Transistor Saturation Voltage Transistor BC Beta Use RF Voltmeter Close S3 Open S3 S4 VCE e , Characteristics Supply Current vs Supply Voltage Encoder Output Swing vs Supply Voltage RF Transistor Input Admittance vs Collector Current RF Output Voltage Level vs Supply Voltage RF Transistor , speed control or simply an ON OFF transistor switch In the case of the mechanical arm movement , NPN transistor is held on for a period determined by the modulation pulse (tm) This was done to


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PDF LM1871 LM1872 RF toy plane circuit diagram IC lm566 LM566 fsk modulator LM566 14 pin proportional rc toy receiver pin configuration of LM566 LM1871 LM1872 lm566 pin diagram LM1871N ladder diagram of AC servo motor
YAN-60027N

Abstract: RF toy plane circuit diagram 49.86 mhz remote control transmitter LM566 14 pin proportional rc toy receiver ladder diagram of AC servo motor toko KXN K lm566 pin diagram 49 MHZ rc transmitter LM1871N
Text: Current T ranslstor Transistor Saturation Voltage Transistor BC Beta Use RF Voltmeter Close S3 Open S3, S4 , VOLTAGE (V) 0 3 5 7 9 It 13 IS 17 V14-SUPPLY VOLTAGE (V) RF Transistor Input Admittance vs Collector Current V rs * SV1 RF Transistor Output Admittance vs Collector Current r ~S0 , a mechanical arm movement, motor speed control or simply an ON/OFF transistor switch. In the case of , NPN transistor switch. When the NPN transistor is turned OFF the timing capacitor (CF) will charge up


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PDF LM1871 LM1871 LM1872 YAN-60027N RF toy plane circuit diagram 49.86 mhz remote control transmitter LM566 14 pin proportional rc toy receiver ladder diagram of AC servo motor toko KXN K lm566 pin diagram 49 MHZ rc transmitter LM1871N
RF toy plane circuit diagram

Abstract: 14 pin proportional rc toy receiver lm566 4 ch toy remote control RC proportional encoder fsk modulator LM566 LM1871 LM1872 pin configuration of LM566 lm566 pin diagram TOKO coil
Text: Output Level Supply Current Transistor Transistor Saturation Voltage Transistor BC Beta Use RF , Transistor Input Admittance RF Transistor Output Admittance 1 5 10 20 «0 100 I 5 , simply an ON/OFF transistor switch. In the case of the mechanical arm movement, commercially avail able , Applications Information LM1871 ENCODER TIMING (Continued) In the frame timer circuit the NPN transistor is , high gain comparator and a saturating NPN transistor switch. When the NPN transistor is turned OFF the


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PDF LM1871 LM1872 LM1871 RF toy plane circuit diagram 14 pin proportional rc toy receiver lm566 4 ch toy remote control RC proportional encoder fsk modulator LM566 LM1871 LM1872 pin configuration of LM566 lm566 pin diagram TOKO coil
RF toy plane circuit diagram

Abstract: LM1671 LM566 LM1871N 49.86 mhz remote control transmitter LM1871 LM1872 14 pin proportional rc toy receiver Remote Control Toy Receiver IC 9 Channel kxn k4636 pin configuration of LM566
Text: Supply Current Open S3, S4 30 mA ft Transistor Vce = +5V, lc = 10 mA 520 MHz vsat(11) Transistor Saturation Voltage f0 = 49 MHz 800 mV Hfe Transistor BC Beta lc = 10 mA 75 150 350 LVCEO lc = 10 jllA , 11 13 15 17 V14 - SUPPLY VOLTAGE (V) RF Transistor Input Admittance vs Collector Current ■s 10 ! , Envelope (C) Typical Receiver Channel 1 Output (D) Typical Receiver Channel 2 Output RF Transistor , mechanical arm movement, motor speed control or simply an ON/OFF transistor switch. In the case of the


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PDF LM1871 LM1872 kft/51 RF toy plane circuit diagram LM1671 LM566 LM1871N 49.86 mhz remote control transmitter LM1871 LM1872 14 pin proportional rc toy receiver Remote Control Toy Receiver IC 9 Channel kxn k4636 pin configuration of LM566
3866S

Abstract: BF247 equivalent brochage des circuits integres Triac GK TI Small Signal FET Catalogue BC547E transistor bc 564 SESCO bcw 91 transistor SESCOSEM
Text: ) C ata lo g u e 183 T2 184T2 185T2 BC 107 ec 108 BC BC BC BC BC 109 140 141 160 161 TPu 75 TPu , 849 367 367 367 373 373 379 379 385 385 391 391 395 395 BC 546 BC 547 BC 548 BC 549 BC 550 BC 556 BC 557 BC 558 BC 559 BC 560 BC 635 BC 636 BC 637 BC 638 BC 639 BC 640 BCW 29 BCW 30 BCW 31 BCW 32 BCW , 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 75 BC 177 BC 178 BC 179 BC 182 BC 183 BC 184 BC190A, B BC 211 BC 211 A BC 212 BC 213 BC 214 BC 215 B BC 237 BC 238 BC 239 BC 264


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1999 - 2n2222 spice model

Abstract: C3239 condenser microphone balanced microphone schematic SSM2275 2n2222a spice model SSM2275S SSM2275RM ad1848 RU-14 OP275
Text: , the output could exhibit phase reversal. This is due to the input transistor 's B­C junction becoming , the oscilloscope. The 2N2222 transistor sets up the bias current for the JFET and the OP41 is , through a 2N4124 transistor buffer and 2 k resistors. The phantom power circuitry can be omitted for


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PDF SSM2275 SSM2475 C3239a 2n2222 spice model C3239 condenser microphone balanced microphone schematic 2n2222a spice model SSM2275S SSM2275RM ad1848 RU-14 OP275
1997 - SSM2275

Abstract: Condenser Microphone Amp OP41 ad1848 2829E 2N4416 equivalent inverter 12v to 220 ac mosfet based
Text: output could exhibit phase reversal. This is due to the input transistor 's B­C junction becoming forward , transistor sets up the bias current for the JFET and the OP41 is configured as a fast integrator, providing , voltage can also be used to provide phantom power to a condenser microphone through a 2N4124 transistor


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PDF SSM2275/SSM2475* 14-Lead SSM2275 RU-14) C3239 SSM2275 Condenser Microphone Amp OP41 ad1848 2829E 2N4416 equivalent inverter 12v to 220 ac mosfet based
1997 - SSM2275

Abstract: inverter 12v to 220 ac mosfet based 1768E AD1862 2n4416 transistor spice SSM2475 SSM2275S SSM2275RM SSM2275P RU-14
Text: output could exhibit phase reversal. This is due to the input transistor 's B­C junction becoming forward , feedback amplifier and then Schottky-clamped at the output to the oscilloscope. The 2N2222 transistor sets , through a 2N4124 transistor buffer and 2 k resistors. The phantom power circuitry can be omitted for


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PDF SSM2275/SSM2475* SSM2275 SSM2475 C3239 inverter 12v to 220 ac mosfet based 1768E AD1862 2n4416 transistor spice SSM2275S SSM2275RM SSM2275P RU-14
1997 - SSM2275

Abstract: condenser microphone balanced microphone schematic 2N2222A Schematic symbol inverter 12v to 220 ac mosfet based
Text: voltage supply, the output could exhibit phase reversal. This is due to the input transistor 's B­C , the oscilloscope. The 2N2222 transistor sets up the bias current for the JFET and the OP41 is , microphone through a 2N4124 transistor buffer and 2 k resistors. The phantom power circuitry can be omitted


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PDF SSM2275/SSM2475 14-Lead SSM2275 RU-14) C3239 SSM2275 condenser microphone balanced microphone schematic 2N2222A Schematic symbol inverter 12v to 220 ac mosfet based
1997 - SSM2275

Abstract: 2n2222 spice model FET 2N4416 inverter 12v to 220 ac mosfet based
Text: could exhibit phase reversal. This is due to the input transistor 's B­C junction becoming forward biased , then Schottky-clamped at the output to the oscilloscope. The 2N2222 transistor sets up the bias current , a condenser microphone through a 2N4124 transistor buffer and 2 k resistors. The phantom power


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PDF SSM2275/SSM2475* 14-Lead RU-14) C3239 SSM2275 2n2222 spice model FET 2N4416 inverter 12v to 220 ac mosfet based
1999 - Rotary Sensor quadrature .5 inch shaft 500 pulses per revolution

Abstract: push-button rotary switches I2C Rotary encoder quadrature .5 inch shaft rotary encoder 500 pulses 0.5" shaft diameter quadrature pic quadrature encoder 50N600 DIN 41652 rotary encoder signal conditioning rotary encoder, 500 pulses, 0.5" shaft diameter, quadrature outputs quadrature output 500 pulses per revolution 0.5" shaft diameter
Text: Initial value n = 0: Th = 13,67%*Tmax Initial value n = 31: Th = 86,33%*Tmax Output transistor BC 817: Max , the shaft (output transistor blocked). Plug assignment, view from underneath: 1 3 5 7 2 4 6 8


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APC UPS CIRCUIT DIAGRAM rs 1500

Abstract: APC UPS es 500 CIRCUIT DIAGRAM APC UPS 650 CIRCUIT DIAGRAM schematic diagram APC back ups XS 1000 TAA550 APC UPS CIRCUIT DIAGRAM UPS APC rs 800 CIRCUIT diagram UPS APC rs 1000 CIRCUIT diagram APC Back ES 500 UPS circuit diagram CIRCUIT DIAGRAM APC UPS 700
Text: IC O N PLANAR NPN AUDIO DRIVER BC 115 The BC115 is a silicon planar epitaxial NPN transistor , IC O N PLANAR PNP GENERAL PURPOSE TRANSISTOR BC 116A The BC116A is a silicon planar epitaxial , mesa PNP transistor in a Jedec TO-72 metal case. It Is particularly designed for use as preamplifier , transistor in a. Jedec TO-72 metal case. It is designed for use in AG C prestages up to 260 MHz. ABSOLUTE , F 139 is a germanium mesa PNP transistor in a Je d e c TO-72 metal case. It is particularly designed


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PDF AF106 AF106 APC UPS CIRCUIT DIAGRAM rs 1500 APC UPS es 500 CIRCUIT DIAGRAM APC UPS 650 CIRCUIT DIAGRAM schematic diagram APC back ups XS 1000 TAA550 APC UPS CIRCUIT DIAGRAM UPS APC rs 800 CIRCUIT diagram UPS APC rs 1000 CIRCUIT diagram APC Back ES 500 UPS circuit diagram CIRCUIT DIAGRAM APC UPS 700
transistor BC 236

Abstract: bc 106 transistor transistors marking HK transistors BC 23 transistor C 639 W bc 569 A27 637 A27 639 transistor bc 33 transistor 639
Text: 000^30^ AL GG BC 635 · BC 637 · BC 639 r - a i -33 Silicon NPN Epitaxial Planar Transistors , available Dimensions In mm · Complementary to BC 636, BC 638, BC 640 2.8 «QB i 1 IS .2 i 1 -2 &2 , 125 °C Collector-base breakdown voltage B C 635 BC 637 BC 639 T1.2/508.0888 E B C 637 60 1 1.5 1 150 5 5 .+ 150 BC 639 80 V A A ·a W °C °C 45 ^ C M P .o , T\ ^thJA 156 125 55 Min , 000^310 7 BC 635 · BC 637 · BC 639 Min. Collector-emitter breakdown voltage lc = 20 mA BC 635 BC 637 B


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PDF BC635 15A3DIN transistor BC 236 bc 106 transistor transistors marking HK transistors BC 23 transistor C 639 W bc 569 A27 637 A27 639 transistor bc 33 transistor 639
transistor BC 236

Abstract: transistor bf 425 transistor bc 237c TRANSISTOR 636 bc638 transistor transistors BC 23 bc 640 transistor bc 238 b D-636 transistor
Text: IAL66 electronic BC 636 · BC 638 · BC 640 Creata« léchnofogtes Silicon PNP Epitaxial Planar , pairs available Dimensions in mm · Complementary to BC 635, BC 637, BC 639 tccanfng 19 O M l^eftnom , Collector-base breakdown voltage -/c = 1 mA BC636 BC 638 BC 640 RthJA r .g ` ^CEO B C 636 45 BC 638 60 1 1.5 1 150 BC 640 80 V A A W °C «C s « ^c ^ CM ~ , P .o , - 5 5 . .+ 150 , TELEFUNKEN E L E C T R O N IC 17E P ê'iEQ cn b o c m a 'is d IAL6G BC 636 * BC 638 · BC


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PDF IAL66 15A3DIN transistor BC 236 transistor bf 425 transistor bc 237c TRANSISTOR 636 bc638 transistor transistors BC 23 bc 640 transistor bc 238 b D-636 transistor
1998 - BC 547 PIN DIAGRAM

Abstract: IDG 600 TRANSISTOR C 557 B STMicroelectronics Krypton ST952 pin diagram of BC 547 "caller ID" "type 2" hybrid gyrator impedance modem transistor BC 557 TQFP32
Text: activates the off-hook or the CLID external transistor switch. 6 NC Ring LIM2 19 NC , Digital AIN . . . . . . . . . . . If CLID external transistor switch is enabled, a , . These signals control the off-hook and CLID external transistor switches and is sent to the internal , signal in opposite phase, this pin puts ON the hook switch external Q1/Q2 transistor stage. IDC When D5 input a 5VPP/Fmod signal, this pin puts ON the CLID external Q3/Q4 transistor stage. R2 limits


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PDF ST952 56Kbps TQFP32 ST952TQFP ST952 56Kbps ST75951 TQFP32 BC 547 PIN DIAGRAM IDG 600 TRANSISTOR C 557 B STMicroelectronics Krypton pin diagram of BC 547 "caller ID" "type 2" hybrid gyrator impedance modem transistor BC 557
1998 - IDG 600

Abstract: STMicroelectronics Krypton ST952 "caller ID" "type 2" hybrid BC 547 PIN DIAGRAM ST75951 ST952TQF7 TQFP32 VTAC 4
Text: : ST952TQF7 If CLID external transistor switch is enabled, a limited amount of current, less than 1mA, is , barrier, ST952 activates the off-hook or the CLID external transistor switch. LIM2 19 NC Ring , external transistor switches and are sent to the internal transmit demodulator and receive modulator , hook switch external Q1/Q2 transistor stage. IDC When D5 input a 5VPP/Fmod signal, this pin puts ON the CLID external Q3/Q4 transistor stage. R2 limits the line current in CLID mode at 1mA max


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PDF ST952 TQFP32 ST952TQF7 ST952 ST75951 IDG 600 STMicroelectronics Krypton "caller ID" "type 2" hybrid BC 547 PIN DIAGRAM ST952TQF7 TQFP32 VTAC 4
1998 - IDG 600

Abstract: STMicroelectronics Krypton clid applications transistor 547 TQFP32 ST952TQF7 ST75951 ST952 Krypton isolation D6510
Text: : ST952TQF7 If CLID external transistor switch is enabled, a limited amount of current, less than 1mA, is , barrier, ST952 activates the off-hook or the CLID external transistor switch. LIM2 19 NC Ring , off-hook and CLID external transistor switches and are sent to the internal transmit demodulator and , phase, this pin puts ON the hook switch external Q1/Q2 transistor stage. IDC When D5 input a 5VPP/Fmod signal, this pin puts ON the CLID external Q3/Q4 transistor stage. R2 limits the line current in


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PDF ST952 TQFP32 ST952TQF7 ST952 ST75951 IDG 600 STMicroelectronics Krypton clid applications transistor 547 TQFP32 ST952TQF7 Krypton isolation D6510
transistor BC 157

Abstract: TRANSISTOR BC 181 BC181 transistor 2sc 1586 transistor BC SERIES TRANSISTOR "BC 157" TRANSISTOR BC 650 c BC161-10 BC transistor series TRANSISTOR
Text: AKTIENGESELLSCHAF BC160 BC 161 BC 160 and BC 161 are epitaxial PNP silicon transistors in TO 39 case (5 C 3 DIN , complementary transistors to BC 140 and BC 1 4 1and are available upon request as matched pairs. Type BC160') BC 160-6 BC 160-10 BC 160-16 BC 160 paired BC 160/BC140 paired BC 161 BC 161-6 BC 161-10 BC 161-16 BC 161 , Dimensions In mm BC 160 40 40 5 1 0.1 175 -55 to +175 3.7 BC 161 60 60 5 1 0.1 175 -55 to +175 3.7 V V , characteristics (Tam b = 25 °C) The transistors BC 160 and BC 161 are grouped at -Iq = 100 mA and -Vce = 1V


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PDF BC160 BC160' 160/BC140 BC161/BC141 8C161 transistor BC 157 TRANSISTOR BC 181 BC181 transistor 2sc 1586 transistor BC SERIES TRANSISTOR "BC 157" TRANSISTOR BC 650 c BC161-10 BC transistor series TRANSISTOR
TRANSISTOR BC 157

Abstract: BC181 transistor bc160 TRANSISTOR "BC 157" transistor 2sc 1586 transistor BC 55 transistor BC SERIES transistor bc 102 BC161 transistor f15n
Text: 2SC » ■û23SbOS ooomoa tjusieô^ . PNP Silicon Transistors SIEMENS AKTIEN6ESELLSCHAF Bc 160 BC 161 BC160 and BC 161 are epitaxial PNP silicon transistors in TO 39 case (5 C 3 DIN 41873). The , transistors to BC 140 and BC 141 and are available upon request as matched pairs. Type Ordering code BC 1601' Q62702-C228 BC 160-6 Q62702-C228-V6 BC 160-10 Q62702-C228-V10 BC 160-16 Q62702-C228-V16 BC 160 paired Q62702-C228-P BC 160/BC140 paired Q62702-C228-S2 BC1611> Q62702-C252 BC 161-6 Q62702-C230 BC 161-10


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PDF 23SbOS BC160 Q62702-C228 Q62702-C228-V6 Q62702-C228-V10 Q62702-C228-V16 Q62702-C228-P 160/BC140 Q62702-C228-S2 BC1611> TRANSISTOR BC 157 BC181 transistor bc160 TRANSISTOR "BC 157" transistor 2sc 1586 transistor BC 55 transistor BC SERIES transistor bc 102 BC161 transistor f15n
2000 - transisTOR C124

Abstract: Operational Transconductance Amplifier pspice c124 transistor cdt660 OPA660 TR BC 548 transistor c202 TI 121 Transistor opa660 pspice transistor directory
Text: consists of the subcircuits DT, DB, and BC . BC , the biasing circuit, supplies current to the transistor , Transistor DT X3 1 4 7 13 14 CBC660; Biasing Circuit BC * C201 1 0 2pF C202 2 0 2pF C203 3 , standards in scope and details. The macromodel for the Diamond Transistor OPA660 gives an example of the , characteristics, while remaining simple enough to ensure fast simulations. THE DIAMOND TRANSISTOR OPA660 Analog , . This operational transconductance amplifier contains the Diamond Transistor (DT) and Diamond Buffer


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