MURS120 SMA Search Results

TA2022-100

Abstract: TA2022 AW600-06-40T-24-H RB-TA2022 amidon TRIPATH TECHNOLOGY 100W car power amplifier 17 pins tripath for car audio amplifiers TRIPATH 5k 100 16v
Contextual Info: Tr i path Technol ogy, I nc. - Technical Information RB-TA2022 CLASS-T DIGITAL AUDIO AMPLIFIER 6 CHANNEL TA2022 REFERENCE DESIGN Technical Information - Board Rev. 3.2 Revision 1.0 – November 2001 GENERAL DESCRIPTION The RB TA2022 Version 3.1 is a 6 channel, 100W per channel audio amplifier designed

gi diode

Abstract: 1N4001 SMT DIODE 1N4001 SMT zener motorola 18v transformer 1a 1N4001 zener diode diode zener motorola MOTOROLA p6ke hmoo96553 1N4001 diode
Contextual Info: advertisement Power Supplies for Subscriber Line Interface Circuits Design Note 130 Eddie Beville As the demand for world wide networking grows, so will the need for advanced data transmission products. In particular, ISDN services have become popular because of the recent

RLY-RLY11-DPDT

Abstract: schematic diagram stereo amplifier 100W 2 channel 100w audio amplifier circuit diagram EB-TA2022 1N4148DICT-ND 2N7000FS-ND mini audio amplifier 2w TA2022 tyco 5V 1A DPDT RELAY TA2022-100
Contextual Info: Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on EB-TA2022 CLASS-T DIGITAL AUDIO AMPLIFIER 2 CHANNEL TA2022 EVALUATION BOARD Technical Information Revision 1.0 – March 2002 GENERAL DESCRIPTION The EB-TA2022 Version 4.0 is a stereo 100W per channel audio amplifier

0.6v ZENER DIODE motorola

Abstract: N293 tvs 6.7V Zener Diode beckman HM00-98519 transformer winding formula flyback transformer formula 24v transformer winding formula zener diode cross reference beckman high voltage pcb AVX Transformer
Contextual Info: SLIC Evaluation Board Micrel MIC2171 SLIC Evaluation Board 100kHz Switching Regulator Advance Information General Description Precautions This evaluation board is designed to supply the required ringer and interface voltages used in a Subscriber Line Interface Circuit. The MIC2171 switching regulator IC is used

TA2022

Abstract: 100W car power amplifier 17 pins 4 channel 100w audio amplifier circuit diagram tripath for car audio amplifiers 100w high power car amplifier TA2022-100 T690-06 TRIPATH TECHNOLOGY 3306P POT micrometals toroid core t68
Contextual Info: Tr i path Technol ogy, I nc. - Technical Information RB-TA2022 CLASS-T DIGITAL AUDIO AMPLIFIER 2 CHANNEL TA2022 REFERENCE DESIGN Technical Information – Board Rev. 2.2 Revision 1.0 – November 2001 GENERAL DESCRIPTION The RB TA2022 Version 2.2 is a stereo 100W per channel audio amplifier in a slim 3”

MMBT2907 on semi

Abstract: b1 diode MMBT2907 ON 6v 400ma R452.500 HV9906 BJT pnp TRANSISTORS BJT list DO3316P-104 IRFR320
Contextual Info: HV9906DB2 Off-Line Current Source Controller Introduction The Supertex HV9906DB2 demo board contains all circuitry necessary to demonstrate the features of the HV9906 second order power supply controller. The power converter topology of the demo board consists

b1 diode

Abstract: MMBT2907 on semi littelfuse 10 BJT PNP DF04S HV9904 IRFR320 MMBT2907 MURS120 MURS160
Contextual Info: HV9904DB1 Off-Line Current Source Controller Introduction The Supertex HV9904DB1 demo board is an LED driver circuit using the HV9904. A power converter of the demo board consists of an input buck-boost stage and an output buck stage. The output voltage polarity

TA2022-100

Abstract: 1N4148DICT-ND tripath for car audio amplifiers EB-TA2022 TA2022 SCHEMATIC 300w power amplifier stereo 100w audio amplifier schematic h734 100v 300W AUDIO AMPLIFIER CIRCUIT DIAGRAM schematic Class D 10KW audio amplifier
Contextual Info: Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on EB-TA2022 CLASS-T DIGITAL AUDIO AMPLIFIER 2 CHANNEL TA2022 EVALUATION BOARD Technical Information Revision 1.0 – March 2002 GENERAL DESCRIPTION The EB-TA2022 Version 4.0 is a stereo 100W per channel audio amplifier

amidon 43 toroid core

Abstract: TA2022-100 lm358 substitution TK4300-ND home theater 5.1 schematic circuit diagram 75w audio amplifier diagram 2N7000FS-ND EB-TA2022 AW690-06-44T-22-V stereo amplifier 100W 24v
Contextual Info: Tr i path Technol ogy, I nc. - Techni cal I nfor m ati on EB-TA2022 CLASS-T DIGITAL AUDIO AMPLIFIER 2 CHANNEL TA2022 EVALUATION BOARD Technical Information Revision 1.0 – March 2002 GENERAL DESCRIPTION The EB-TA2022 Version 4.0 is a stereo 100W per channel audio amplifier

HV9906

Abstract: luxeon F1 HV9906DB2 IRFR320 MMBT2907 MURS120 MURS160 luxeon star supernova led
Contextual Info: HV9906DB2 Off-Line Current Source Controller Introduction The Supertex HV9906DB2 demo board contains all circuitry necessary to demonstrate the features of the HV9906 second order power supply controller. The power converter of the demo board consists of an

MIDCOM 671-7783

Abstract: LT1210 DUAL LT1210 Design note LT1210 as buffer 2N3904 BD01 LT1490 LT1491 LTC1400 LT1210CT7
Contextual Info: LinearTechnologyChronicle A Showcase of Linear Technology’s Focus Products July 1996 Vol. 5 No. 7 100 Products of the Month SUPPLY CURRENT mA 10 Complete 12-Bit, 400ksps A/D Converter in SO-8 Package NORMAL CONVERSION NAP MODE BETWEEN CONVERSION 1 SLEEP AND NAP MODE

C4532X7R2A225M

Abstract: LM5020 Vitramon C3225X5R1C106M C4532X7R2A225 C3225X7R1H335M MURS120 MURS240 NSC0288 DALE
Contextual Info: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 Outputs #2 Outputs #3 VinMin=10.8 Vout1=100 Vout2=-36 Vout3=-52 VinMax=13.2 Iout1=0.035 Iout2=0.04 Iout3=.045 2.0 Design Description The LM5020 PWM controller is used here to design a low

79R79

Abstract: dual 1n4148 diode SOT143 package MIC4451/4452 T1C SOT23 MIC4416 MIC4417 MIC6211 MIC6251 MIC6252 MIC7111
Contextual Info: ANALOG SOLUTIONS VOLUME 5 AUGUST 1998 World’s First Single-Chip Radio Eliminates “Black Magic” of RF Design The MICRF001 is a single-chip OOK On-Off Keyed radio receiver IC for remote wireless applications, employing new QwikRadio technology from

sg 66

Abstract: 500w Full bridge transformer TPSE686M025R0125 LTC4440-5 opto 817 BAS21 CZT3019 FQT7N10 LT378 LTC3706
Contextual Info: LTC3705 2-Switch Forward Controller and Gate Driver U FEATURES DESCRIPTIO • High-Speed Top and Bottom Gate Drivers for 2-Switch Forward Converter On-Chip Rectifier and Self-Starting Architecture Eliminate Need for Separate Gate Drive Bias Supply Wide Input Voltage Supply Range: 18V to 80V

Contextual Info: LTC3705 2-Switch Forward Controller and Gate Driver FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO High-Speed Top and Bottom Gate Drivers for 2-Switch Forward Converter On-Chip Rectifier and Self-Starting Architecture Eliminate Need for Separate Gate Drive Bias

LTC4440-5

Abstract: BAS21 CZT3019 FQT7N10 LTC3705 LTC3706 MURS120 Si7336ADP Si7852DP n-channel 500w power mosfet
Contextual Info: LTC3705 2-Switch Forward Controller and Gate Driver U FEATURES DESCRIPTIO • High-Speed Top and Bottom Gate Drivers for 2-Switch Forward Converter On-Chip Rectifier and Self-Starting Architecture Eliminate Need for Separate Gate Drive Bias Supply Wide Input Voltage Supply Range: 18V to 80V

Schottky Diode SOT-89

Abstract: MBRL130 MBRL140 BAT54S SOT-23 CMR1U-02M SOT-89 MBRL120 MURS120 SMA BCX53 Rohm DPAK
Contextual Info: Competitive Part List Central Semiconductor Corp. 1. SOT-89 / SOT-223 Small Signal Transistors Our primary competition on the following devices is Philips, Siemens and Motorola. Competitor P/N BC868 BC869 BCP28 BCP29 BCP51, -10, -16 BCP52, -10, -16 BCP53, -10, -16

MBRS340T3G

Abstract: MBRS360T3G SS34 sma SS14 SOD123 MBRS140T3G SS34 SMB ss24 SMA MBRM140T1G MBRS260T3G SS34 smc
Contextual Info: ONSEMI Part # MBR0520LT1G MBR0530T1G MBR0540T1G MBR120ESFT1G MBR130T1G MBRA130LT3G MBRA140T3G MBRA340T3G MBRD340T4G MBRD360T4G MBRD835LT4G MBRM130LT1G MBRM140T1G MBRM140T3G MBRS1100T3G MBRS130LT3G MBRS140T3G MBRS260T3G MBRS340T3G MBRS360T3G MBRS540T3G MUR120RLG

LTC1154

Contextual Info: LTC1693 High Speed Single/Dual N-Channel MOSFET Drivers FEATURES • ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO The LTC 1693 family drives power N-channel MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance.

inverter 12v to 220 ac mosfet based

Abstract: 74hc14 philips 2N7002 N-CHANNEL MOSFET PHILIPS MARKING siemens bat54 transistor irf620 motor driver full bridge 6A LT1693 a1693 lt1339 application note BS170
Contextual Info: LTC1693 High Speed Single/Dual N-Channel MOSFET Drivers U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1693 family drives power N-channel MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance.

35CV22AX

Abstract: diode T132 equivalent 6612a 4749-T132 6TPE150M 6TPE220M C4532X7R1E106K EEVFK1V220R MAX1537 MAX1537EVKIT
Contextual Info: 19-3512; Rev 0; 11/04 MAX1537 Evaluation Kit The MAX1537 evaluation kit EV kit demonstrates the MAX1537’s standard application circuit. This dual PWM synchronous DC-DC converter steps down high-voltage batteries and/or AC adapters, generating main supplies for notebook computers. The MAX1537 EV kit

MTD20NO6HD

Abstract: mbro530 MBRO530T1 PC40-EPC17 LT1693 inverter 12v to 220 ac mosfet based CPHS-EFD20-1S-10P marking t1c SMD403 2N7002 PHILIPS MARKING
Contextual Info: LTC1693 High Speed Single/Dual MOSFET Drivers U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1693 family drives power MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance. Dual MOSFET Drivers in SO-8 Package

35CV22AX

Abstract: 6TPE150M 6TPE220M C4532X7R1E106K EEVFK1V220R MAX1537 MAX1537EVKIT T520D157M006ASE025 T520V227M006ASE025 4749-T132
Contextual Info: 19-3512; Rev 2; 10/05 MAX1537 Evaluation Kit The MAX1537 evaluation kit EV kit demonstrates the MAX1537’s standard application circuit. This dual PWM synchronous DC-DC converter steps down high-voltage batteries and/or AC adapters, generating main supplies for notebook computers. The MAX1537 EV kit

500W forward converter

Abstract: LT3781 zvs flyback driver FQT7N10 FZT690B LTC3705 LTC3726 MURS120 Si7336ADP Si7852DP
Contextual Info: LTC3726 Secondary-Side Synchronous Forward Controller U DESCRIPTIO FEATURES Secondary-Side Control for Fast Transient Response Self-Starting Architecture Eliminates Need for Separate Bias Regulator Proprietary Gate Drive Encoding Scheme Reduces System Complexity