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PMP5064 Texas Instruments SEPIC 19V@4.7A visit Texas Instruments
PMP6596 Texas Instruments 12V to 19V/0.5A boost converter visit Texas Instruments
PMP6595 Texas Instruments 5V to 19V/0.5A boost converter visit Texas Instruments
PMP5029 Texas Instruments Universal AC 19V/2.2A Adaptor visit Texas Instruments
PMP5036 Texas Instruments Boost (19V @ 2.5A) for Auto Adapters visit Texas Instruments

19v smps

Catalog Datasheet MFG & Type PDF Document Tags

19v smps circuit diagram

Abstract: a06 amplifier KA7511 SMPS CONTROLLER CONTROL IC FOR SMPS 10 SIP H/S The KA7511 drives, regulates and monitors the main switching element in a SMPS based on the nonsynchronous flyback theory. Because of the , BLOCK DIAGRAM Package KA7511 10 SIP Operating temperature Î 0 ~ +70 KA7511 SMPS , 11.0 11.8 12.3 V KA7511 SMPS CONTROLLER ELECTRICAL CHARACTERISTICS Î, unless , .5V, f = 20KHz, D = 0.5) 14 1.9V 1.3 V 1.9V 1.8 V 1.9V 0.2 LV 8 Feedback Voltage V2
Samsung Electronics
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19v smps circuit diagram a06 amplifier SMPS Controller SMPS CIRCUIT DIAGRAM SMPS IC
Abstract: KA7511 CONTROL 1C FOR SMPS The KA7511 drive«, regulates and monitors the main switching element in a SMPS baaed on the noncynchronoua flyback theory. Because o( the wide regulating range and the , recorder« can be realized. SMPS CONTROLLER FEATURES · · · · W ide Operating Range Under Voltage , Temperature Range Sym bol Vcc Vref V2 V, V, v V7 V, U u It la T* SMPS CONTROLLER Value 20 6 ±0.6 3 8 8 , Sym bol Test C onditions i SMPS CONTROLLER M in Typ Max U nit · Norm al O peration -
OCR Scan
KA7S11

SMPS CIRCUIT block diagram

Abstract: KA7511 CONTROL IC FOR SMPS The KA7511 drives, regulates and monitors the main switching element in a SMPS based on the nonsynchronous flyback theory. Because of the wide regulating range and the , recorders can be realized. SMPS CONTROLLER 10 SIP H/S FEATURES · · · · Wide Operating Range Under , I5 I7 I8 TA SMPS CONTROLLER Value 20 Unit V V V V V V V V mA mA A ä0.6 3 8 8 V9 V9 5 5 , CHARACTERISTICS (T A = + 25 SMPS CONTROLLER Î, unless otherwise specified) Characteristic CC Normal
Fairchild Semiconductor
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SMPS CIRCUIT block diagram

NH5 Diode

Abstract: NH5 fast Diode On-Time 300kHz to 800kHz Switching Frequency Fixed 5V and 3.3V SMPS Outputs Low-Noise Ultrasonic Mode , p-channel MOSFET selects the battery. Main SMPS: The dual Quick-PWM step-down controllers with synchronous , SMPS and a combined open-drain power-good output allow flexible power sequencing. Voltage soft-start , , VDCIN = VLXC = VCSSP = VCSSN = 19V, VBSTC - VLXC = 5V, VBATT = VCSIP = VCSIN = 12.6V, VVCTL = VISET = , VBATT = 16.8V, adapter absent, TA = +25°C VBATT = 2V to 19V, adapter present IDCIN ON3 = ON5 = SKIP =
Maxim Integrated Products
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NH5 Diode NH5 fast Diode 19v charger CEP125S-1R5 MAX17085B T4055

NH5 Diode

Abstract: NH5 fast Diode -10mA 6 UNITS I CHARGER SMPS DHC Off-Time K Factor VDCIN = 19V, VBATT = 10V 30 40 , Switching Frequency Fixed 5V and 3.3V SMPS Outputs Low-Noise Ultrasonic Mode Autoretry Fault Protection , . Main SMPS: The dual Quick-PWM step-down controllers with synchronous rectification generate the 5V and , , and thermal-fault protection. Separate enable inputs for each SMPS and a combined , , VCC = 5V, ON3 = ON5 = VCC, VDCIN = VLXC = VCSSP = VCSSN = 19V, VBSTC - VLXC = 5V, VBATT = VCSIP =
Maxim Integrated Products
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ultrasonic sensor 200khz ULTRASONIC CCS C MAX17085BETL T4055-2

NH5 Diode

Abstract: NH5 fast Diode -10mA 6 UNITS I CHARGER SMPS DHC Off-Time K Factor VDCIN = 19V, VBATT = 10V 30 40 , Switching Frequency Fixed 5V and 3.3V SMPS Outputs Low-Noise Ultrasonic Mode Autoretry Fault Protection , . Main SMPS: The dual Quick-PWM step-down controllers with synchronous rectification generate the 5V and , , and thermal-fault protection. Separate enable inputs for each SMPS and a combined , , VDCIN = VLXC = VCSSP = VCSSN = 19V, VBSTC - VLXC = 5V, VBATT = VCSIP = VCSIN = 12.6V, VVCTL = VISET =
Maxim Integrated Products
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tokin 473 5.5v SMPS 24V battery charger smps based 6v battery charger circuit diagram 35v smps 5V SMPS charger circuit diagram FDS62

smps

Abstract: smps during SIP www.fairchildsemi.com KA7511 SMPS Controller Features · · · · Wide Operating Range Under , , regulates and monitors the main switching element in a SMPS based on the nonsynchronous flyback theory , ~ -10V V5 1.9V V5 1.9V V5 1.9V V(CTRL) = 0V V(CTRL) = 0V V(CTRL) = 0V Min. 110 50 4.0 4.0 2.3 1.8 , its safety or effectiveness. Product Folder - Fairchild P/N KA7511 - SMPS Controller SEARCH , space space KA7511 Products groups SMPS Controller Analog and Mixed Signal Datasheet Contents Discrete
Fairchild Semiconductor
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smps smps during SIP 10-SIP KA7511S1
Abstract: -10mA 6 UNITS I CHARGER SMPS DHC Off-Time K Factor VDCIN = 19V, VBATT = 10V 30 40 , Switching Frequency Fixed 5V and 3.3V SMPS Outputs Low-Noise Ultrasonic Mode Autoretry Fault Protection , SMPS: The dual Quick-PWM step-down controllers with synchronous rectification generate the 5V and 3.3V , thermal-fault protection. Separate enable inputs for each SMPS and a combined open-drain power-good output , , OUT3, and REF, VCC = 5V, ON3 = ON5 = VCC, VDCIN = VLXC = VCSSP = VCSSN = 19V, VBSTC - VLXC = 5V, VBATT Maxim Integrated Products
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irf7143

Abstract: IRF714 Application Circuit Parameter MAIN SMPS C ON TR OLLER S Input Voltage Range FB3, FB5 range - Adjustable , SMPS Measured at FB3/FB5 Ei ther SMPS, 0A to current li mi t Ei ther SMPS, 6.0V < V+ , REF Falling edge VL switched over to VOUT5, both SMPS on, ILoad3 = 0A, ILoad5 = 0A V+ = 6V to 30V, SMPS off, includes current into SHDN# V+ = 6V to 30V, SHDN# = 0V SMPS enabled, FB3 = FB5 = 0V, No Load on SMPS Min Typ 10 Max Units µA 1.8 10 300 -1 3 6 2.2 50 V µA 15 mW With
Semtech
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irf7143 IRF714 1000 WATT smps circuit diagram SC1403ITS AC to DC smps circuit diagram pages WSL2512R005FB43 SC1403 TSSOP-28

19V 7.1A POWER SUPPLY schematic diagram

Abstract: 96v charger circuit Typ Max Units 30.0 V MAIN SMPS CONTROLLERS Input Voltage Range 6.0 3.3V Output , Either SMPS REF 5.5 V 1.1 V Output Voltage Adjust Range Adjustable Mode Threshold Voltage 0.5 0.8 Load Regulation Either SMPS, 0A to current limit -0.4 % Line Regulation Either SMPS, 6.0V < V+ , 1.8 Units µA 2.2 VL switched over to VOUT5, both SMPS on, ILoad3 = 0A, ILoad5 = 0A 10
Semtech
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19V 7.1A POWER SUPPLY schematic diagram 96v charger circuit irf7413 dip 2 pin BERG CONNECTOR FDS9412 IRF7413

AC to DC smps circuit diagram pages

Abstract: irf7143 V MAIN SMPS C ON TR OLLER S Input Voltage Range 6.0 3.3V Output - Fi xed Mode V+ = 6.0 , SMPS REF 5.5 V Measured at FB3/FB5 0.5 1.1 V FB3, FB5 range Adjustable Mode Output Voltage Adjust Range Adjustable Mode Threshold 0.8 Load Regulati on Ei ther SMPS, 0A to current li mi t -0.4 Li ne Regulati on Ei ther SMPS, 6.0V < V+ , 2.2 VL switched over to VOUT5, both SMPS on, ILoad3 = 0A, ILoad5 = 0A 10 V+ = 6V to 30V
Semtech
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SC463 1000 WATT smps 5000 watt smps design 25khz 100C SC463ITSTRT Schottky Diode 19v 6A

1000 WATT smps circuit diagram

Abstract: AC to DC smps circuit diagram pages V MAIN SMPS C ON TR OLLER S Input Voltage Range FB3, FB5 range - Adjustable Mode 6.0 V+ = , 4.9 5.0 5.1 V Ei ther SMPS REF 5.5 V Measured at FB3/FB5 0.5 1.1 V Output Voltage Adjust Range Adjustable Mode Threshold 0.8 Load Regulati on Ei ther SMPS, 0A to current li mi t -0.4 Li ne Regulati on Ei ther SMPS, 6.0V < V+ , Max 10 1.8 Units µA 2.2 VL switched over to VOUT5, both SMPS on, ILoad3 = 0A, ILoad5 =
Semtech
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SC1403ITSTR SC1403ITSTRT 500 WATT smps SMPS Switcher IC SMPS circuit for charging 6v battery 220 ac to 24 dc SMPS charger circuit diagram

2 pin BERG CONNECTOR

Abstract: pulse width modulator for smps Parameter Conditions Min Typ Max Units 30.0 V MAIN SMPS CONTROLLERS Input Voltage , 4.9 5.0 5.1 V Either SMPS REF 5.5 V 1.1 V Output Voltage Adjust Range Adjustable Mode Threshold Voltage 0.5 0.8 Load Regulation Either SMPS, 0A to current limit -0.4 % Line Regulation Either SMPS, 6.0V < V+ , switched over to VOUT5, both SMPS on, ILoad3 = 0A, ILoad5 = 0A 10 V+ = 6V to 30V, SMPS off
Semtech
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pulse width modulator for smps 8 pin smps power control ic 22a 4886D SMPS Switcher IC of DIP 7 Si4886DY STS12NF30L

2 pin BERG CONNECTOR

Abstract: 19V 7.1A POWER SUPPLY schematic diagram Typical Application Circuit Parameter MAIN SMPS CONTROLLERS Input Voltage Range 3.3V Output Voltage in , current limit Either SMPS 2.45 3.23 2.45 4.9 REF 0.5 Either SMPS, 0A to current limit Either SMPS, 6.0V , over to VOUT5, both SMPS on, ILoad3 = 0A, ILoad5 = 0A V+ = 6V to 30V, SMPS off, includes current into SHDN# V+ = 6V to 30V, SHDN# = 0V SMPS enabled, FB3 = FB5 = 0V, No Load on SMPS 1.8 10 180 4 6.0 , trip VTH With respect to unloaded output voltage From each SMPS enabled, with respect to f OSC Typical
Semtech
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SC1403TS schematic SMPS-245 kingbri

capacitor 8P5

Abstract: circuit is http://onsemi.com 18 NCV8881 5 RESB LOW LDOS ON, SMPS OFF VIN < 19V & Temp Vstrt RESB LOW LDOS OFF, SMPS OFF VIN > 19V or Temp > Shutdown Enable = 0 RESB LOW LDOS, SMPS OFF LDOMON OFF Enable = 0 VIN > 19V or Temp > Shutdown 5P0 or 8P5 in , UNLATCH ENABLE VIN < Vstp Enable = 1 RESB LOW LDOS, SMPS OFF LDOMON ACTIVE VIN < 19V & Temp
ON Semiconductor
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capacitor 8P5 NCV8881/D

fairchild flyback design

Abstract: KA7511 KA7511 SM PS CONTROLLER CONTROL IC FOR SMPS 10 SIP H/S The KA7511 drives, regulates and monitors the main switching element in a SMPS based on the nonsync-hronous flyback theory. Because of the wide regulating range and the high voltage stability during large load changes, the power supplies for , -10V, V(Clk) = ± 0.5V, f = 20KHz, D = 0.5) Supply Current © icc6 V5
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OCR Scan
fairchild flyback design

schematic diagram 24V to 19V converter

Abstract: converter circuit dc to Dc 2V to 24V AND VERY LOW DROP VREG (3V AT 20mA) 3) VERY LOW NOISE AAND VERY LOW DROP VREG (1.9V AT 20mA) LOGIC , : 3.3V typically. SMPS Input. Must be connected togheter with IN_Linear to the input supply. 1.5A , togheter with IN SW to the input supply. Linear B Output port. 1.9V typically. Shutdown Input. Disables the SMPS and LA output, but the LB, the referencevoltage and the low batery comparator remain active , Circuit C) VIN=3.3V; TJ = 25°C No Load; VSHDN=LOW; 75 µA VIN=1.9V; TJ = 25°C No
STMicroelectronics
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ST3M01 schematic diagram 24V to 19V converter converter circuit dc to Dc 2V to 24V SMPS CIRCUIT DIAGRAM 24v DC35V 24V TO 19V DC DC INPUT 24V OUTPUT 3,3V 10ma SO-14 P013G

schematic diagram 24V to 19V converter

Abstract: converter circuit dc to Dc 2V to 24V AND VERY LOW DROP VREG (3V AT 20mA) 3) VERY LOW NOISE AAND VERY LOW DROP VREG (1.9V AT 20mA) LOGIC , : 3.3V typically. SMPS Input. Must be connected togheter with IN_Linear to the input supply. 1.5A , togheter with IN SW to the input supply. Linear B Output port. 1.9V typically. Shutdown Input. Disables the SMPS and LA output, but the LB, the referencevoltage and the low batery comparator remain active , ) VIN=1.9V; TJ = 25°C No Load; V SHDN=HIGH; 50 µA VIN=2.24V; No Load; TJ = 25
STMicroelectronics
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smps circut schematic diagram dc dc converter ST3M01D ST3M01DTR 24V 2 SMPS circuit diagram load cell UH 38

smps circuit diagram

Abstract: SMPS NCV8881 5 RESB LOW LDOS ON, SMPS OFF VIN < 19V & Temp Vstrt RESB LOW LDOS OFF, SMPS OFF VIN > 19V or Temp > Shutdown Enable = 0 RESB LOW LDOS, SMPS OFF LDOMON OFF Enable = 0 VIN > 19V or Temp > Shutdown 5P0 or 8P5 in regulation RESB LOW LDOS ON, SMPS OFF , 1 RESB LOW LDOS, SMPS OFF LDOMON ACTIVE VIN < 19V & Temp Shutdown 1 RESB LOW
ON Semiconductor
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timer 6840 TOKO 1042 Zener diode wz 162 7 pin SMPS SMPS CIRCUIT DIAGRAM USING TRANSISTORS wlc 240

KA7511

Abstract: 10-SIPH www.fairchildsemi.com KA7511 SMPS Controller Features Description · · · · The KA7511 drives, regulates and monitors the main switching element in a SMPS based on the nonsynchronous flyback theory. Because of the wide regulating range and the high voltage stability during large load , V5 1.9V 14 22 28 mA Switch-Off Voltage (1) V7(OFF) V5 1.9V 1.3 1.5 1.8 V (2) V4(OFF) V5 1.9V 1.8 2.1 2.5 V Supply Current (6) V5(B) V
Fairchild Semiconductor
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10-SIPH
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