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Part Manufacturer Description Datasheet BUY
FNW700R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier Module; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
FNW500R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier Module; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier Module; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JRCW016A0R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JRCW450R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 32V; Iout: 14A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JNCW016A0R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-60V); Vout: 32V; Iout: 17A; Efficiency: 0.95; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 32V; Iout: 14A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JRCW450U GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power

all mosfet power amplifier

Catalog Datasheet MFG & Type PDF Document Tags

Yamaha YDA

Abstract: 9V13 setting off time of external Power MOSFET for left channel (refer to "Description of amplifier functions , constant according the characteristics of Power MOSFET that is to be used and distortion rate of amplifier , functions of this IC is stopped, and this IC is placed in the sleep state. At this time, all Power MOSFET , right channels simultaneously. When MUTE terminal is set at "H" level, all Power MOSFET driving , stage digital amplifier connects Power MOSFET externally, of which output is fed back to the modulation
Yamaha
Original

Yamaha YDA

Abstract: FW332 setting off time of external Power MOSFET for left channel (refer to "Amplifier functions"). CDIR and , according the characteristics of Power MOSFET that is to be used and distortion rate of amplifier you need , placed in the sleep state. At this time, all Power MOSFET driving terminals output signals that turn off , terminal is set at "H" level, all Power MOSFET driving terminals output signals that turns off the Power , resistor (RI) and feedback resistor (RFB). The second stage digital amplifier connects Power MOSFET
Yamaha
Original

Ultra-fast Recovery Diodes Meet Today Requirements for High Frequency Operations and Power Ratings

Abstract: all mosfet power amplifier , RDS(on). Amplifier efficiency is related to MOSFET total power losses. These power losses are the , amplifier performance. References 1. Barkhordarian V. "Power Mosfet Basics". International Rectifier , Application Note AN-1070 Class D Audio Amplifier Performance Relationship to MOSFET Parameters , kHz), a power bridge circuit and a low pass filter. This type of amplifier has demonstrated to have a , performance levels in the amplifier are the switches in power bridge circuit. Power losses, delay times, and
International Rectifier
Original
Ultra-fast Recovery Diodes Meet Today Requirements for High Frequency Operations and Power Ratings all mosfet power amplifier MOSFET IGBT THEORY AND APPLICATIONS Complementary Audio mosfets Power Amplifier AUDIO MOSFET POWER AMPLIFIER CIRCUIT MOSFET QG

circuit diagram of mosfet based power supply

Abstract: all mosfet power amplifier time, all Power MOSFET driving terminals output signals that turn off the Power MOSFETs. Though all , , all Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all Power , The second stage digital amplifier connects Power MOSFET externally, of which output is fed back to , , all functions are disabled, and power consumption is minimized. At this time, all Power MOSFET , Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all Power
Yamaha
Original
circuit diagram of mosfet based power supply 20V P-Channel Power MOSFET CONSTANT DC CURRENT POWER SUPPLY high power mosfet transistor mosfet power supply YDA135

AUDIO MOSFET POWER AMPLIFIER SCHEMATIC

Abstract: IRS2092 pcb connector · Error amplifier OPA · Gate driver IC · Power MOSFET · Bus capacitor · Output LPF · Power , MOSFET, three current loops are active around the gate driving stage of the amplifier, as shown in , to by all switching signals in the amplifier- the audio signal reference (analog ground) and the , essentially designating a single terminal on the PCB as the "star ground" of the amplifier. All other ground , performance of the amplifier. The gate driving stage and switching MOSFETs all refer to the negative bus
International Rectifier
Original
IRS2092 AUDIO MOSFET POWER AMPLIFIER SCHEMATIC IRS2092 pcb IRS20955 IRS2092S mosfet audio amplifier circuit AN-1135

300 watt mosfet amplifier

Abstract: 1000 watt mosfet power amplifier Solid state power amplifier based solutions serving the defense, commercial and industrial markets , power devices, amplifier technology, and pertinent market knowledge to react swiftly to new , High Power Systems Model Markets ¬ www.EmpowerRF.com Amplifier Systems Products , equipment #27;#27; Driver for high power amplifier systems 18 19 Additional Features ¬ As appearing , Derating Factors 1.00 0.95 0.90 0.86 0.80 0.75 The power amplifier should be the final RF
Empower RF Systems
Original
300 watt mosfet amplifier 1000 watt mosfet power amplifier 1094/BBM2E3KKO OPT05

Yamaha YDA

Abstract: yamaha audio amplifier time, all Power MOSFET driving terminals output signals that turn off the Power MOSFETs. Though all , Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all Power , Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all Power , time, all Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all , YDA135 D-20 STEREO 5W-20W DIGITAL AUDIO POWER AMPLIFIER CONTROLLER Outline YDA135 is digital
Yamaha
Original
Yamaha YDA yamaha audio amplifier D-20 FW332 YDA135-VZ

UC3870

Abstract: voltage error amplifier. The voltage applied to CMD sets the output voltage of the power converter. The , amplifier. An ultra low power sleep mode is also invoked from the SS pin. A voltage level below 0.5V on , synchronous step-down (Buck) regulators provides high efficiency power conversion from an input voltage range , R DS (on) N-channel MOSFET switch allowing for significant efficiency improvements. The high side N-channel MOSFET switch is driven out of phase from the low side N-channel MOSFET switch by an on-chip
Unitrode
Original
UC3870 UC1870-1 UC2870-1 UC3870-1 UC3910 UC3870-2

YDA135-VZ

Abstract: Yamaha YDA time, all Power MOSFET driving terminals output signals that turn off the Power MOSFETs. Though all , Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all Power , Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all Power , time, all Power MOSFET driving terminals output signals that turns off the Power MOSFETs. Though all , YDA135 D-20 STEREO 5W-20W DIGITAL AUDIO POWER AMPLIFIER CONTROLLER Outline YDA135 is digital
Yamaha
Original
mosfet amplifier POWER MOSFET DATA BOOK power mosfet ic for audio amplifier

80V DC to 12v dc 2 amp converter circuit diagram

Abstract: 80V DC to 12v dc 5 amp converter circuit diagram amplifier VA drives the MOSFET as a linear regulator, limiting the output voltage to the prescribed value , blocking diode and its voltage and power losses can be eliminated. MOSFET and waits for a cool-down , spare amplifier is configured as a power good comparator. D2* SMAT70A 6 C2 0.1µF R6 10 11 , or overvoltage conditions, the current amplifier (IA) or the voltage amplifier (VA) is called into , 1.25V AMPLIFIER + 12V VCC ­ VIN 20V/DIV OUTPUT TO LOAD ­ 80V INPUT SURGE
Linear Technology
Original
LT4356-1 IRLR2908 LT4356 80V DC to 12v dc 2 amp converter circuit diagram 80V DC to 12v dc 5 amp converter circuit diagram LT4356s SMAJ58A

12v DC motor

Abstract: defibrillator microprocessor Enable Single 630MHz Low Noise High Speed Voltage Feedback Amplifier Ultra-Low Noise Low Power Wideband Amplifier Dual Very Low Noise Amplifier Dual Low Noise Amplifier Ultra-Low Noise Low Power Wideband , Controller, 2A, 2.5V to 5.5V Operating Range, 0.05 Integrated Power N-channel MOSFET Switch LED Driver , , 0.05 Integrated Power N-channel MOSFET Switch Buck Converter ISL6410 ISL6410A ISL6406 HIP6018B 0.6A , Range, 0.05 Integrated Power N-channel MOSFET Switch PWM Controller and Triple Linear Controllers
Intersil
Original
ISL1208 12v DC motor defibrillator microprocessor wifi 5 watt amplifier circuit ISL6520 rs485 multiplexer barcode scanner with microcontroller via rs232 1-888-INTERSIL X1227 X1228 X4043 X4045

mosfet SOA testing

Abstract: breakdown still makes the amplifier prone to failure in extreme stresses. In a MOSFET power output device , SOA ADVANTAGES OF MOSFETS APPLICATION NOTE 16 POWER OPERATIONAL AMPLIFIER M I C R O T E C H N , levels of performance and power handling than their monolithic counterparts. Power MOSFET's promise to , protect the amplifier are eased with MOSFET designs. Protection of an amplifier is a matter of keeping it , its supply rails with only the motor winding resistance in series. While the MOSFET power op amps are
Apex Microtechnology
Original
mosfet SOA testing 546-APEX AN16U

VFQFPN 36

Abstract: 049 15a zp = 35µA). Once the UVP threshold has been intercepted, the device resets with all power mosfets , OSC/INH pin to a voltage lower than 0.5V (Typ.) disables the device: all the power mosfets and , SENSE AMPLIFIER PROGRAMMABLE DROOP EFFECT 10% ACTIVE CURRENT SHARING ACCURACY DIGITAL 2048 STEP , REALIZED USING THE LOWER MOSFET'S RdsON OR A SENSE RESISTOR OSCILLATOR EXTERNALLY ADJUSTABLE AND INTERNALLY FIXED AT 150kHZ POWER GOOD OUTPUT AND INHIBIT FUNCTION PACKAGES: SO-28 & VFQFPN-36 SO28
STMicroelectronics
Original
L6712 L6712A L6712D L6712AD L6712DTR L6712ADTR VFQFPN 36 049 15a zp the pin function of ic 7422

BF1208

Abstract: MARKING CODE 2l 001aac193 150 100 50 0 0 50 100 150 Tsp (°C) 200 Fig 1. BF1208 Power derating curve All , N-channel dual gate MOSFET Table 8. Dynamic characteristics for amplifier A[1] .continued Common source , gate MOSFET 8.2.2 Scattering parameters for amplifier B Table 12. Scattering parameters for , SO T6 BF1208 Dual N-channel dual gate MOSFET Rev. 2 - 7 September 2011 Product data sheet 1. Product profile 1.1 General description The BF1208 is a combination of two dual gate MOSFET
NXP Semiconductors
Original
MARKING CODE 2l transistor BF1208 Dual N-channel dual gate MOSFET mosfet 7810

a4910kjp

Abstract: A4910 outputs into the high, external MOSFET on, state. At power up all gate drive outputs and the general fault , for the high-side drive allows DC (100% duty cycle) operation. Full control over all six power MOSFETs , Operational amplifier output Operational amplifier input + Exposed thermal pad Power ground Standby mode , low-side MOSFET on the corresponding phase of the power bridge through a low impedance track. VBRG Sense , all gate drive control inputs and registers. CSAP, CSAM Phase A current sense amplifier inputs. CSAO
Allegro MicroSystems
Original
A4910 a4910kjp A4910KJPTR-T V5008

LM5015MHX

Abstract: NPN/transistor NEC K 2500 capacitor is charged from VCC via an internal diode during each power MOSFET offtime. Error Amplifier , switch drain The drain terminal of the internal low side power MOSFET. Input supply pin for high side switch Internally connected to the drain of the high side power MOSFET. 7 LO 8 PVIN 9 HO High side switch source The source terminal of the high side power MOSFET. 10 , internal diode during the power MOSFET off-time. 11 VCC Bias regulator output, or input for VCC
National Semiconductor
Original
LM5015 LM5015MHX NPN/transistor NEC K 2500 schematic diagram 48v ac regulator LM431A LM5015MH LM5015MHE TSSOP-14EP

BLDC EHPS

Abstract: 635-S outputs into the high, external MOSFET on, state. At power up all gate drive outputs and the general fault , for the high-side drive allows DC (100% duty cycle) operation. Full control over all six power MOSFETs , Operational amplifier output Operational amplifier input + Exposed thermal pad Power ground Standby mode , low-side MOSFET on the corresponding phase of the power bridge through a low impedance track. VBRG Sense , all gate drive control inputs and registers. CSAP, CSAM Phase A current sense amplifier inputs. CSAO
Allegro MicroSystems
Original
BLDC EHPS 635-S

LM5015MHX

Abstract: Designing internal Type II Compensation for Current Mode DC-DC converter capacitor is charged from VCC via an internal diode during each power MOSFET offtime. Error Amplifier , switch drain The drain terminal of the internal low side power MOSFET. Input supply pin for high side switch Internally connected to the drain of the high side power MOSFET. 7 LO 8 PVIN 9 HO High side switch source The source terminal of the high side power MOSFET. 10 , internal diode during the power MOSFET off-time. 11 VCC Bias regulator output, or input for VCC
National Semiconductor
Original
Designing internal Type II Compensation for Current Mode DC-DC converter OFF line flyback isolated NO opto-coupler isolated feedback flyback converter

n-channel 600 volts mosfet in switching regulator applications

Abstract: PLCC-20 -1,-2 amplifier. An ultra low power sleep mode is also invoked from the SS pin. A voltage level below , The UC3874 family of synchronous step-down (Buck) regulators provides high efficiency power , standard buck regulator with a low Rds(on) N-channel MOSFET switch allowing for significant efficiency improvements. The high side N-channel MOSFET switch is driven out of phase from the low side N-channel MOSFET , consumption of the controller is significantly reduced. The reduction is achieved by disabling the MOSFET
Texas Instruments
Original
UC1874-1 UC2874-1 UC3874-1 n-channel 600 volts mosfet in switching regulator applications PLCC-20 UC3874-2

diagram for a 12v 25w power amplifier

Abstract: voltage regulator PWM 1999 transconductance sink -1,-2 amplifier. An ultra low power sleep mode is also invoked from the SS pin. A voltage level below , The UC3874 family of synchronous step-down (Buck) regulators provides high efficiency power , standard buck regulator with a low Rds(on) N-channel MOSFET switch allowing for significant efficiency improvements. The high side N-channel MOSFET switch is driven out of phase from the low side N-channel MOSFET , reduction is achieved by disabling the MOSFET driver outputs and the internal oscillator when the
Unitrode
Original
diagram for a 12v 25w power amplifier voltage regulator PWM 1999 transconductance sink UC1874
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