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PA343DF Cirrus Logic Operational Amplifier, 2 Func, 40000uV Offset-Max, MOS, PDSO24, ROHS COMPLIANT, MO-166, PSOP-24 BUY
ISL6625AIRZ-T Intersil Corporation Synchronous Rectified Buck MOSFET Drivers; DFN8; Temp Range: See Datasheet visit Intersil Buy
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HS0-4424RH-Q Intersil Corporation BUF OR INV BASED MOSFET DRIVER visit Intersil
ISL6596CBZ-T Intersil Corporation Synchronous Rectified MOSFET Driver; DFN10, SOIC8; Temp Range: See Datasheet visit Intersil Buy
ISL6605IRZ-T Intersil Corporation Synchronous Rectified MOSFET Driver; QFN8, SOIC8; Temp Range: See Datasheet visit Intersil Buy

5V+n+mosfet

Catalog Datasheet MFG & Type PDF Document Tags

P-MOSFET

Abstract: Logic Level p-Channel Power MOSFET correct MOSFETS. Hereinafter, N-Channel MOSFET will be referred to as the N-MOSFET and the P-Channel , 3 `LGATE' will drive the Gate of the +5V supply (V5 and V5OUT) N-MOSFET to about 16V above ground, well above a desired VGS. At the start, the Source is connected to the load but the N-MOSFET is not , sufficient for the N-MOSFET to be in full conduction with the minimum RDS(on). NOTE: The +5V supply is , SUPPLY FIGURE 2. +5V N-MOSFET DRIVER 2 AN1263.0 September 27, 2006 Application Note 1263
Intersil
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P-MOSFET Logic Level p-Channel Power MOSFET n mosfet low vgs mosfet vgs 5v 4 Watt Zener Diode nmosfet HIP1020 24VDC

RT9971

Abstract: DS9971 Limitation P-MOSFET, SW5I = 3.3V N-MOSFET N-MOSFET R DS(ON) P-MOSFET, PVDD4 = 3.3V N-MOSFET, PVDD4 = 3.3V R DS(ON) P-MOSFET, PVDD3 = 3.3V N-MOSFET, PVDD3 = 3.3V RDS(ON) P-MOSFET, PVDD2 = 3.3V N-MOSFET, PVDD2 = , mV V uA V mV V V V m A m A A m A m A A PVDD6 = 3.3V P-MOSFET, PVDD1 = 3.3V N-MOSFET, PVDD1 = , -0.4 6 V V uA V V uA Symbol Test Condition P-MOSFET, PVDD6 = 3.3V P-MOSFET N-MOSFET N-MOSFET Min , power N-MOSFET and internal compensation network. This CH also provides open LED protection. SW1 : Load
RichTek Technology
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RT9971 DS9971 lx129 DS9971-01

E16-1

Abstract: MAX8563 / MAX8564A 1 DRV1 DRV1 Output n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to , the Output Voltage Setting section. 15 DRV2 - Output 2 n-MOSFET Drive. Drives the gate , always-on operation. Output 3 n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to regulate , circuit for compensation. See the Stability Compensation section. Output 2 n-MOSFET Drive. Drives the , the gate of an external n-MOSFET in a source-follower configuration. The MAX8563/MAX8564/MAX8564A
Maxim Integrated Products
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MAX8563 E16-1 MAX8563EEE MAX8564AEUB MAX8564EUB Thermal Shut Down Functioned MOSFET MAX8564/MAX8564A
Abstract: DRV1 DRV1 Output n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to regulate , . Connect to VDD for always-on operation. Output 3 n-MOSFET Drive. Drives the gate of an external n-channel , Setting section. Output 2 n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate , Setting section. Output 2 n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate , conversion by controlling the gate of an external n-MOSFET in a source-follower configuration. The MAX8563 Maxim Integrated Products
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10LUMAX

mp26

Abstract: MP2678 immediately turn off the internal N-MOSFET to disconnect the charging circuit from the input. The device also , operation, the MP2678 monitors its own internal temperature and turns off the internal N-MOSFET bridging IN , off the internal N-MOSFET disconnecting the charging circuit from the input. For guaranteed safe operation, the MP2678 monitors its own internal temperature and turns off the N-MOSFET bridging VIN and OUT , internal N-MOSFET is off. The IC resets itself and waits for approximately 8ms after the input voltage
Monolithic Power Systems
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mp26 MO-229

Dual N-MOSFET 30V 1A

Abstract: DRV1 DRV1 Output n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to regulate , . Connect to VDD for always-on operation. Output 3 n-MOSFET Drive. Drives the gate of an external n-channel , Setting section. Output 2 n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate , Setting section. Output 2 n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate , conversion by controlling the gate of an external n-MOSFET in a source-follower configuration. The MAX8563
Maxim Integrated Products
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Dual N-MOSFET 30V 1A

a/transistor 1346

Abstract: PHD4503 . Integrated Three Linear Controllers in a SOP-8 Package Driving NPN or NMOSFET Sourcing ( > 100mA) and , and/ or cache memory circuits. All controllers can drive NPN or NMOSFET pass transistor. A special scheme employing driver voltage could be higher than VDD when driving NMOSFET through the 12V power , The RT9174 are designed specifically to driver external NPN or NMOSFET pass transistor for up to 5A , up resistor load when driving a NMOSFET. + A 0.1ÂuF minimum capacitor is recommended between
RichTek Technology
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a/transistor 1346 PHD4503 DS9174-02

PHD4503

Abstract: PHD45N03LT . Integrated Three Linear Controllers in a SOP-8 Package Driving NPN or NMOSFET Sourcing ( > 100mA) and , and/ or cache memory circuits. All controllers can drive NPN or NMOSFET pass transistor. A special scheme employing driver voltage could be higher than VDD when driving NMOSFET through the 12V power , specifically to driver external NPN or NMOSFET pass transistor for up to 5A output current. The driver could , NMOSFET. + A 0.1uF minimum capacitor is recommended between VDD and ground to increase stability
RichTek Technology
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PHD45N03LT transistor 1346 470uF capacitor PHD4503LT n-mosfet MMBT3904 RT9174C DS9174-01

6TPE100MI

Abstract: GTPE100MI DRV1 DRV1 Output n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to regulate , Output 2 n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate output 2. DRV2 is , output. Connect to VDD for always-on operation. Output 3 n-MOSFET Drive. Drives the gate of an external , n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate output 2. DRV2 is internally , gate of an external n-MOSFET in a source-follower configuration. The MAX8563/MAX8564 consist of
Maxim Integrated Products
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MAX8564 6TPE100MI GTPE100MI Si4922DY

E16-1

Abstract: MAX8563 / MAX8564A 1 DRV1 DRV1 Output n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to , Output 2 n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate output 2. DRV2 is , output. Connect to VDD for always-on operation. Output 3 n-MOSFET Drive. Drives the gate of an external , n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate output 2. DRV2 is internally , the gate of an external n-MOSFET in a source-follower configuration. The MAX8563/MAX8564/MAX8564A
Maxim Integrated Products
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G5938

Abstract: G5938TL1U G5938 Global Mixed-mode Technology N-MOSFET Load Switch Controller with Discharge Paths Features General Description Low Quiescent Currents Over-Temperature Protection 2 Discharge Paths SC-70-6 (SOT-363) Package G5938 is a fully-integrated, N-MOSFET load switch controller with 2 discharge paths. It provides a high voltage for external N-MOSFET switches to conduct voltage sources as EN pin set high. When EN pin set low, the G5938 turns the external N-MOSFET switches off and, then
Global Mixed-Mode Technology
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G5938TL1U Load Switch SOT-363

DSNM6047

Abstract: DSNM6 LMN200B02 200 mA LOAD SWITCH FEATURING PRE-BIASED PNP TRANSISTOR AND N-MOSFET WITH GATE PULL DOWN , discrete N-MOSFET that can be used as control. This N-MOSFET also has a built-in pull down resistor at , Switch N-MOSFET with Gate Pull-Down Resistor Surface Mount Package Ideally Suited for Automated , 470 2 DSNM6047_DIE (with Gate Pull-Down Resistor) Q2 N-MOSFET 37K 2 , Sub-Component Device: N-MOSFET With Gate Pull-Down Resestor (Q2) @TA = 25°C unless otherwise specified Symbol
Diodes
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DDTB142JU DSNM6 113 marking code PNP transistor J-STD-020C MIL-STD-202 IPC-SM-782 DS30658
Abstract: designed for motherboard application. Driving NPN or NMOSFET Sourcing ( > 100mA) and Sinking ( > 5mA , Bridge core voltage and/or cache memory circuits. All controllers can drive NPN or NMOSFET pass transistor. A special scheme employing driver voltage could be higher than VDD when driving NMOSFET through , external NPN or NMOSFET pass transistor for up to 5A output current. The driver could deliver more 100mA when driving NPN transistor and sinking for a pull up resistor load when driving a NMOSFET. + A RichTek Technology
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DS9174-03

PHD4503

Abstract: PHD45N03LT voltage and/or cache memory circuits. All controllers can drive NPN or NMOSFET pass transistor. A special scheme employing driver voltage could be higher than VDD when driving NMOSFET through the 12V power. The , Driving NPN or NMOSFET Sourcing ( > 100mA) and Sinking ( > 5mA) Driver Tri-State Output Driver Low , Selection The RT9174 are designed specifically to driver external NPN or NMOSFET pass transistor for up to , pull up resistor load when driving a NMOSFET. Typically pass transistor with NPN hfe > 50 at Imax or
RichTek Technology
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SOP8 npn Transistor Package J-STD-020 DS9174-08
Abstract: / MAX8564A 1 DRV1 DRV1 Output n-MOSFET Drive. Drives the gate of an external n-channel MOSFET to , n-MOSFET Drive. Drives the gate of the external n-channel MOSFET to regulate output 2. DRV2 is internally , . Connect to VDD for always-on operation. Output 3 n-MOSFET Drive. Drives the gate of an external n-channel , external series RC circuit for compensation. See the Stability Compensation section. Output 2 n-MOSFET , external n-MOSFET in a source-follower configuration. The MAX8563/MAX8564/MAX8564A consist of multiple Maxim Integrated Products
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transistor 42-10a

Abstract: transistor 42-10a 3 pin charge pump creates a gate drive voltage capable of driving an external N-MOSFET which is optimal for low , N-MOSFET Input voltage as low as 1.75V to 5.5V Duty ratio mode over-current protection Extremely low , enable normal operation. This pin directly drives the gate of the external N-MOSFET pass element. The , the bipolar buffer transistor which provides the gate potential to the external N-MOSFET. The error , , and the connection of the external sense resistor and drain terminal of the external N-MOSFET at pin
Semtech
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transistor 42-10a transistor 42-10a 3 pin SC4210AIMSTRT 8224k0 SC4210 SC4210A FDB7030BL

113 marking code PNP transistor

Abstract: comparator sot-363 LMN200B02 200 mA LOAD SWITCH FEATURING PRE-BIASED PNP TRANSISTOR AND N-MOSFET WITH GATE PULL DOWN , continuous maximum current of 200 mA . It also contains a discrete N-MOSFET that can be used as control. This N-MOSFET also has a built-in pull down resistor at its gate. The component can be used as a part , · Fig. 1: SOT-363 Voltage Controlled Small Signal Switch N-MOSFET with Gate Pull-Down , N-MOSFET 37K 2 Sub-Component P/N Maximum Ratings, Total Device @TA = 25°C unless
Diodes
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comparator sot-363 R1SG SOT-363 MARKING CODE 0A

Capacitor 47nS

Abstract: QGS controlLER DC 12v 2mA × 5V 0.01W MOSFET PGC n * VCC * QGS * fOSC nMOSFET VishaySi4442DY QGS 36nC , -1R5N6R1 Inductor N-MOSFET 7.1x7.1x3.2mm 1.5 6.1A 9.6m H, 1 TDK Cin1, Cin2 C2012X5R1J106M , N-MOSFET SO-8 30V, 4.1m, @ 4.5V, 36nC 1 Vishay Q2 Si4442DY N-MOSFET SO-8 30V , Controller Size Parameters TSSOP-14 Asymetric Dual N-MOSFET SO-8 30V, 24m/ 8nC Top 16.5m , Number U1 LM2727 Synchronous Controller Type TSSOP-14 Q1 Si4884DY N-MOSFET SO
National Semiconductor
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LM2737 MTC14 Capacitor 47nS QGS controlLER DC 12v TDK MLCC 1206 MOSFET 12W 5V-350mA RESISTOR 1206 LM2727LM2737 DS200494-04-JP LM2727/LM2737 LM2727/37
Abstract: 0.4 0.5 V CH4 On Resistance of N-MOSFET 3 6 9 Ω CH4 On Resistance of P-MOSFET , Resistance of MOSFET RDS1(ON) N-MOSFET, VDD = 3.3V CH1 Current Limitation CH2 On Resistance of MOSFET RDS2(ON) N-MOSFET, VDD = 3.3V CH2 Current Limitation CH3 On Resistance of MOSFET RDS3(ON) N-MOSFET, VDD = 3.3V Control EN1, EN2, EN3, EN4 Input High Level V VDDM = 3.3V Threshold EN1 , protection. This channel is designed to drive external N-MOSFET switch for steppingup voltage. Soft-Start RichTek Technology
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RT9903B VQFN-24L DS9903B-08
Abstract: Linear Controllers in a SOP-8 Package Driving NPN or NMOSFET Sourcing ( > 100mA) and Sinking ( > 5mA , voltage and/or cache memory circuits. All controllers can drive NPN or NMOSFET pass transistor. A special scheme employing driver voltage could be higher than VDD when driving NMOSFET through the 12V , . VDD 1uF The RT9174 are designed specifically to driver external NPN or NMOSFET pass transistor , sinking for a pull up resistor load when driving a NMOSFET. VOUT FB1 FB2 FB3 R1 + Pass RichTek Technology
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DS9174-07
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