The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1910IS8#3ZZPBF Linear Technology LT1910 - Protected High Side MOSFET Driver; Package: SO; Pins: 8; Temperature: I
LTC4446EMS8E#TRPBF Linear Technology LTC4446 - High Voltage High Side / Low Side N-Channel MOSFET Driver; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C
LTC4446IMS8E#PBF Linear Technology LTC4446 - High Voltage High Side / Low Side N-Channel MOSFET Driver; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C
LTC4446IMS8E#TRPBF Linear Technology LTC4446 - High Voltage High Side / Low Side N-Channel MOSFET Driver; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C
LTC4446EMS8E#PBF Linear Technology LTC4446 - High Voltage High Side / Low Side N-Channel MOSFET Driver; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C
LTC4444MPMS8E#TRPBF Linear Technology LTC4444 - High Voltage Synchronous N-Channel MOSFET Driver; Package: MSOP; Pins: 8; Temperature Range: -55°C to 125°C

High-Power 202A MOSFET Datasheets Context Search

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MAX16834

Abstract:
Text: Sense and PWM Dimming MOSFET Driver AVAILAB LE General Description The MAX16834 is a , addition to driving an n-channel power MOSFET switch controlled by the switching controller, it also drives , MOSFET in series with the LED string provides wide-range dimming control up to 20kHz. In addition to PWM , range of 4.75V to 28V and includes a 3A sink/source gate driver for driving a power MOSFET in high-power , Converter o 3000:1 PWM Dimming/Analog Dimming o Integrated PWM Dimming MOSFET Driver o Integrated High-Side


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PDF MAX16834
2011 - MAX16834

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver The MAX16834 is a current-mode high-brightness , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , MOSFET in high-power LED driver applications. It can also operate at input voltages greater than 28V in , Dimming MOSFET Driver o Integrated High-Side Current-Sense Amplifier for LED Current Sense in Boost-Buck


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PDF MAX16834 MAX16834 JESD51-7 LED buck converter 3A M111
2011 - Not Available

Abstract:
Text: Current Sense and PWM Dimming MOSFET Driver AVAILAB General Description The MAX16834 is a , . In addition to driving an n-channel power MOSFET switch controlled by the switching controller, it , n-channel MOSFET in series with the LED string provides wide-range dimming control up to 20kHz. In addition , power MOSFET in high-power LED driver Functional Diagrams applications. It can also operate at input , MOSFET Driver o Integrated High-Side Current-Sense Amplifier for LED Current Sense in Boost-Buck


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PDF MAX16834 MAX16834
2008 - ILP Direct

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver The MAX16834 is a current-mode high-brightness , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , MOSFET in high-power LED driver applications. The MAX16834 is also suitable for DC-DC converter , Voltage Range (4.75V to 28V) o 3000:1 PWM Dimming o Analog Dimming o Integrated PWM Dimming MOSFET


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PDF MAX16834 20-TQFN-EP MAX16834 ILP Direct JESD51-7 M111
2009 - JESD51-7

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver Features The MAX16834 is a current-mode , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , Boost Converter o 3000:1 PWM Dimming/Analog Dimming o Integrated PWM Dimming MOSFET Driver o , driver for driving a power MOSFET in high-power LED driver applications. It can also operate at input


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PDF MAX16834 MAX16834 JESD51-7 LED driver INDUCTOR M111
2011 - Not Available

Abstract:
Text: Sense and PWM Dimming MOSFET Driver LE AVAILAB General Description The MAX16834 is a , . In addition to driving an n-channel power MOSFET switch controlled by the switching controller, it , n-channel MOSFET in series with the LED string provides wide-range dimming control up to 20kHz. In addition , power MOSFET in high-power LED driver applications. It can also operate at input voltages greater than , o Integrated PWM Dimming MOSFET Driver o Integrated High-Side Current-Sense Amplifier for LED


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PDF MAX16834 MAX16834
2008 - JEDEC51

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver The MAX16834 is a current-mode high-brightness , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , MOSFET in high-power LED driver applications. The MAX16834 is also suitable for DC-DC converter , Voltage Range (4.75V to 28V) o 3000:1 PWM Dimming o Analog Dimming o Integrated PWM Dimming MOSFET


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PDF MAX16834 20-TQFN-EP MAX16834 JEDEC51 analog switch using mosfet JESD51-7 M111
2010 - Not Available

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver General Description The MAX16834 is a , addition to driving an n-channel power MOSFET switch controlled by the switching controller, it also drives , MOSFET in series with the LED string provides wide-range dimming control up to 20kHz. In addition to PWM , range of 4.75V to 28V and includes a 3A sink/source gate driver for driving a power MOSFET in high-power , Converter o 3000:1 PWM Dimming/Analog Dimming o Integrated PWM Dimming MOSFET Driver o Integrated High-Side


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PDF MAX16834 MAX16834
2010 - MAX16834

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver Features The MAX16834 is a current-mode , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , Boost Converter o 3000:1 PWM Dimming/Analog Dimming o Integrated PWM Dimming MOSFET Driver o , driver for driving a power MOSFET in high-power LED driver applications. It can also operate at input


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PDF MAX16834 MAX16834 20TQFN JESD51-7 M111 MAX16834AUP
2009 - MOSFET FOR 100khz SWITCHING APPLICATIONS

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver Features The MAX16834 is a current-mode , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , Boost Converter o 3000:1 PWM Dimming/Analog Dimming o Integrated PWM Dimming MOSFET Driver o , driver for driving a power MOSFET in high-power LED driver applications. It can also operate at input


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PDF MAX16834 MAX16834 MOSFET FOR 100khz SWITCHING APPLICATIONS 3V LED SIDE M111 LED driver INDUCTOR JESD51-7 High power led driver high power led 7.10 39C n-channel 600 volts mosfet in switching regulator applications
2010 - JESD51-7

Abstract:
Text: High-Side LED Current Sense and PWM Dimming MOSFET Driver Features The MAX16834 is a current-mode , driving an n-channel power MOSFET switch controlled by the switching controller, it also drives an , duty cycle of the PWM controller. A dimming driver designed to drive an external n-channel MOSFET in , Boost Converter o 3000:1 PWM Dimming/Analog Dimming o Integrated PWM Dimming MOSFET Driver o , driver for driving a power MOSFET in high-power LED driver applications. It can also operate at input


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PDF MAX16834 MAX16834 JESD51-7 M111 mosfet on of driver ic U20E-1
2011 - "power sourcing equipment"

Abstract:
Text: Integrated 70W High-Power MOSFET General Description The MAX5982A/MAX5982B/MAX5982C provide a complete , current limit (1700mA to 2100mA) when the isolation power MOSFET is fully enhanced. The devices feature an , /at-Compliant, Powered Device Interface Controllers with Integrated 70W High-Power MOSFET MAX5982A/MAX5982B , IEEE 802.3af/at-Compliant, Powered Device Interface Controllers with Integrated 70W High-Power MOSFET , VIN Turn-On/-Off Hysteresis VIN Deglitch Time Inrush to Operating Mode Delay Isolation Power MOSFET


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PDF MAX5982A/MAX5982B/MAX5982C 182mA 1700mA 2100mA) "power sourcing equipment" max5982 "powered device" MAX5982AETE
2011 - MAX5969D

Abstract:
Text: Integrated 70W High-Power MOSFET Features The MAX5982A/MAX5982B/MAX5982C provide a complete interface for , current limit (1700mA to 2100mA) when the isolation power MOSFET is fully enhanced. The devices feature , Controllers with Integrated 70W High-Power MOSFET ABSOLUTE MAXIMUM RATINGS VDD to VSS , Integrated 70W High-Power MOSFET (VIN = (VDD - VSS) = 48V, RDET = 24.9k, RCLS = 615, and RSL = 60.4k. RTN , MOSFET = 0 VIN Turn-On Voltage VON VIN rising 34.3 VIN Turn-Off Voltage VOFF VIN


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PDF MAX5982A/MAX5982B/MAX5982C MAX5982A/MAX5982B/MAX5982C 182mA 1700mA 2100mA) MAX5969D MAX5969E "power sourcing equipment" "powered device" MAX5969C
2011 - Not Available

Abstract:
Text: Integrated 70W High-Power MOSFET Features The MAX5982A/MAX5982B/MAX5982C provide a complete interface for , current limit (1700mA to 2100mA) when the isolation power MOSFET is fully enhanced. The devices feature , Interface Controllers with Integrated 70W High-Power MOSFET ABSOLUTE MAXIMUM RATINGS VDD to VSS , 70W High-Power MOSFET (VIN = (VDD - VSS) = 48V, RDET = 24.9kω, RCLS = 615ω, and RSL = 60.4kω. RTN , MOSFET = 0 VIN Turn-On Voltage VON VIN rising 34.3 VIN Turn-Off Voltage VOFF VIN


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PDF MAX5982A/MAX5982B/MAX5982C MAX5982A/MAX5982B/MAX5982C 182mA 1700mA 2100mA)
h-bridge pwm schematics circuit

Abstract:
Text: . A device that is ideal for this is the MOSFET (are you ready for this - , , such as a 2N3904), the MOSFET can be biased into its active region (not all the way on, or all the , about MOSFETs would probably be helpful at this point. As I mentioned earlier, a MOSFET can be , MOSFET , like the BJT, comes in two basic flavors. They are the P channel (analogous to the PNP-BJT) and the N-channel (analogous to the NPN-BJT). A MOSFET typically has three points of connection. They


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PDF
inverter 4v to 12v

Abstract:
Text: supplies do the switching using a p-channel MOSFET (Figure 2). That configuration works well at lower , p-channel MOSFET being used. Comparing a standard buck circuit (Figure 3) with Figure 1, you see that the , . Figure 2. This conventional inverting power supply uses a less-efficient p-channel MOSFET . Figure 3 , n-channel MOSFET is generally lower than that of comparable p-channel devices, a power supply with , MOSFET requires a gate voltage approximately 4V higher than its source (usually the supply voltage).


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PDF MAX1636EVKit) MAX1636. com/an3324 AN3324, APP3324, Appnote3324, inverter 4v to 12v AN3324 APP3324 MAX1636 P-CHANNEL MOSFET
Not Available

Abstract:
Text: Integrated 70W High-Power MOSFET Features The MAX5982A/MAX5982B/MAX5982C provide a complete interface for , current limit (1700mA to 2100mA) when the isolation power MOSFET is fully enhanced. The devices feature , with Integrated 70W High-Power MOSFET ABSOLUTE MAXIMUM RATINGS VDD to VSS , Integrated 70W High-Power MOSFET (VIN = (VDD - VSS) = 48V, RDET = 24.9kω, RCLS = 615ω, and RSL = 60.4kÏ , MOSFET = 0 VIN Turn-On Voltage VON VIN rising 34.3 VIN Turn-Off Voltage VOFF VIN


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PDF MAX5982A/MAX5982B/MAX5982C MAX5982A/MAX5982B/MAX5982C 182mA 1700mA 2100mA)
2011 - MP2487

Abstract:
Text: high power LEDs. It integrates a high-side, high voltage power MOSFET with a current limit of 1.5A. The , Internal Power MOSFET Up to 200kHz Programmable Switching Frequency 130A Quiescent Current Ceramic , spikes. Bootstrap. This is the positive power supply for the internal floating high-side BST MOSFET , by the internal clock. The power MOSFET is turned on and remains on until its current reaches the , the next cycle starts. In one PWM period, the current in the power MOSFET does not reach the COMP set


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PDF MP2487 MP2487 200mV 200kHz, MS-012, mp24
2010 - mp2487

Abstract:
Text: up to 1A to high power LEDs. It integrates a highside, high voltage power MOSFET with a current , MOSFET Up to 200kHz Programmable Switching Frequency 130µA Quiescent Current Ceramic Capacitor Stable , . Bootstrap. This is the positive power supply for the internal floating high-side MOSFET driver. Connect a , to regulate the LED current. A PWM cycle is initiated by the internal clock. The power MOSFET is , current in the power MOSFET does not reach the COMP set current value, the power MOSFET remains on


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PDF MP2487 MP2487 200mV 200kHz, MS-012, MP2487DN B180-7-F BAT54 CMSH2100M IN4148 JESD51-7
2010 - MP24875

Abstract:
Text: constant current of up to 1.5A to high power LEDs. It integrates a high-side, high voltage power MOSFET , Wide 4.5V to 55V Operating Input Range 220m Internal Power MOSFET Up to 200kHz Programmable Switching , high-side MOSFET driver. BST Connect a bypass capacitor between this pin and SW pin. MP24875 Rev. 1.0 , power MOSFET is turned on and remains on until its current reaches the value set by the COMP voltage , PWM period, the current in the power MOSFET does not reach the COMP set current value, the power


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PDF MP24875 200kHz, MP24875 200mV MS-012, B180-7-F B290-F BAT54 IN4148 JESD51-7
duracell dl123a

Abstract:
Text: : 1 N-Channel MOSFET Q1 International Rectifier, Motorola IRF520, IRF530 or equivalent 1 1 MÂ , MOSFET at LX2 is switched at the clock frequency at a 50% duty cycle. While the MOSFET is turned on , the MOSFET at LX2 is switched off, energy is transferred to the output via D1. The MAX654-8 are , Figure 4. Typical Switching Waveforms (Vm = 3.0V, Iojt = 50mA) switching MOSFET turns on at a fixed , skippers like the MAX654-8 do not switch the power MOSFET every clock cycle; thus, switching losses


OCR Scan
PDF MAX655 MAX655 300mW MAXL001 duracell dl123a MAX655CPD DL123A IRF520 equivalent MAX654 L001 IRF530 irf520 switch IRF520
2005 - 70611

Abstract:
Text: same polarity as the MOSFET 's drain voltage. To turn on, the n-channel MOSFET requires a positive gate-source voltage, whereas the p-channel MOSFET requires a negative gate-source potential. Yet, despite its shortcomings, the p-channel MOSFET performs a vital "high-side" switch task that the n-channel simply cannot equal. During switching, a MOSFET 's source voltage must remain fixed, as any variation , comparing n-channel and p-channel MOSFET high-side switching. Used as a high-side switch, a p-channel


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PDF AN804 retur5600 VP0300L O-226AA VN0300L TP0610L 2N7000 70611 FET pair n-channel p-channel mosfet discrete totem pole drive CIRCUIT 2n7000 complement 2n7000+complement logic level complementary MOSFET mosfet discrete totem pole CIRCUIT Logic Level p-Channel Power MOSFET VP2020L equivalent of 2n7000
2013 - Not Available

Abstract:
Text: n-channel MOSFET in series with the LED string. HBLED drivers using the MAX16831 achieve efficiencies of , Differential LED Current-Sense Amplifier o Floating Dimming Driver Capable of Driving an n-Channel MOSFET o , . The DIM driver requires 2.5V for (VCLMP - VLO) to drive the external MOSFET . VHI is typically one , fault is generated and the switching MOSFET turns off. The MOSFET is turned on again when the voltage , the gate of an external n-channel MOSFET for switching. 19 DRI Gate Driver Supply Input


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PDF MAX16831 MAX16831
2009 - Not Available

Abstract:
Text: n-channel MOSFET in series with the LED string. HBLED drivers using the MAX16831 achieve efficiencies of , Current-Sense Amplifier o Floating Dimming Driver Capable of Driving an n-Channel MOSFET o 5% LED Current , 2.5V for (VCLMP - VLO) to drive the external MOSFET . VHI is typically one diode drop above VCLMP. A , overvoltage fault is generated and the switching MOSFET turns off. The MOSFET is turned on again when the , high-current gate driver circuitry. Gate Driver Output. Connect DRV to the gate of an external n-channel MOSFET


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PDF MAX16831 MAX16831
2007 - MAX16831

Abstract:
Text: includes a floating dimming driver for brightness control with an external n-channel MOSFET in series , Amplifier o Floating Dimming Driver Capable of Driving an n-Channel MOSFET o 5% LED Current Accuracy o , 2.5V for (VCLMP - VLO) to drive the external MOSFET . VHI is typically one diode drop above VCLMP. A , , an overvoltage fault is generated and the switching MOSFET turns off. The MOSFET is turned on again , DRV to the gate of an external n-channel MOSFET for switching. 19 DRI Gate Driver Supply


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PDF MAX16831
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