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TPS28225DRBRG4 Texas Instruments 8-Pin High Frequency 4-Amp Sink Synchronous MOSFET Driver 8-SON -40 to 125 visit Texas Instruments
TPS28225DRBR Texas Instruments 8-Pin High Frequency 4-Amp Sink Synchronous MOSFET Driver 8-SON -40 to 125 visit Texas Instruments
TPS28226DRBT Texas Instruments 8-Pin High Frequency 4-Amp Sink Synchronous MOSFET Driver 8-SON -40 to 125 visit Texas Instruments Buy
TPS28226DRBR Texas Instruments 8-Pin High Frequency 4-Amp Sink Synchronous MOSFET Driver 8-SON -40 to 125 visit Texas Instruments
TPIC2401KTA Texas Instruments 1.5A, 60V, 0.36ohm, 4 CHANNEL, N-CHANNEL, Si, POWER, MOSFET, POWERFLEX, PFM, 9 PIN visit Texas Instruments
TPS28225DRBT Texas Instruments 8-Pin High Frequency 4-Amp Sink Synchronous MOSFET Driver 8-SON -40 to 125 visit Texas Instruments Buy

pin diagram of MOSFET

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: DESCRIPTION Pin Name Function 1, 9 VIN Drain of MOSFET (0.5 V â'" 13.5 V), Pin 1 must be , of the MOSFET is fully charged. The PG pin is an active-high, open-drain output that requires an , the MOSFET, pin has an internal pull down resistor to GND NCP45522â'L & NCP45523â'L â' Activeâ'low digital input used to turn on the MOSFET, pin has an internal pull up resistor to VCC 3 VCC , NCP45522 â' Activeâ'high, openâ'drain output that indicates when the gate of the MOSFET is fully ON Semiconductor
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NCP4552 506CC NCP45522/D

NCP45521-L

Abstract: DFN8 2X2 , NCP45521 Table 1. PIN DESCRIPTION Pin 1, 9 2 Name VIN EN Function Drain of MOSFET (0.5 V ­ 13.5 V), Pin 1 , to indicate when the gate of the MOSFET is fully charged. The PG pin is an active-high, open-drain , MOSFET, pin has an internal pull down resistor to GND NCP45520-L & NCP45521-L - Active-low digital input used to turn on the MOSFET, pin has an internal pull up resistor to VCC 3 4 5 6 VCC GND BLEED PG Supply , of the MOSFET is fully charged, external pull up resistor 1 kW to an external voltage source
ON Semiconductor
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DFN8 2X2 ncp45 NCP45520 NCP45520-H NCP45521-H NCP45520/D

PUSH PULL MOSFET DRIVER

Abstract: LM2722 pin. The minimum output pulse width realized at the output of the MOSFETs is as low as 30ns. This , LM27222 High-Speed 4.5A Synchronous MOSFET Driver September 2004 LM27222 Connection Diagram , spurious turn on of the high-side MOSFET when the driver is off. 3 CB Bootstrap. Accepts a , GND with a 150K resistor to prevent spurious turn-on of the low-side MOSFET when the controller is , turn on of the low-side MOSFET when the driver is off. 8 GND www.national.com Ground. 2
National Semiconductor
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PUSH PULL MOSFET DRIVER LM2722 LM27222M LM27222MX LM27222SD LM27222SDX CSP-9-111C2 CSP-9-111S2

MIC44F19YMME

Abstract: MIC44F18 Features The MIC44F18, MIC44F19 and MIC44F20 are highspeed single MOSFET drivers capable of sinking and , load of 10ns, these MOSFET drivers are ideal for driving large gate charge MOSFETs in power supply , MOSFETs. The drivers come in both inverting and non-inverting versions. The block diagram of the , . When disabled, the VOUT pin is pulled high, which turns off the P-channel MOSFET. The MIC44F20 is an , /20 Output Driver Section A block diagram of the low-side driver is shown in Figure 3. Low driver
Micrel Semiconductor
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MIC44F19YMME 020111 MIC44F18YMME MIC44F18YML Slew Rate Control Driver IC for P-Channel MOSFETs MIC44F18/19/20 M9999-020111

marking D12

Abstract: MIC44F19YMME diagram of the low-side driver is shown in Figure 3. Low driver impedances allow the external MOSFET to be , MIC44F20 are highspeed single MOSFET drivers capable of sinking and sourcing 6A for driving capacitive loads. With delay times of less than 15ns and rise times into a 1000pF load of 10ns, these MOSFET , and MicroLeadFrame are registered trademarks of Amkor Technologies, Inc. MOSFET Driver with 4V , non-inverting versions. The block diagram of the MIC44Fxx driver is shown in Figure 1. The MIC44F18 is a
Micrel Semiconductor
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marking D12 mic44f19yml MIC44F20YML M9999-12282010

ACS760ELF-20B

Abstract: ACS760ELFTR-20B-T flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via , powered on (via the EN pin) and a 50 m short circuit is present from load side of the external MOSFET , this pin and the 3.3 V rail. Input of positive feedback on output voltage. Used to determine 240 V*A , , GATE Maximum Fall Time tGF external MOSFET S1 gate capacitance = 5.8 nF. EN pin ­ 800 ­ ns
Allegro MicroSystems
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ACS760ELF-20B ACS760ELFTR-20B-T IPC7351 MO-137 QSOP24 hall effect 4 pin out ACS760

SOP63P600X175-24M

Abstract: ACS760T turn-off of the external MOSFET S1 turn-off. Set by external capacitance, COCD, on the OCDLY pin, such that , OCDLY pin, the ACS760 will not pull down the gate of the external MOSFET until the current flowing , , connected between this terminal and GND. Factory trimmed 100 A current source flows out of this pin , MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via external capacitance, CG , signal for MOSFET S1 failure. Connect a 1 k pull-up resistor between this pin and the 3.3 V rail. Input
Allegro MicroSystems
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ACS760T SOP63P600X175-24M

ACS760ELFTR-20B-T

Abstract: source flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1 , OCDLY pin, the ACS760 will not pull down the gate of the external MOSFET until the current flowing , rail. Active low; output signal for MOSFET S1 failure. Connect a 1 k pull-up resistor between this pin , ns Measured from VGATE = 90% of maximum to VGATE < 1 V, GATE Maximum Fall Time tGF external MOSFET S1
Allegro MicroSystems
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Abstract: flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via , start of external MOSFET S1 turn-off. Set by external capacitance, COPD, on the OPDLY pin, such that , side of the external MOSFET, S1, to ground. ISC , is greater than 100 A, then the OCDLY pin will , this pin and the 3.3 V rail. Input of positive feedback on output voltage. Used to determine 240 V*A Allegro MicroSystems
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240-VA

Abstract: eddy probe driver circuit diagram OCDLY pin, the ACS760 will not pull down the gate of the external MOSFET until the current flowing , , connected between this terminal and GND. Factory trimmed 100 A current source flows out of this pin , MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via external capacitance, CG , circuit fault. Active low; output signal for MOSFET S1 failure. Input of positive feedback on output , ns external MOSFET S1 gate capacitance = 5.8 nF. EN pin GATE Maximum Fall Time tGF switched from high
Allegro MicroSystems
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240-VA eddy probe driver circuit diagram CS760T
Abstract: start of external MOSFET S1 turn-off. Set by external capacitance, COPD, on the OPDLY pin, such that , side of the external MOSFET, S1, to ground. ISC , is greater than 100 A, then the OCDLY pin will , terminal and GND. Factory trimmed 100 μA current source flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via external capacitance, CG, connected between Allegro MicroSystems
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MIC5157BN

Abstract: . Connect to source of external MOSFET near load for best regulation. Also, for 3.3V connect to 3.3V pin , N-channel power MOSFET as the linear pass element, the dropout voltage can be as low as the product of the output current times the RDS(on ) of the Power MOSFET. Operating from 3V to 36V, the MIC5156/7/8 use a voltage greater than V0UT for controlling the gate to source voltage of the external N-channel MOSFET , the external MOSFET. 5 < O o Pin Description MIC5156 (8-pin) Pin Function Supply
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OCR Scan
MIC5157BN MIC5157 MIC5158 MIC5156-3 MIC5156-5 MIC5157/8
Abstract: source flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1 , OCDLY pin, the ACS760 will not pull down the gate of the external MOSFET until the current flowing , rail. Active low; output signal for MOSFET S1 failure. Connect a 1 k pull-up resistor between this pin , of IPF ­15 ­ 15 % Measured from FAULT signal to VGATE < 1 V, OCDLY pin ­ 8 12 s tIPFLmax open, load Allegro MicroSystems
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pin diagram of MOSFET

Abstract: hall effect 4 pin out trimmed 100 A current source flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via external capacitance, CG, connected between this pin and GND. This capacitor , between this pin and the 3.3 V rail. Active low; output signal for MOSFET S1 failure. Connect a 1 k pull-up resistor between this pin and the 3.3 V rail. Input of positive feedback on output voltage. Used
Allegro MicroSystems
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pin diagram of MOSFET

diode V105

Abstract: CHL8325A highside power NChannel MOSFET. Connect this pin to the SOURCE of the upper MOSFET and the DRAIN of the , . Connect to gate of the lowside power NChannel MOSFET. Leave this pin floating. Leave this pin floating , using +5VSB Notebook Computer and Graphics VR solutions BASIC APPLICATION PIN DIAGRAM , 7 6 NC NC LO_GATE SWITCH HI_GATE Figure 3: CHL8505 Pin Diagram Enlarged 2 , .05 HighEfficiency 5V MOSFET Gate Driver CHL8505 PIN DESCRIPTIONS PIN# 1 2 3 4 5 6 7 8 9 10 PAD
International Rectifier
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diode V105 CHL8325A mosfet gate driver CHL8325 ir3598 mosfet switch circuit diagram IR3598

TSC 900 A

Abstract: start of external MOSFET S1 turn-off. Set by external capacitance, COPD, on the OPDLY pin, such that , OCDLY pin, the ACS760 will not pull down the gate of the external MOSFET until the current flowing , terminal and GND. Factory trimmed 100 A current source flows out of this pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via external capacitance, CG, connected between
Allegro MicroSystems
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TSC 900 A

ACS760ELF-20B

Abstract: ACS760ELF-20BTR-T of the external MOSFET, S1, to ground. ISC , is greater than 100 A, then the OCDLY pin will reach , pin. Terminal for CG capacitor. May be used to adjust the turn-on time and soft start control of an external MOSFET, S1. Voltage on this pin limits inrush current through MOSFET S1. Set via external , not trip for S1 short circuit fault. Active low; output signal for MOSFET S1 failure. Input of , of IPF Measured from FAULT signal to VGATE < 1 V, OCDLY pin tIPFLmax open, load step from 17 A to
Allegro MicroSystems
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ACS760ELF-20BTR-T

diode V105

Abstract: CHL8112A . Connect this pin to the SOURCE of the upper MOSFET and the DRAIN of the lower MOSFET. This pin provides , APPLICATION PIN DIAGRAM Figure 1: CHL8515 Basic Application Circuit Figure 2: CHL8515 Package Top , MOSFET Driver CHL8515 FUNCTIONAL BLOCK DIAGRAM Figure 4: CHL8515 Simplified Functional , MOSFET Driver CHL8515 TYPICAL APPLICATION DIAGRAM Figure 5: 4+1 CPU VR solution using , | FINAL | V1.05 HighEfficiency Variable Gate MOSFET Driver CHL8515 PIN DESCRIPTIONS
International Rectifier
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CHL8112A CHL8510

diode V105

Abstract: V105 MARKING CODE . Connect this pin to the SOURCE of the upper MOSFET and the DRAIN of the lower MOSFET. This pin provides , Graphics VR solutions BASIC APPLICATION PIN DIAGRAM Figure 1: CHL8550 Basic Application , : CHL8550 Pin Diagram Enlarged 2 December 6, 2011 | FINAL | V1.05 HighEfficiency Variable Gate MOSFET Driver CHL8550 FUNCTIONAL BLOCK DIAGRAM Figure 4: CHL8550 Simplified , Gate MOSFET Driver CHL8550 TYPICAL APPLICATION DIAGRAM Figure 5: 4+1 CPU VR solution
International Rectifier
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V105 MARKING CODE noise diode v105 MOSFET Drivers 40V 3nF CAPACITOR pwm variable frequency drive circuit diagram variable capacitor 3nF

SP6018

Abstract: 12v to 24v LLC converter resonant ), SP6018 would reduce the output (Pin 6) to 1us minimum ON time for the protection of SR MOSFET as shown , intelligent Synchronous Rectifier Control IC, it controls the ON and OFF sequence of a SR MOSFET (Low Ron) to , SR Mosfet gate (Vgs). When the Vds of SR MOSFET is high, its Vgs is kept low, and when the Vds is , circuit that senses the dV/dT of the SR MOSFET Vds, which allows it to operate in the Discontinuous Mode , Configuration Pin Symbol Description 1 Timing Output (Vgs) Enable Adjustment (for SR MOSFET
SYNC Power
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AN007 12v to 24v LLC converter resonant Cross Reference power MOSFET 78L12 circuit diagram of mosfet based power supply LLC resonant converter application note 24v 6A mosfet AN007-EN
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