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LP395Z/LFT1 Texas Instruments Ultra Reliable Power Transistor 3-TO-92 ri Buy
LP395Z/LFT4 Texas Instruments Ultra Reliable Power Transistor 3-TO-92 ri Buy
TIP117 Texas Instruments PnP Darlington - Connected Silicon Power Transistors 3-TO-220 ri Buy

power transistor selection

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Abstract: Richardson Electronics 800-737-6937 www.rfpowernet.com RF POWER TRANSISTOR SELECTION GUIDE , ST CODE EC GZ MW MY MO SB SF SM RF POWER TRANSISTOR SELECTION GUIDE SUPPLIER , www.rfpowernet.com RF POWER TRANSISTOR SELECTION GUIDE August 2000 MOSFETS Frequency MHz 2-100 2-100 , Richardson Electronics 800-737-6937 www.rfpowernet.com RF POWER TRANSISTOR SELECTION GUIDE August , RF POWER TRANSISTOR SELECTION GUIDE August 2000 BIPOLARS CONTINUED Frequency MHz 88-108 ... Original
datasheet

64 pages,
151.15 Kb

D1002UK TRANSISTOR GUIDE MRF185 TH430 Transistor amplifier SD1393 uhf linear amplifier module D2259 d2253 PH1090 FET Transistor Guide STM1645-10 transistor selection guide MS3016 datasheet abstract
datasheet frame
Abstract: = 10k C2 = 100nF C5 = 100nF SCHEMATIC DIAGRAM 3 - POWER TRANSISTOR SELECTION The output voltage (and , not necessary in this application. Q2 is a low cost general purpose small power transistor. Q1 is a medium power transistor, heat-sinked, capable to dissipate a few Watts in the worst case (output of the , into account during the design of the charger. The voltage, on the emitter of transistor Q1 is Veq1 = ... Original
datasheet

3 pages,
37.9 Kb

vr4 control power transistor bd135 TSM101 TSM101 abstract
datasheet frame
Abstract: SCHEMATIC DIAGRAM 2/3 3 - POWER TRANSISTOR SELECTION The output voltage (and by consequence, the , application. Q2 is a low cost general purpose small power transistor. Q1 is a medium power transistor , transistor Q1 is Veq1 = (1.45 x 6) + 0.7V = 9.4V and, regarding R6 and R7 : R6+R7 Veq1 = . Vref R6 P1 ... Original
datasheet

3 pages,
29.78 Kb

TSM101 BD135 1N4004 CIRCUIT DIAGRAM OF BD135 TSM101 abstract
datasheet frame
Abstract: SCHEMATIC DIAGRAM 2/3 3 - POWER TRANSISTOR SELECTION The output voltage (and by consequence, the , application. Q2 is a low cost general purpose small power transistor. Q1 is a medium power transistor , transistor Q1 is Veq1 = (1.45 x 6) + 0.7V = 9.4V and, regarding R6 and R7 : R6+R7 Veq1 = . Vref R6 P1 ... Original
datasheet

3 pages,
37.97 Kb

TSM101 BD135 1N4004 TSM101 abstract
datasheet frame
Abstract: SCHEMATIC DIAGRAM 2/3 3 - POWER TRANSISTOR SELECTION The output voltage (and by consequence, the , application. Q2 is a low cost general purpose small power transistor. Q1 is a medium power transistor , transistor Q1 is Veq1 = (1.45 x 6) + 0.7V = 9.4V and, regarding R6 and R7 : R6+R7 Veq1 = . Vref R6 P1 ... Original
datasheet

3 pages,
90.7 Kb

TSM101 BD135 PIN DIAGRAM BD135 1N4004 TSM101 abstract
datasheet frame
Abstract: Bipolar Power Transistor Selection Guide Bipolar Power Transistor Selection Guide Analog Discrete Interface & Logic Optoelectronics January 2003 TM Across the board. Around the world. Bipolar Power Transistor Selection Guide January 2003 Table of Contents Product General Purpose Transistors DPAK 2 D PAK SOT - 223 IPAK TO - 126 TO - 220 TO - 220F Darlington Transistors DPAK , , SyncFETTM, The Power FranchiseTM, TinyLogicTM, TruTranslationTM, UHCTM, UltraFET�, VCXTM Lit. No. ... Original
datasheet

14 pages,
674.08 Kb

KSD201 ksh200 equivalent ksh50 kse13007 analogue FJD23004 TRANSISTOR Tip41-Tip42 bd135 kse13007 tip141 equivalent KSC5345 FJL6920 TRANSISTOR TIP31 TIP41/TIP42 kse13009 datasheet abstract
datasheet frame
Abstract: is designed to accept this power Transistor Selection External transistor selection depends on , Dual (USB) ¥ Switch controller and linear regulator for 3.3V SDRAM ¥ Provides SDRAM and RAMBUS power simutaneously ¥ Adaptive Break-before-Make ¥ Integrated Power Good ¥ Drives all N-Channel MOSFETs plus NPN ¥ , components. The RC5060 RC5060 also offers integrated Power Good and Current Limiting that protects each output, and , from standby power. 2 PUMP Charge pump switcher. 3 SDRAMOUT 3.3V SDRAM gate control. ... Original
datasheet

13 pages,
111.79 Kb

TIP41A Latched Overcurrent Protection MBR0520L mosfet array vgs 5v 2A NDH833N NDS9956A RC1587 RC5058 RC5060 sdram voltage SO24 5V STANDBY fds4410dy RC5060 abstract
datasheet frame
Abstract: MAX608 MAX608 5V or Adjustable, Low-Voltage, Step-Up DC-DC Controller Power Transistor Selection Use an N-channel MOSFET power transistor with the MAX608 MAX608. Use logic-level or low-threshold N-FETs to ensure the , PFM devices. In addition, the external sense resistor and power transistor allow the user to tailor , of the external power transistor is switched from VOUT to ground. The MAX608 MAX608's output voltage can , components. As with traditional PFM converters, the power transistor is not turned on until the voltage ... Original
datasheet

12 pages,
133.27 Kb

MMFT3055EL MAX608ESA MAX608EPA max6080 MAX608 MAX1771 300uH 4pin 1N5817-1N5822 datasheet abstract
datasheet frame
Abstract: MAX608 MAX608 5V or Adjustable, Low-Voltage, Step-Up DC-DC Controller Power Transistor Selection Use an N-channel MOSFET power transistor with the MAX608 MAX608. Use logic-level or low-threshold N-FETs to ensure the , PFM devices. In addition, the external sense resistor and power transistor allow the user to tailor , of the external power transistor is switched from VOUT to ground. The MAX608 MAX608's output voltage can , components. As with traditional PFM converters, the power transistor is not turned on until the voltage ... Original
datasheet

12 pages,
128.19 Kb

MAX608ESA MAX608EPA max6080 MAX608 MAX1771 300uH 4pin Schottky Diode 20V 2A 1N5817-1N5822 7nc ics circuit datasheet abstract
datasheet frame
Abstract: Transistor Selection Use an N-channel MOSFET power transistor with the MAX1771 MAX1771. To ensure the external , Power Transistor Power-Supply Input. Also acts as a voltage-sense point when in bootstrapped mode. , addition, the external sense resistor and power transistor allow the user to tailor the output current , applied to the gate of the external power transistor is switched from VOUT to ground, providing more , output voltage sense point. Since the voltage swing applied to the gate of the external power transistor ... Original
datasheet

16 pages,
1714.45 Kb

pwm ic for le driver for 24W MTD6N1O D03340 MAX1771 equivalent 1N5817-22 MAX1771 MAX1771 abstract
datasheet frame

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POWER TRANSISTOR SELECTION The output voltage (and by consequence, the cur- rent) follows the TSM101 TSM101 TSM101 TSM101 is a low cost general purpose small power transistor. Q1 is a medium power transistor design of the charger. The voltage, on the emitter of transistor Q1 is V eq1 = (1.45 x 6) + 0.7V = 9.4V
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4953-v1.htm
STMicroelectronics 02/04/1999 5.96 Kb HTM 4953-v1.htm
short circuit R1 = 10k W C2 = 100nF C5 = 100nF 3 - POWER TRANSISTOR SELECTION The output cost general purpose small power transistor. Q1 is a medium power transistor, heat-sinked emitter of transistor Q1 is V eq1 = (1.45 x 6) + 0.7V = 9.4V and, regarding R6 and R7 : V eq1
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4953-v3.htm
STMicroelectronics 30/11/2000 7.69 Kb HTM 4953-v3.htm
R1 = 10k W C2 = 100nF C5 = 100nF 3 - POWER TRANSISTOR SELECTION The output voltage (and by small power transistor. Q1 is a medium power transistor, heat-sinked, capable to dissipate a transistor Q1 is V eq1 = (1.45 x 6) + 0.7V = 9.4V and, regarding R6 and R7 : V eq1 = R6 + R7 R6 .
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4953.htm
STMicroelectronics 20/10/2000 8.02 Kb HTM 4953.htm
POWER TRANSISTOR SELECTION The output voltage (and by consequence, the cur- rent) follows the TSM101 TSM101 TSM101 TSM101 is a low cost general purpose small power transistor. Q1 is a medium power transistor design of the charger. The voltage, on the emitter of transistor Q1 is V eq1 = (1.45 x 6) + 0.7V = 9.4V
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4953-v2.htm
STMicroelectronics 14/06/1999 5.93 Kb HTM 4953-v2.htm
products using an interactive selection guide BU1706A BU1706A BU1706A BU1706A : Silicon Diffused Power Transistor BU1706AB BU1706AB BU1706AB BU1706AB : Silicon Diffused Power Transistor BU1706AX BU1706AX BU1706AX BU1706AX : Silicon Diffused Power Transistor BUJ100 BUJ100 BUJ100 BUJ100 : Silicon Diffused Power Transistor BUJ100AT BUJ100AT BUJ100AT BUJ100AT : Silicon Diffused Power Transistor BUJ101A BUJ101A BUJ101A BUJ101A : Silicon Diffused Power Transistor BUJ101AU BUJ101AU BUJ101AU BUJ101AU : Silicon Diffused Power Transistor BUJ101AX BUJ101AX BUJ101AX BUJ101AX : Silicon Diffused Power Transistor BUJ103A BUJ103A BUJ103A BUJ103A : Silicon Diffused Power Transistor BUJ103AU BUJ103AU BUJ103AU BUJ103AU : Silicon Diffused
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using an interactive selection guide BU1506DX BU1506DX BU1506DX BU1506DX : Silicon Diffused Power Transistor BU1507AX BU1507AX BU1507AX BU1507AX : Silicon Diffused Power Transistor BU1507DX BU1507DX BU1507DX BU1507DX : Silicon Diffused Power Transistor BU1508AX BU1508AX BU1508AX BU1508AX : Silicon Diffused Power Transistor BU1508DX BU1508DX BU1508DX BU1508DX : Silicon Diffused Power Transistor BU2506DF BU2506DF BU2506DF BU2506DF : Silicon Diffused Power Transistor BU2506DX BU2506DX BU2506DX BU2506DX : Silicon Diffused Power Transistor BU2507AF BU2507AF BU2507AF BU2507AF : Silicon Diffused Power Transistor BU2507AX BU2507AX BU2507AX BU2507AX : Silicon Diffused Power Transistor BU2507DF BU2507DF BU2507DF BU2507DF
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(MHz) Operating voltage(VDC) BLF147 BLF147 BLF147 BLF147 SOT121B VHF VDMOS RF POWER Transistor 18 Broadcast and VHF Communication transmitters 70.0 150 28 - 108 28 BLF175 BLF175 BLF175 BLF175 SOT123A VHF VDMOS RF POWER Transistor 20 Broadcast and VHF Communication transmitters 65.0 30 28 - 108 50 BLF177 BLF177 BLF177 BLF177 SOT121B VHF VDMOS RF POWER Transistor 19 Transistor 13 Broadcast and VHF Communication transmitters 55.0 2 175 12.5 BLF242 BLF242 BLF242 BLF242 SOT123A VHF VDMOS RF POWER Transistor 16 Broadcast and VHF Communication transmitters 60.0 5 175 28 BLF244 BLF244 BLF244 BLF244 SOT123A VHF VDMOS RF POWER
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Discretes RF SC14 RF Wideband Transistors Power transistors UHF (6) Select products using an interactive selection guide BLT70 BLT70 BLT70 BLT70 : UHF power transistor BLT71 BLT71 BLT71 BLT71 : UHF power transistor BLT71/8 BLT71/8 BLT71/8 BLT71/8 : UHF power transistor BLT80 BLT80 BLT80 BLT80 : UHF power transistor BLT81 BLT81 BLT81 BLT81 : UHF power transistor BLT92/SL BLT92/SL BLT92/SL BLT92/SL : UHF power transistor Copyright © 2000 Programmable logic Cross reference Models Packages Application notes Selection guides
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) Operating voltage(VDC) BLF145 BLF145 BLF145 BLF145 SOT123A HF VDMOS RF POWER Transistor 27 Broadcast and HF Communication transmitters 40.0 30 0 - 28 28 BLF147 BLF147 BLF147 BLF147 SOT121B VHF VDMOS RF POWER Transistor 18 Broadcast and VHF Communication transmitters 70.0 150 28 - 108 28 BLF175 BLF175 BLF175 BLF175 SOT123A VHF VDMOS RF POWER Transistor 20 Broadcast and VHF Communication transmitters 65.0 30 28 - 108 50 BLF177 BLF177 BLF177 BLF177 SOT121B VHF VDMOS RF POWER Transistor 19 Broadcast and VHF Communication transmitters 70.0 150 28 - 108 50 BLF202 BLF202 BLF202 BLF202 SOT409A VHF VDMOS RF POWER Transistor 13 Broadcast and
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Bipolar RF POWER Transistor 7.5 Avionics - TACAN, JTIDS, DME 45.0 275 10 960 - 1215 50 10.0 MX0912B351Y MX0912B351Y MX0912B351Y MX0912B351Y SOT439A Avionics Bipolar RF POWER Transistor 7.5 Avionics - TACAN, JTIDS, DME 45.0 375 10 960 - 1215 50 10.0 MX1011B700Y MX1011B700Y MX1011B700Y MX1011B700Y SOT439A Avionics Bipolar RF POWER Transistor 7 Avionics - TCAS, IFF, Mod-S 55.0 740 10 1030 - 1090 50 1.0 MZ0912B100Y MZ0912B100Y MZ0912B100Y MZ0912B100Y SOT439A Avionics Bipolar RF POWER Transistor 7.5 Avionics - TACAN, JTIDS, DME 45.0 115 10 960 - 1215 50 10.0 MZ0912B50Y MZ0912B50Y MZ0912B50Y MZ0912B50Y SOT443A Avionics Bipolar RF POWER Transistor 8 Avionics
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