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UCC27210DPRR Texas Instruments 120V Boot, 4A Peak, High Frequency High-Side Low-Side Driver 10-WSON -40 to 140 visit Texas Instruments
UCC27211DPRT Texas Instruments 120V Boot, 4A Peak, High Frequency High-Side Low-Side Driver 10-WSON -40 to 140 visit Texas Instruments Buy
UCC27211DPRR Texas Instruments 120V Boot, 4A Peak, High Frequency High-Side Low-Side Driver 10-WSON -40 to 140 visit Texas Instruments
UCC27201ATDA3 Texas Instruments 120V Boot, 3-A Peak, High Frequency, High-Side/Low-Side Driver 0- 0 to 0 visit Texas Instruments
UCC27201ADPRT Texas Instruments 120V Boot, 3-A Peak, High Frequency, High-Side/Low-Side Driver 10-WSON -40 to 140 visit Texas Instruments Buy
UCC27210DPRT Texas Instruments 120V Boot, 4A Peak, High Frequency High-Side Low-Side Driver 10-WSON -40 to 140 visit Texas Instruments Buy

high side drivers

Catalog Datasheet MFG & Type PDF Document Tags

CAR ALTERNATOR pd

Abstract: AN-514 APPLICATION NOTE HIGH SIDE DRIVERS by A. Russo B. Bancal J. Eadie INTRODUCTION The ever , technology M0 used for making these High Side Drivers produces a monolithic silicon chip which combines , Enhancement and depletion NMOS Powerstage VDMOS Power stage output High Side Drivers, with their , quickly identify and isolate faults saving repair time and often improving safety. High Side Drivers can , ground is much more common than short to VCC b) - High Side Drivers cause less problems w ith
STMicroelectronics
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VN02N equivalent

Abstract: high side drivers APPLICATION NOTE HIGH SIDE DRIVERS by A. Russo B. Bancal J. Eadie INTRODUCTION The ever , technology M0 used for making these High Side Drivers produces a monolithic silicon chip which combines , Enhancement and depletion NMOS Power stage VDMOS Power stage output High Side Drivers, with their , under the influence of various applications. Integrated High Side Drivers offer numerous advantages , time and often improving safety. High Side Drivers can reduce the size and weight of switch modules
STMicroelectronics
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E5 SMD Transistor

Abstract: 4410 smd either a single ground referenced supply voltage and bootstrap circuits for the high side drivers - or , under-voltage gate-drive lockout on the lowand/or high- side drivers whenever the respective positive power , \ indicates a fault in any of the low or high side drivers. This signal can be utilised by a superceeding , The high side drivers for transistors T1, T3 and T5 can be supplied in one of the following ways: · , to sustain the charging current peaks. Bootstrap circuits for the three high side drivers can
IXYS
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Abstract: .4 2.5 High side drivers, low side drivers, EVDD , must be connected to GND if not used. If High Side Drivers are unused, then connect VSUPHS to a , the specified pin input divider ratios when used in analog mode. 2.5 High side drivers, low side , current high side drivers can operate is 50 mA, so the resistive load must consider that specification. NOTE Please note that on mask set 2N05E high side drivers can not drive capacitive loads and that Freescale Semiconductor
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AN4643 S12VR

circuit diagram of car central lock system

Abstract: Car security system block diagram L98SI VN02 / VN05 / VN06 Octal Low SideDriver, 1A, short circuit protected Smart High Side Drivers , VN21 / VN31 VN410 BCD High Side Driver, 20A, s/c protection. ISO High Side Drivers with advanced , Converter, SPI SCI, 42/52 pin. HIGH SIDE DRIVERS VN610* VN450 VN460 VND05/10 VN600 / 610* VNQ600 , with on-chip protections. BCD full bridge drivers, High output current. STD12NE06L STS3DNE06L , High Drivers, VN06 offers fast demagnetization and full diagnostics. L4949E RBO08T-40T/M/G & RBO40
STMicroelectronics
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circuit diagram of car central lock system Car security system block diagram circuit alarm car car alarm 1500w mosfet audio amplifier circuit diagram car central lock ST6260 ST6262 ST6263 ST6203 ST6208 ST93C

ELMOS MOTOR DRIVER SO20w package

Abstract: elmos for high side driver 1 12 Drive frequency 23 kHz Ground VGH1 3 ÿ GND 2 DESCRIPTION Description 1 high side drivers Name DATA I/O Serial data I/O VGL1 4 17 , changed. Main parameters are motor direction and current fluctuations PWM to control high side drivers. The IC can be adapted to differ- ÿ Shortcircuit and overvoltage protected outputs ent , connect controllers or dedicated logic. With the bidirec- Gate voltage for high side driver 2 3
ELMOS Semiconductor
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ELMOS MOTOR DRIVER SO20w package elmos ELMOS IC motor driver ELMOS MOTOR DRIVER SO20w package so20w

SMD transistor M05

Abstract: SMD transistor M05 driver AN1596 - APPLICATION NOTE ® VIPower: HIGH SIDE DRIVERS FOR AUTOMOTIVE V. Graziano - L , vertical power transistor on the same chip. The VIPower M0 technology used for making High Side Drivers , ) in a PowerSO-10 package. High Side Drivers, with their integrated extra features are power switches , aggressive automotive environment, High Side Drivers are designed to work from -40°C to +150°C. They also , the drivers and their associated circuitry. The M0-3 High Side Driver can be divided in Analog and
STMicroelectronics
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SMD transistor M05 SMD transistor M05 driver schematic diagram car alternator built in voltage M05 driver transistor smd n CHANNEL DEPLETION ENHANCEMENT MOSFET vn750 pwm

high side drivers

Abstract: 10.8v motor ullscale. Low side drivers for both linear and PWM control of external N-channel FET gates. High side , crossing, at which point the cycle repeats. High Side Drivers The positive supply for the high side , to provide unipolar operation. When control bit 1 = 1 the high side drivers are turned oft and the , dissipation is available. The SG3185 is designed to drive external low side n-channel FETs, high side , ^iA current source determines the delay from brake sequence initiated to low side drivers turned on. 4.5V -
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SG3185Q high side drivers 10.8v motor rpm counter transistor ckx siemens Logo 230RC G0E253 28-PIN 00D22S7
Abstract: drivers for both linear and PWM control of external N-channel FET gates. High side drivers enabled , . High Side Drivers The positive supply for the high side drivers is the RETRACT line shich is normally , . When control bit 1 = 1 the high side drivers are turned oft and the regulator enabled, which sinks , n-channel FETs, high side p-channel FETs, and a pnp center tap regulator. â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â , sequence initiated to low side drivers turned on. 4 VDD1 4.5V - 5.5V logic supply. 5 Clock -
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DGDE253

ZHD100

Abstract: zetex t1048 in the package, for example two high side drivers, such as the Zetex ZHD100 BiMos switch. The , PNP transistors, NPN and PNP combinations, MOSFET combinations, dual high side drivers, and various , converters or high side drivers. These can be found in such applications as compact fluorescent bal lasts , full bridges, Royer converters or high side drivers. These can be found in such applications as , includes dual NPN or PNP transistors, NPN and PNP combinations, MOSFET combinations, dual high side
Zetex Semiconductors
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zetex t1048 SM-8 Package T1048 pnp npn dual emitter connected ic siren MH88615

IR212X

Abstract: IR2121 high side drivers respectively, which have a high output drive (1A source /2A sink). The current , over-current detection and latched shutdown. The IR2127 and IR2128 are both high side drivers (IR2127-active high input/ IR2128 active low input ), with a lower output drive (200mA source/420mA sink), and a more , IR2121 and IR2125 are low and high side drivers respectively, which have a high output drive (1A source , side drivers ( IR2127-active high input/ IR2128 active low input ), with a lower output drive (200mA
International Rectifier
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AN-1014 IR212X IR2125 APPLICATION NOTE DT98-2 IR2127-active chARGE PUMP igbt drive MOSFET IR2121 IR2127- AN-101

98ASH70029A

Abstract: DSA008724 System Basis Chip with 2x60mA High Side Drivers 33910 The 33910 is a Serial Peripheral Interface , Temperature Sense High Side Drivers HS1 - HS2 LIN Physical Layer Interface MCU Interface and Output , . VOLTAGE REGULATOR OUTPUTS Two current and temperature protected High Side drivers with PWM capability , various diagnostic features. HIGH SIDE DRIVERS 33910 22 Analog Integrated Circuit Device Data , rates. Two 60mA high side switches with optional pulse-width modulation (PWM) are implemented to drive
Freescale Semiconductor
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98ASH70029A DSA008724 32-PIN ISO7637-2 JESD51-2 JESD51-3 MC33910

D469ADJ

Abstract: Si9111Dy Ceramic Dip Motor Drives & Power Supplies 14 Pin Plastic Dip 20 Pin PLCC Adaptive High or Low Side Drivers with Protection Features N-Channel Half-Bridge Driver With 20 to 40 V Supply Range Adaptive Driver With 500 V Level Shift for Use With Si9911 & Si99l4 Adaptive High Side Drivers with for Use with Si9901 Adaptive High Side Drivers for Use with Si9901 1.0 1.0 0.5 0.5 1.0 1.0 1.0 1.0 1.0 1.0 , CrSiliconix incorporated Power ICs VCM & Soindle Drivers ·:ÿ ÿ * 1V Target
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D469ADJ Si9111Dy si9950 Si9120DJ SI9950DY SI9110AK 9961CY 9962CY 9985CY D469AAP D469ADN
Abstract: REGULATORS ARE LOW DROPOUT OUPUTS 3 HIGH SIDE DRIVERS:2A (HSD1), 0.45A (HSD2 & HSD3) NO EXTERNAL CHARGE , . 3 kHz FUNCTIONAL DESCRIPTION The three high side drivers are a 2.0A output (HSD1), and two , ORDERING NUMBER: L5950 DESCRIPTION The ASPM (Audio System Power Module) is an integration of three high side drivers and five regulators developed to provide the power for an audio system. The outputs of , Min. HIGH Level Input Voltage Typ. Input Hysteresis VOL1 VOL2 LOW Level Output Input STMicroelectronics
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REGULATORS10V MULTIWATT15 D99AU1002 ID7654

470R

Abstract: header 7x2 implements the functions of VN808CM high side drivers in industrial applications. Developed using the VIPower M0-3 proprietary technology, VN808CM completes the series of Octal High Side Drivers for the factory automation market. It is intended for driving any kind of load with one side connected to ground , STEVAL-IFP00V1 8 channel high side driver reference board with VN808CM Data Brief Features , . VN808CM - 8 channel high side driver with CMOS compatible voltage levels SM15T36A unidirectional transil
STMicroelectronics
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470R header 7x2 SM15T33A CANIC10 ARMIC30 STEVAL-IFP001V1
Abstract: Power Module) is an integration of three high side drivers and five regulators developed to provide the , µA kHz CHARACTERISTICS FOR I2C FUNCTIONAL DESCRIPTION The three high side drivers are a 2.0A , ); 8.5V (175mA); 5V (350mA); 5V (250mA); 8V/10V (1A) ALL REGULATORS ARE LOW DROPOUT OUPUTS 3 HIGH SIDE DRIVERS: 2A (HSD1), 0.45A (HSD2 & HSD3) NO EXTERNAL CHARGE PUMP CAPACITORS ARE REQUIRED STAND BY MODE , Input Voltage HIGH Level Input Voltage Input Hysteresis LOW Level Output Sink Current = 3mA Sink Current STMicroelectronics
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E-L5950

SC1618

Abstract: b, h c High side drivers enabled during bipolar drive that control the gates of external , crossing, at which point the cycle repeats. High Side Drivers The positive supply for the high side drivers , unipolar operation. When control bit 1 = 1 the high side drivers are turned off and the regulator enabled , , high side p-channel FETs, and a pnp center tap regulator. FEATURES Bipolar start-up unipolar run 5V , (Pins 11,14,17) Input Bias Current -0.3 Common Mode Voltage Operating Voltage Range n in i High Side
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SC1618 8S53S8D 6SS36

L5950

Abstract: integration of three high side drivers and five regulators developed to provide the power for an audio , 27V typ. or above. FUNCTIONAL DESCRIPTION The three high side drivers are a 2.0A output (HSD1 , ); 8.5V (175mA); 5V (350mA); 5V (250mA); 8V/10V (1A) ALL REGULATORS ARE LOW DROPOUT OUPUTS 3 HIGH SIDE DRIVERS: 2A (HSD1), 0.45A (HSD2 & HSD3) NO EXTERNAL CHARGE PUMP CAPACITORS ARE REQUIRED STAND BY MODE , FOR I C VIL LOW Level Input Voltage V IH HIGH Level Input Voltage Input Hysteresis VOL1
STMicroelectronics
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Abstract: high side drivers eliminates the need for an external gate supply. â'¢ 64V motor supply capability â , develops the necessary gate drive poten­ tial for the high side source followers, while low side gate , ,ì 5 3 135 I URL iwivy I v i , \ High Side ( Control Input > £â' i y HN I V2 4 High Side Gate #1 >1 11 £h\ HVD1 i 3 High Side Source #1 K V motor J Output to Phase A of motor CC M HVD2 -1 Low Side Gate #1 sbc nVNo Low -
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MPD8020-0011

L5950

Abstract: integration of three high side drivers and five regulators developed to provide the power for an audio , above. FUNCTIONAL DESCRIPTION The three high side drivers are a 2.0A output (HSD1), and two 450mA , ); 8.5V (175mA); 5V (350mA); 5V (250mA); 8V/10V (1A) ALL REGULATORS ARE LOW DROPOUT OUPUTS 3 HIGH SIDE DRIVERS: 2A (HSD1), 0.45A (HSD2 & HSD3) NO EXTERNAL CHARGE PUMP CAPACITORS ARE REQUIRED STAND BY MODE , I2C VIL LOW Level Input Voltage VIH HIGH Level Input Voltage 3 Input Hysteresis
STMicroelectronics
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