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LT1681ESW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1681ISW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1681ESW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1681ISW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1681ESW#TR Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1681ESW Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

transistor 5101 fb

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transistor 5101 fb

Abstract: DG 402 rp Secondary Side Post Regulator for AC/DC and DC/DC Multiple Output Converters Description The CS-5101 , is used w ith the CS-5101. The CS-5101 is designed to operate over an 8 V to 45V supply voltage (Vcc) range and u p to a 75V drive voltage (Vc ). â  The CS-5101 features include a totem pole , _ email: info@cherry-semi.com_ P Company CS-5101 A bsolute M axim um Ratings Power , Voltage Initial Accuracy V fb - V c o m p ; V c c - l^V; T = 25°C (Note 1) 1.98 2.00 Input
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5101 fb

Abstract: transistor 5101 fb CS-5101 Secondary Side Post Regulator for AC/DC and DC/DC Multiple Output Converters D escription The CS-5101 is a bipolar m onolithic secondary side post regulator (SSPR) which provides tight , tion is used w ith the CS-5101. The CS-5101 is designed to operate over an 8V to 45V supply voltage ( v c c) range and up to a 75V drive voltage (Vc ). The CS-5101 features include a totem pole output w , CS-5101 A b so lu te M a x im u m K atings Pow er Supply Voltage, VLC
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Abstract: 20b755b 0 0 0 3 1 5 5 574 CS-5101 Secondary Side Post Regulator for AC/DC and DC/DC Multiple Output Converters ^Description The CS-5101 is a b ipolar m onolithic secondary side p o st regulator , converters. Leading edge p ulse w id th m odula­ tion is used w ith the CS-5101. The CS-5101 is designed , ). The CS-5101 features include a totem pole o u tp u t w ith 1.5 A peak o u tp u t current , fb c ? . comp rW i' ram p m m V O V m â"¢ R 'V V n E lI V I llI W !) C â -
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ic 5101 ram

Abstract: 5101 fb Secondary Side Post Regulator for AC/DC and DC/DC Multiple Output Converters D escrip tion The CS-5101 , the CS-5101. The CS-5101 is designed to operate over an 8 V to 45V supply voltage (V cc) range and up to a 75V drive voltage (Vc ). The CS-5101 features include a totem pole output w ith 1.5A peak output , B0b755b CS-5101 0003253 OSi A bsolute M axim um R atings Pow er Supply Voltage, V c c , ). . -0.3 to 24V VREF' V FB' VCOMP' VRAMP' V
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5101 fb

Abstract: MAX1649 _Pin Configuration TOP VIEW V+ OUT ON/OFF CS EXT OUT REF FB GND P 1 8 GND FB MAX1651 SHDN 2 7 EXT 6 CS 5 V+ SHDN 3 OUTPUT 3.3V MAX1649 , .-0.3V, +17V REF, SHDN, FB, CS, EXT, OUT .-0.3V, (V+ + 0.3V) Continuous Power , , MAX1651E FB Trip Point FB Input Current V+ = 16V, SHDN 1.6V (shutdown) V+ = 10V, SHDN 1.6V , MAX1649-TOC05 V+ = 16V MAX1649-TOC06 78 4.0 MAX1649/51-01 SUPPLY CURRENT vs. TEMPERATURE 80
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MAX1649CSA MAX1649EPA MAX1649ESA MAX1651CPA MAX1649CPA 5101 fb MAX1649C/D MAX1651CSA

5101 fb

Abstract: transistor 5101 fb TOP VIEW V+ OUT ON/OFF SHDN CS EXT OUT REF FB GND P 1 8 GND FB , , SHDN, FB, CS, EXT, OUT .-0.3V, (V+ + 0.3V) Continuous Power Dissipation (TA = , VOUT Reference Voltage VREF 1.470 1.5 1.530 MAX1649E, MAX1651E FB Trip Point FB , /51-01 3.5 10k MAX1649/51-A2 V+ = 16V 60 MAX1649-TOC05 78 4.0 MAX1649-TOC06 , OUT 2 FB 3 SHDN 4 REF 1.5V Reference Output that can source 100µA. Bypass with
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transistor 5101 fb p-channel pin mosfet 5102 MAX1649/MAX1651

MAX1649EPA

Abstract: resistor 473 _Pin Configuration TOP VIEW V+ OUT ON/OFF CS EXT OUT REF FB GND P 1 8 GND FB MAX1651 SHDN 2 7 EXT 6 CS 5 V+ SHDN 3 OUTPUT 3.3V MAX1649 , .-0.3V, +17V REF, SHDN, FB, CS, EXT, OUT .-0.3V, (V+ + 0.3V) Continuous Power , , MAX1651E FB Trip Point FB Input Current V+ = 16V, SHDN 1.6V (shutdown) V+ = 10V, SHDN 1.6V , MAX1649-TOC05 V+ = 16V MAX1649-TOC06 78 4.0 MAX1649/51-01 SUPPLY CURRENT vs. TEMPERATURE 80
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resistor 473 MAX1651C/D MAX1651EPA MAX1651ESA

p-channel pin mosfet 5102

Abstract: 5101 fb TOP VIEW V+ OUT ON/OFF SHDN CS EXT OUT REF FB GND P 1 8 GND FB , , SHDN, FB, CS, EXT, OUT .-0.3V, (V+ + 0.3V) Continuous Power Dissipation (TA = , VOUT Reference Voltage VREF 1.470 1.5 1.530 MAX1649E, MAX1651E FB Trip Point FB , /51-01 3.5 10k MAX1649/51-A2 V+ = 16V 60 MAX1649-TOC05 78 4.0 MAX1649-TOC06 , OUT 2 FB 3 SHDN 4 REF 1.5V Reference Output that can source 100µA. Bypass with
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cdrh125-220 DO3340-473 SI9430 1N5823 300khz pwm ic for step down converter 473 coilcraft d

1N582

Abstract: transistor 5101 fb Configuration TOP VIEW V+ OUT ON/OFF SHDN CS EXT OUT REF FB GND P 1 8 GND FB MAX1651 2 7 EXT 6 CS 5 V+ SHDN 3 OUTPUT 3.3V MAX1649 MAX1651 , .-0.3V, +17V REF, SHDN, FB, CS, EXT, OUT .-0.3V, (V+ + 0.3V) Continuous Power , , MAX1651C FB Trip Point FB Input Current MAX 16 3.0 1.4625 1.5 1.5375 MAX1649C , /51-01 3.5 10k MAX1649/51-A2 V+ = 16V 60 MAX1649-TOC05 78 4.0 MAX1649-TOC06
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1N582 si94 DO-3316-473 28249 IC 7414 datasheet DO3316-473

transistor 5101 fb

Abstract: RCH875-470M EXT REF OUT FB GND P 1 8 GND FB MAX1651 2 7 EXT 6 CS 5 , .-0.3V, +17V REF, SHDN, FB, CS, EXT, OUT .-0.3V, (V+ + 0.3V) Continuous Power , 1.530 MAX1649E, MAX1651E IFB 1 MAX1649C, MAX1651C FB Trip Point FB Input Current MAX , /51-01 3.5 10k MAX1649/51-A2 V+ = 16V 60 MAX1649-TOC05 78 4.0 MAX1649-TOC06 , FB Feedback Input. Connect to GND for fixed-output operation. Connect a resistor divider between
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RCH875-470M MAX639/MAX640/MAX653

5101 fb

Abstract: 74FCTT CPON RAMP FB [T [T [7 |T (T Q Ö Q T 13 AUXVcc 1H V cclo H] SETLO ¿ 7 ] GATELO H VOUTLO IE V cchi , CM< (Vcclo-1.3V) FB = < · · 2.28 1.5 0.6 2.45 100 3 1 2.60 mA mA V mV · · 1.220 , VcHST V rst · V outlo FB = Floating FB = GND · · · 2.80 4.50 5.75 2.90 4.65 5.88 7 12 15 95 3.00 4.75 6.01 V V V mV mV mV k£2 V rhst Reset Threshold Hysteresis (Vqutlo) FB = Voutlo FB = Floating FB = GND 0 V < V fB < V c c l o Vcb F>fb FB Pin Input Resistance Cricuit
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74FCTT 30-023PA 3.6v zener diode LTC1421 LT1170HV LT1074CT LT1170HVCT 24V5V

LTG14

Abstract: diode lt 341 GATEHI CPON [ T ]H VouTHI RAM P Q0 ]U COMPOUT RESET 14] COMPâ' FB Q T 13 , â'¢ 1 VcHST Comparator Hysteresis OV V rst Reset Voltage Threshold (V outlo) FB = V outlo FB = Floating FB = GND V rhst Reset Threshold Hysteresis (V o u t l o ) P Ã R = V CCL0 1.5 , 2.28 FB Pin Input Resistance â'¢ VcB Cricuit Breaker Trip Voltage , FB = V o u t l o mV mV 7 (V c c l o - 1 . 3 V ) 551fl4bfi 5-90 V mV -45
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LTG14 diode lt 341 1170HV 0015Q3 LTC1155 LTC1477/LTC1478

12.5W bypass transistor

Abstract: Configuration TOP VIEW V+ OUT 1 2 8 7 GND EXT CS V+ MAX1651 ON/OFF SHDN CS EXT P OUTPUT 3.3V FB SHDN 3 REF 4 MAX1649 MAX1651 6 5 REF FB GND OUT DIP/SO , Voltage, V+ to GND.-0.3V, +17V REF, SHDN, FB, CS, EXT, OUT , , SHDN 1.6V (shutdown) FB Trip Point FB Input Current Output Voltage Reference Voltage REF Load , 1nF MAX1649/51-01 80 78 76 I+ (A) V+ = 10V V+ = 16V 4.0 3.5 3.0 V+ = 16V 2.5 I+ (A) 2.0 1.5 V
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12.5W bypass transistor MAX1651ESA-T

2SK2396A

Abstract: NEC 2SK2396A .34 Transistor Arrays , discrete microwave transistor series can be broadly divided into single type and twin type. The former , integrated in a single package. The silicon microwave monolithic IC group is made up of transistor arrays , Type) (2) ICS Transistor Arrays ( µ PA Type) Prescalers ( µ PB Type) High-Frequency , HIGH-FREQUENCY CHARACTERISTICS MAP Bipoler Transistor |S21e|2-fMAP 16.0 15.0 2SC4094 14.0
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P10100EJ6V0SG00 2SK2396A NEC 2SK2396A k2396a pc1658 2SC2407

microcontroller based temperature control fan

Abstract: Remote Controlled Fan Regulator application external MOSFET or bipolar transistor. 9 14 VCC +3.0V to +5.5V Power Supply 10 15 FB , or bipolar transistor to linearly regulate the voltage across the fan. The MAX6650 regulates the , VCC VCC 3V TO 5.5V 10k MAX6650 SCL TACH0 SDA I2C/SMBus INTERFACE FB FAN , MAXIMUM RATINGS VCC to GND .-0.3V to +6V FB , VFB +3 0 < VTACH < 9V 70 100 V 150 k 5 LSB FEEDBACK (FB) DAC Differential
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MAX6651 microcontroller based temperature control fan Remote Controlled Fan Regulator application brushless FAN ADDA max6550 Panaflo* Fan Temperature Base Fan Speed controller MAX6650/MAX6651 5VDC/12VDC 10LUMAX

UAA 1006

Abstract: manual* cygnus sl 5000 .6 Bipolar Transistor , .22 Transistor Arrays , discrete microwave transistor series can be broadly divided into single type and twin type. The former , in a single package. The silicon microwave monolithic IC group is made up of transistor arrays and , ) ICS Transistor Arrays ( µ PA Type) Prescalers ( µ PB Type) High-Frequency Amplifiers ( µ PC
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UAA 1006 manual* cygnus sl 5000 transistor marking T79 ghz NEC Ga FET marking code T79 PC1658G gaas fet T79 D-40472 I-20124 I-00139 D-30177 GB-MK14 D-81925

brushless FAN ADDA

Abstract: max6550 Register by using an external MOSFET or bipolar transistor to linearly regulate the voltage across the fan , TACH0 FB FAN LED ALERT FULL ON GPIO0 GPIO1 OUT ADD GND CCOMP 10µF , GND .-0.3V to +6V FB, TACH , _) Tachometer Threshold Tachometer Input Impedance FEEDBACK (FB) DAC Differential Nonlinearity Useful DAC , 3 200 100 Guaranteed monotonicity on FB (Note 1) Measured at FB (Note 1) 0 < VFB < 9V 70 100 5 8 150
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panaflo dc brushless Panaflo Panaflo fb 3825RPM sunon fan 4 pin

MAX6551

Abstract: digital tachometer Register by using an external MOSFET or bipolar transistor to linearly regulate the voltage across the fan , 10k MAX6650 SCL TACH0 SDA SMBus/I2C INTERFACE FB FAN LED ALERT FULL ON , .-0.3V to +6V FB, TACH_ .-0.3V to +13.2V All , VFB +3 0 < VTACH < 9V 70 100 V 150 k FEEDBACK (FB) DAC Differential Nonlinearity Guaranteed monotonicity on FB (Note 1) 5 LSB Useful DAC Resolution Measured at FB (Note 1) 8
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MAX6551 digital tachometer MAX6650EUB MAX6651EEE Sunon 80 x 80 x 25 dc fans U10-2 E16-1

MAX6551

Abstract: ROHS panasonic bipolar transistor to linearly regulate the voltage across the fan. The MAX6650 regulates the speed of a , Operating Circuit VFAN 5V OR 12V VCC 3V TO 5.5V VCC 10k MAX6650 SMBus/I2C INTERFACE SCL SDA TACH0 FB , .-0.3V to +6V FB, TACH_ .-0.3V to +13.2V All , Tachometer Input Impedance FEEDBACK (FB) DAC Differential Nonlinearity Useful DAC Resolution Feedback Input , monotonicity on FB (Note 1) Measured at FB (Note 1) 0 < VFB < 9V 70 100 5 8 150 0.8 LSB bits k VTACH_ RTACH_ 5V
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ROHS panasonic

circuit diagram of 3 wire fan with tachometer

Abstract: Register by using an external MOSFET or bipolar transistor to linearly regulate the voltage across the fan , MAX6650 SMBus/I2C INTERFACE SCL SDA TACH0 FB FAN LED ALERT FULL ON GPIO0 GPIO1 OUT ADD GND CCOMP 10µF , GND .-0.3V to +6V FB, TACH , _) Tachometer Threshold Tachometer Input Impedance FEEDBACK (FB) DAC Differential Nonlinearity Useful DAC , 3 200 100 Guaranteed monotonicity on FB (Note 1) Measured at FB (Note 1) 0 < VFB < 9V 70 100 5 8 150
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circuit diagram of 3 wire fan with tachometer
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