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Part Manufacturer Description Datasheet BUY
UCC28780RTET Texas Instruments Adaptive Zero Voltage Switching Active-Clamp Flyback Controller 16-WQFN -40 to 125 visit Texas Instruments
PUCC28780RTER Texas Instruments Adaptive Zero Voltage Switching Active-Clamp Flyback Controller 16-WQFN -40 to 125 visit Texas Instruments
UCC28780RTER Texas Instruments Adaptive Zero Voltage Switching Active-Clamp Flyback Controller 16-WQFN -40 to 125 visit Texas Instruments
UCC28780RTE Texas Instruments Adaptive Zero Voltage Switching Active-Clamp Flyback Controller 16-WQFN -40 to 125 visit Texas Instruments
TPS60242DGK Texas Instruments 170 uVrms Zero-Ripple Switched Cap Boost Converter With Fixed 2.7V Output For VCO Supply 8-VSSOP visit Texas Instruments
TPS60240DGK Texas Instruments 170 uVrms Zero-Ripple Switched Cap Boost Converter With Fixed 3.3V Output For VCO Supply 8-VSSOP visit Texas Instruments

10V 50mA zero voltage switch 8 PIN

Catalog Datasheet MFG & Type PDF Document Tags

10MQ40

Abstract: SI9434 Voltage 20kHz Frequency 8-Lead SOIC (M) Adjustable Voltage 20kHz Frequency Pin Description Pin No. (Version t) 1 2 3 4 (-1) 4 (-2) 5 (-1) 5 (-2) 6 (-1) 6 (-2) 7 8 Pin Name SW GND NC 5V NC 3.3V NC 2.85V FB SYNC IN Pin Function Switch: NPN output switch transistor collector. Power Ground: NPN output switch , Waveforms The voltage waveform seen at the collector of the output switch (SW pin) is either a continuous , Pin Configuration MIC2570-1 SW MIC2570-2 8 ] IN SW [7 [7 8 ] IN GND [2 NC [ ¥ 5V
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OCR Scan
10MQ40 SI9434 DQ3316P-473 MIC2570 16MV330GX F/16V 330HF/16V 35MV68GX F/35V
Abstract: . This pin is charged to VSW + 5V when the Low-Side Power Switch turns on. The Comp voltage is the , °C PACKAGE 8 TAPE & REEL PIN CONFIGURATION PIN DESCRIPTIONS PIN NAME DESCRIPTION 1 CS1 The output current of VOUT1 is sensed by this pin. When the voltage on this pin reaches 116mV , Supply. Bypass this pin to GND with a 10µF or greater low ESR capacitor. 8 CS2 Exposed Pad , output current of VOUT2 is sensed by this pin. When the voltage on this pin reaches 116mV for 750µs Active-Semi
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ACT4455

10MQ40

Abstract: electric capacitor 330uF 25V Current Output switch off 130 µA Fixed Feedback Voltage MIC2570-1; V2.85V pin = VOUT, ISW = , 25 0 Switch Leakage Current vs. Temperature 0 2 4 6 8 SUPPLY VOLTAGE (V) 10 , Waveforms The voltage waveform seen at the collector of the output switch (SW pin) is either a continuous , +R2/R1) Example 9. Voltage Doubler D1 MBRA140 L1 47µH U1 8 C1 100µF 10V 2.0V to , MBRA140 5V/100mA 1 L1 50µH C2 100µF 10V MBRA140 2 3 8 IN 2.0V­3.1V 2 AA Cells C1
Micrel Semiconductor
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electric capacitor 330uF 25V ZTX7888 MBRA140T3 MIC2570-1BM MIC2570-2BM TPSD107M010R0100

electric capacitor 330uF 25V

Abstract: 74C04 Example 9. Voltage Doubler D1 MBRA140 L1 U1 C1 2.0V to 3.1V 100µF 2 Cell 10V 47µH 8 , Frequency synchronization input · 8-lead SOIC package The MIC2570 accepts a positive input voltage , 50µH 2 3 8 2.0V­3.1V 2 AA Cells C1 100µF 10V IN MIC2570-1 S W 2.85V 3.3V SYNC , U1 8 IN SW MIC2570 3.3V S Y N C GND C2 220µF 10V 7 Two-Cell to 5V DC-to-DC , 8-pin SOIC MIC2570-2BM MIC2570-2YM ­40ºC to +85ºC Adjustable 20kHz 8-pin SOIC
Micrel Semiconductor
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74C04 MIC2570-1YM

electric capacitor 330uF 25V

Abstract: Motorola BOOST smps CYCLE (%) SWITCH CURRENT (A) 2.0 125 100 0 2 4 6 8 SUPPLY VOLTAGE (V) 10 , Current The voltage waveform seen at the collector of the output switch (SW pin) is either a , Frequency synchronization input · 8-lead SOIC package The MIC2570 accepts a positive input voltage , 50µH 2 3 8 2.0V­3.1V 2 AA Cells C1 100µF 10V IN MIC2570-1 S W 2.85V 3.3V SYNC , U1 8 IN SW MIC2570 3.3V S Y N C GND C2 220µF 10V 7 Two-Cell to 5V DC-to-DC
Micrel Semiconductor
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Motorola BOOST smps MBRA140 equivalent capacitor tantalum CASE C T2 33uF AVX 1n5819 diodes CAPACITOR TANTALUM 220UF 16V 1N5819 SS14

glucose meter application note

Abstract: electric capacitor 330uF 25V Voltage 20kHz Frequency Selectable Voltage 20kHz Frequency 8-Lead SOIC (M) Pin Description Pin , Waveforms The voltage waveform seen at the collector of the output switch (SW pin) is either a continuous , Sumida 1+R2/R1) Example 9. Voltage Doubler D1 MBRA140 L1 47µH U1 8 C1 100µF 10V , 5V/100mA 1 L1 50µH C2 100µF 10V MBRA140 2 3 8 2.0V­3.1V 2 AA Cells C1 100µF , to 4.2V 1 Li Cell C1 100µF 10V D1 8 L1 IN SW MIC2570 3.3V SYNC GND C2
Micrel Semiconductor
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glucose meter application note DO3316P-473 TPSE227M010R0100 63923 10SA100M Siliconix Cross Reference 16P-473 RCH-106-470 DO3308P-223 CTX50-4P

c2570 transistor

Abstract: transistor equivalent of C2570 voltage waveform seen at the collector of the output switch (SW pin) is either a continuous value equal , Voltage Frequency Package MIC2570-1BM -40°C to +85°C Selectable* 20kHz 8-lead SOIC , , 3.3V, or 5V Pin Configuration MIC2570-2 MIC2570-1 SW 1 8 IN SYNC GND 2 7 , 20kHz Frequency 8-Lead SOIC (M) Pin Description Pin Function Pin No. (Version^) Pin Name 1 , ) .18V Supply Voltage (V]N) . + 1,3V to +15V Switch Voltage
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OCR Scan
IC2570 c2570 transistor transistor equivalent of C2570 motorola 9434 053Q1 1IC2570

C3459

Abstract: LTah 3459 G05 Shutdown Threshold Voltage vs Temperature 80 Burst Cycle Switch Pin Waveform SHUTDOWN THRESHOLD VOLTAGE (V) 1.2 1.0 SW CURRENT 50mA/DIV SHDN RISING 0.8 SW CURRENT , , SHDN Voltage . ­0.3V to 10V SW Voltage , 50mA/DIV INDUCTOR CURRENT 50mA/DIV VIN = 5V VOUT = 10V L = 22H 3459 G10 VOUT Regulated , INPUT CURRENT 50mA/DIV VIN = 5V VOUT = 0V L = 22H 3459 G13 3459 G12 VOUT VOLTAGE 50mA
Linear Technology
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LTC3459 C3459 LTah LTC3459ES6 LB2016 LLB2520 LT1961 LTC3400/ LTC3400B LTC3401 LTC3402

MIDCOM 31105R

Abstract: step up DC DC converter in 6v out 9V 0 0 2 6 8 4 SHDN PIN VOLTAGE (V) 10 ­25 0 25 50 TEMPERATURE (°C) 75 195 , ground. 8 Low-battery detector A4's open-collector output (LBO) pulls low when the LBI pin voltage , , but needs only a logic level signal. The voltage on the SHDN pin can vary from 1V to 10V independent , over a 1V to 10V input voltage range. They are improved versions of the LT1308 and are recommended , results in improved transient response and the switch voltage rating has been increased to 36V, enabling
Linear Technology
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MIDCOM 31105R step up DC DC converter in 6v out 9V FCX458 dc dc converter marking f14 3V to 350V dc dc converter 31105r LT1308A/LT1308B LT1308A LT1308B LT1317/LT1317B LTC1516 LTC1522

MIDCOM 31105R

Abstract: WE MIDCOM 31105R (A) 80 25°C 40 30 200 199 198 FB 20 0 2 6 8 4 SHDN PIN VOLTAGE (V , 0.5 1.5 SWITCH CURRENT (A) 1308 · G05 SHDN Pin Bias Current vs Voltage 40 0 ­2.5 0 , Voltage Ripple at 50mA Load, LT1308B Does Not 1308abfb 8 LT1308A/LT1308B APPLICATIONS INFORMATION , . The voltage on the SHDN pin can vary from 1V to 10V independent of VIN. Further, floating this pin , over a 1V to 10V input voltage range. They are improved versions of the LT1308 and are recommended
Linear Technology
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WE MIDCOM 31105R f13 sot-23 LQH6C4R7 npn 400V switching transistor sot-23 Transistor 1308 SOT-23 marking A4s LT1610 LT1611 LT1613 LT1615 LT1617 LTC1682

dc dc converter marking f14

Abstract: 3V to 350V dc dc converter 10 0 ­50 0 0 2 6 8 4 SHDN PIN VOLTAGE (V) 10 ­25 0 25 50 TEMPERATURE (°C , FREQUENCY (kHz) 2.0 1308 · G05 SHDN Pin Bias Current vs Voltage 40 1.0 0.5 1.5 SWITCH , best heat transfer. This keeps chip heating to a minimum. SW (Pin 5/Pins 8, 9, 10): Switch Pins , operate over a 1V to 10V input voltage range. They are improved versions of the LT1308 and are , results in improved transient response and the switch voltage rating has been increased to 36V, enabling
Linear Technology
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MIDCOM 31105R LP 1.5uH 10BQ015 LT1308ACS8 TAJC476M010 boost 2v SOT23 1A SOT-23 marking a1s 60VRMS LT1949 LT1949-1
Abstract: 200 199 198 FB 20 0 2 6 8 4 SHDN PIN VOLTAGE (V) 197 10 10 0 196 0 , . SW (Pin 5/Pins 8, 9, 10): Switch Pins. Connect inductor/diode here. Minimize trace area at these pins , , but needs only a logic level signal. The voltage on the SHDN pin can vary from 1V to 10V independent , converters that operate over a 1V to 10V input voltage range. They are improved versions of the LT1308 and , internal VC clamp results in improved transient response and the switch voltage rating has been increased Linear Technology
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fault finding all type of lcd tv file

Abstract: VINL = VIN = 10.8V~13.2V, VOUTL = 10V, IOUTL = 50mA VINL = VIN = 10V~28V, VOUTL = 9V, IOUTL = 50mA , Turn-On Threshold SHDN = low or fault tripped; DLP, FBP, FBN to GND Pin Discharge Switch On-Resistance , Current MODE Voltage Threshold for Enabling DRN Switch Control in Mode 2 MODE Current-Source Stop Voltage , = 200mA (MAX8761) IOUTL = 50mA Falling edge VINL = VIN = 10.8V~13.2V, VOUTL = 10V, IOUTL = 50mA VFBL , MODE Voltage Threshold for Enabling DRN Switch Control in Mode 2 VMODE = VREF, VDLP = 3V, CTL = high
Maxim Integrated Products
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fault finding all type of lcd tv file MAX8710/MAX8711/MAX8761 MAX8710/MAX8761 MAX8710/MAX8711/MAX8712/MAX8761 MAX8710/ 21-0139E T2444

fault finding all type of lcd tv file

Abstract: 2545 power n-channel mosfet VINL = VIN = 10.8V~13.2V, VOUTL = 10V, IOUTL = 50mA VINL = VIN = 10V~28V, VOUTL = 9V, IOUTL = 50mA , Turn-On Threshold SHDN = low or fault tripped; DLP, FBP, FBN to GND Pin Discharge Switch On-Resistance , Current MODE Voltage Threshold for Enabling DRN Switch Control in Mode 2 MODE Current-Source Stop Voltage , = 200mA (MAX8761) IOUTL = 50mA Falling edge VINL = VIN = 10.8V~13.2V, VOUTL = 10V, IOUTL = 50mA VFBL , MODE Voltage Threshold for Enabling DRN Switch Control in Mode 2 VMODE = VREF, VDLP = 3V, CTL = high
Maxim Integrated Products
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2545 power n-channel mosfet pass transistor MAX8711 T1644-4 MAX8711ETE MAX8711ETE-T

Step-up 12V to 36V 300mA

Abstract: CHIP INDUCTOR 22uH 1.5A Threshold Voltage vs Temperature 80 3459 G06 Burst Cycle Switch Pin Waveform SHUTDOWN THRESHOLD VOLTAGE (V) 1.2 SW CURRENT 50mA/DIV 1.0 SHDN RISING 0.8 SW CURRENT 50mA/DIV , . ­ 0.3V to 10V SW Voltage . ­ 0.3V to 12V Operating , Converter Performance Peak Switch Current (VIN = 3.3V) tOFF Timer (VIN = 3.3V, VOUT = 5V) Zero Current , 50mA/DIV INDUCTOR CURRENT 50mA/DIV VIN = 5V VOUT = 10V L = 22µH 3459 G10 VOUT Regulated
Linear Technology
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Step-up 12V to 36V 300mA CHIP INDUCTOR 22uH 1.5A C0603COG1E470J C2012X5ROJ475K CMD4D06 LTC3400/LTC3400B LTC3425 QFN32 LTC3429 LT3460 LT3464
Abstract: 400 FBL Regulation Voltage IOUTL = 50mA 2.46 FBL Input Bias Current VFBL = 2.5V FBL , 2.08 V 15 VINL = VIN = 10V~28V, VOUTL = 9V, IOUTL = 50mA Maximum OUTL Current mV 10 , 2.5 2.625 V 10 Pin Discharge Switch On-Resistance SHDN = low or fault tripped; MODE, OUTL , 42 50 64 µA 2.3 MODE Voltage Threshold for Enabling DRN Switch Control in Mode 2 MODE Current-Source Stop Voltage Threshold µA 26 MODE Switch On-Resistance V 250 Maxim Integrated Products
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MAX8712 MAX8710/MAX8711/MAX8712

MAX8710

Abstract: MAX8711 8 SHDN = GND SHDN = 3.3V Duration to Trigger Fault Condition REF Output Voltage -10µA , /MAX8712) 150 300 IOUTL = 200mA (MAX8761) 200 400 FBL Regulation Voltage IOUTL = 50mA , Line-Regulation Error VINL = VIN = 10.8V~13.2V, VOUTL = 10V, IOUTL = 50mA Bandwidth Guaranteed by design , , RL = 10k, CL = 10pF 8 MHz POSITIVE CHARGE-PUMP REGULATOR FBP Regulation Voltage IGON = , Input High Voltage During startup, VDLP = 1.0V 4 5 6 2.375 DLP Turn-On Threshold 2.5
Maxim Integrated Products
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MAX8710 current buffer ic 20ma 150ma

transistor 131-6

Abstract: 0 0 OFF-TIME (µs) 75°C 400 LBI PIN CURRENT (nA) SWITCH SATURATION VOLTAGE (mV , 2 1 0 0 1 2 3 4 5 SHUTDOWN PIN VOLTAGE (V) 100 1316 G08 PEAK SWITCH CURRENT , switch current is set by a resistor from the RSET pin to ground. Voltage at the RSET pin is forced to , Low Switch VCESAT: 300mV at 500mA 8-Lead MSOP and SO Packages Operates with VIN as Low as 1.5V , .VIN LBO Voltage . 12V Maximum Switch
Linear Technology
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transistor 131-6 LT1316 BAT54 TAJB226M016R TAJA105K035R TAJB335M035R LQH3C470

transistor 131-6

Abstract: MPS1907A LBI PIN CURRENT (nA) SWITCH SATURATION VOLTAGE (mV) Off-Time vs Temperature 8 500 4 , PERFORMANCE CHARACTERISTICS Switch Saturation Voltage vs Switch Current LBI Pin Bias Current vs , . FB (Pin 8): Feedback Pin. Reference voltage is 1.23V. Connect resistive divider tap here. Minimize , Switch VCESAT: 300mV at 500mA 8-Lead MSOP and SO Packages Operates with VIN as Low as 1.5V Logic Level , .VIN LBO Voltage . 12V Maximum Switch
Linear Technology
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MPS1907A MBR0540LT1 LQH3C220K04 131-6 transistor Sanyo OS-CON capacitors LT1316CMS8 LTC1174 LT1302 LT1304 LT1307 LTC1440/1/2 LT1521

MAX8710

Abstract: MAX8710ETG VOUTL < VINL Dropout Voltage IOUTL = 50mA FBL Regulation Voltage IOUTL = 50mA FBL Input , VINL = VIN = 10.8V~13.2V, VOUTL = 10V, IOUTL = 50mA 15 VINL = VIN = 10V~28V, VOUTL = 9V, IOUTL = , 8 MHz POSITIVE CHARGE-PUMP REGULATOR FBP Regulation Voltage IGON = 10mA FBP , Turn-On Threshold 2.5 2.625 V 10 Pin Discharge Switch On-Resistance SHDN = low or fault , VMODE rising edge 50 64 µA 2.3 MODE Voltage Threshold for Enabling DRN Switch Control in
Maxim Integrated Products
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MAX8710ETG MAX8712ETC
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