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    PAYTON Search Results

    PAYTON Datasheets (17)

    Part ECAD Model Manufacturer Description Curated Type PDF
    2377 Payton HDSL Data Communication Transformer Original PDF
    50430 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50431 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50432 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50433 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50434 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50460 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50461 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50462 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50463 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50464 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50465 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50466 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50467 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50468 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    50469 Payton OFF THE SHELF SMT PLANAR TRANSFORMERS Original PDF
    6886 Payton LOW PROFILE HDSL Data Communication Transformer Original PDF

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    payton transformer

    Abstract: Payton payton group 9585 100uHy
    Text: Payton group PAYTON GROUP I N T E R N AT I O N A L LOW PROFILE HDSL Data Communication Transformer P\N: 6886 - Encapsulated 10.00 MAX 2.30MIN 0.6 6PLACES 23.00MAX 8 14 ds I n st i t u t i o n of rae The St a ar Is nd 23.00 MAX Qu Fi rm l ISO 9001 d a li


    Original     		PDF 30MIN 00MAX payton99 100kHz 25kHz 40kHz 200kHz 317kHz payton transformer Payton payton group 9585 100uHy

    payton planar transformer pcb

    Abstract: payton transformer Payton power transformer PAYTON planar transformer pcb payton group turns ratio of 15 w transformer PF401 payton 50462
    Text: Payton Group International OFF THE SHELF SMT PLANAR TRANSFORMERS Power Range: up to 100 W. Topology: Forward with resonant reset or active clamp. Footprint: 23.5mm * 20.1 mm - Max. Height: 7.37 mm - Max. Frequency range: 300 kHz to 500 kHz. Input voltage of power stage: 36 ÷ 75 Vdc link.


    Original     		PDF

    PAYTON

    Abstract: payton transformer payton group group payton 50467 planar transformer pcb turns ratio of 15 w transformer power transformer PAYTON payton planar transformer pcb
    Text: Payton Group International OFF THE SHELF SMT PLANAR TRANSFORMERS Power Range: up to 100 W. Topology: Forward with resonant reset or active clamp. Footprint: 23.5mm * 20.1 mm - Max. Height: 7.37 mm - Max. Frequency range: 300 kHz to 500 kHz. Input voltage of power stage: 18 ÷ 36 Vdc link.


    Original     		PDF

    PAYTON

    Abstract: payton transformer iso 9587 M 9587 payton group 9585 transistor m 9587 100uHy
    Text: Payton group PAYTON GROUP I N T E R N AT I O N A L HDSL Data Communication Transformer P\N: 2377 - Encapsulated Operating frequency range 25 - 317 kHz Line impedance 135 Ω Pri. To Sec. Turns ratio 2.3:1 DC Resistance Pri R3-6+R4-5 680mΩ Max Sec R2-8 150 mΩ Max


    Original     		PDF 10kHz 100kHz 25kHz 40kHz 200kHz 317kHz payton99 PAYTON payton transformer iso 9587 M 9587 payton group 9585 transistor m 9587 100uHy

    PAYTON

    Abstract: a12216 payton transformer Payton planetics payton planar transformer pcb payton group 400 v isolation transformer turns ratio of 15 w transformer planetics power transformer PAYTON
    Text: Payton Group International OFF THE SHELF SMT PLANAR TRANSFORMERS Power Range: up to 40 W. Topology: Forward with resonant reset or active clamp. Footprint: 18.8mm * 15.2 mm - Max. Height: 6.60 mm - Max. Frequency range: 400 kHz to 1000 kHz. Input voltage of power stage: 36 ÷ 75 Vdc link.


    Original     		PDF

    full wave controlled rectifier using RC triggering circuit

    Abstract: Manchester CODING DECODING FPGA low pass fir Filter VHDL code analog to digital converter vhdl coding on soft vhdl code manchester encoder speech scrambler 1N4148 circuit diagram full subtractor implementation us digital IIR Filter VHDL code cascode mosfet switching
    Text: Dialog Semiconductor ASIC Cells APPLICATION CONFIGURABLE SYSTEM CELLS Description Application Configurable System Cells ACSCs , have been developed by Dialog Semiconductor for specific market segments. The System Cells consist of primary groups of function


    Original     		PDF 0-70oC 2N3019 1N4148 full wave controlled rectifier using RC triggering circuit Manchester CODING DECODING FPGA low pass fir Filter VHDL code analog to digital converter vhdl coding on soft vhdl code manchester encoder speech scrambler 1N4148 circuit diagram full subtractor implementation us digital IIR Filter VHDL code cascode mosfet switching

    ultrasonic movement DETECTOR CIRCUIT DIAGRAM

    Abstract: ultrasonic transducers 48V Manchester CODING DECODING FPGA vhdl code for digit serial fir filter vhdl DTMF lcd hall effect sensor voltage offset cancellation vhdl manchester DA5209/ 2N3019 200khz ultrasonic transducers
    Text: ASIC Cells Dialog Semiconductor Application Configurable System Cells Description Application Configurable System Cells ACSCs , have been developed by Dialog Semiconductor for specific market segments. The System Cells consist of primary groups of function


    Original     		PDF 2N3019 1N4148 ultrasonic movement DETECTOR CIRCUIT DIAGRAM ultrasonic transducers 48V Manchester CODING DECODING FPGA vhdl code for digit serial fir filter vhdl DTMF lcd hall effect sensor voltage offset cancellation vhdl manchester DA5209/ 2N3019 200khz ultrasonic transducers

    Payton 51665

    Abstract: No abstract text available
    Text: NCP1562-100WGEVB NCP1562 100 W 48 V DC-DC Converter Evaluation Board User's Manual http://onsemi.com EVAL BOARD USER’S MANUAL Introduction The NCP1562 PWM controller contains all the features and flexibility needed to implement an active clamp forward


    Original     		PDF NCP1562-100WGEVB NCP1562 EVBUM2148/D Payton 51665

    mmbt914

    Abstract: zener diode c18 5t optocoupler a 3131 zener diode c24 5t power transformer PAYTON 105 GD103 Payton power transformer PAYTON 125 c22 5t CRCW1206000ZJ
    Text: AND8105/D Design of a 100 W DC−DC Converter for Telecom Systems Using the NCP1560 http://onsemi.com Prepared by: Juan Carlos Pastrana ON Semiconductor APPLICATION NOTE • Dual Mode Overcurrent Protection Circuit: handles INTRODUCTION The NCP1560 PWM controller contains all the features


    Original     		PDF AND8105/D NCP1560 NCP1560 mmbt914 zener diode c18 5t optocoupler a 3131 zener diode c24 5t power transformer PAYTON 105 GD103 Payton power transformer PAYTON 125 c22 5t CRCW1206000ZJ

    PS8202T

    Abstract: TVL431
    Text: NCP1561 Push−Pull PWM Controller for 48 V Telecom Systems The NCP1561 Push−Pull PWM controller contains all the features and flexibility needed to implement high efficiency dc−dc converters using voltage or current−mode control. This device can be configured


    Original     		PDF NCP1561 NCP1561/D PS8202T TVL431

    GD103

    Abstract: 4752F 1N914 diode free max5776 power transformer PAYTON 125 mosfet 9452
    Text: NCP1560 Advance Information Full Featured Voltage Mode PWM Controller The NCP1560 PWM controller contains all of the features and flexibility needed to implement voltage–mode control for modern high performance power converters. This device cost effectively


    Original     		PDF NCP1560 r14525 NCP1560/D GD103 4752F 1N914 diode free max5776 power transformer PAYTON 125 mosfet 9452

    VJ0805A271JXB

    Abstract: UCC27324 UCC27322 VJ1206Y473K 2a mosfet driver TL431CPKR Payton TPS2829 UCC35705 PANASONIC CAPACITOR
    Text: User’s Guide 48-V to 3.3-V RCD Forward with UCC35705 Voltage-Mode Control and Self-Driven Synchronous Rectification User’s Guide SLUU141 – March 2003 EVM IMPORTANT NOTICE Texas Instruments TI provides the enclosed product(s) under the following conditions:


    Original     		PDF UCC35705 SLUU141 VJ0805A271JXB UCC27324 UCC27322 VJ1206Y473K 2a mosfet driver TL431CPKR Payton TPS2829 PANASONIC CAPACITOR

    Payton 51665

    Abstract: three-winding power transformer power transformer PAYTON 125 Payton three-winding transformer PAYTON PLANAR PUSH PULL TRANSFORMER payton transformer 51665 CRCW0805523KFKEA MBRM120ET1G
    Text: AND8273/D Design of a 100 W Active Clamp Forward DC−DC Converter for Telecom Systems Using the NCP1562 http://onsemi.com APPLICATION NOTE Prepared by: Juan Carlos Pastrana ON Semiconductor INTRODUCTION The NCP1562 PWM controller contains all the features


    Original     		PDF AND8273/D NCP1562 NCP1562 Payton 51665 three-winding power transformer power transformer PAYTON 125 Payton three-winding transformer PAYTON PLANAR PUSH PULL TRANSFORMER payton transformer 51665 CRCW0805523KFKEA MBRM120ET1G

    SLUU069A

    Abstract: Payton 9225 UCC3895 UC3875 ZVS design 2094-MM ucc3895 application note DESIGN WITH UC3875 UCC3895 power supply application SLUA107 CTX16-14847
    Text: User Guide SLUU069A - September 2000 UCC3895 Phase Shift PWM Controller EVM Kit Setup and Usage Power Supply Control Products 1 Introduction The UCC3895 evaluation board is a 48-V input dc-to-dc converter providing 3.3 V at 15 A. It also provides 1500-V isolation between the primary and secondary portions of the circuit. This user’s guide provides the test


    Original     		PDF SLUU069A UCC3895 500-V Payton 9225 UC3875 ZVS design 2094-MM ucc3895 application note DESIGN WITH UC3875 UCC3895 power supply application SLUA107 CTX16-14847

    Payton 9225

    Abstract: SLUP145 UCC3985 SLUA107 UC3875 ZVS design UCC3895-EVM SLUU109B UCC3895 UCC3985EVM-001 resonant full bridge schematic
    Text: Using the UCC3895 in a Direct Control Driven Synchronous Rectifier Applications User's Guide Literature Number: SLUU109B December 2001 – Revised February 2009 User's Guide SLUU109B – December 2001 – Revised February 2009 Using the UCC3895 in a Direct Control Driven


    Original     		PDF UCC3895 SLUU109B UCC3895EVM-001 UCC3895, Payton 9225 SLUP145 UCC3985 SLUA107 UC3875 ZVS design UCC3895-EVM SLUU109B UCC3985EVM-001 resonant full bridge schematic

    Untitled

    Abstract: No abstract text available
    Text: 19-3323; Rev 0; 6/04 MAX5058 Evaluation Kit The MAX5058 evaluation kit EV kit is a fully assembled and tested circuit board that contains a high-efficiency, 50W, isolated, synchronously rectified forward converter in the industry-standard 1/8th brick pinout. The circuit is configured for a +3.3V output voltage and provides up to 15A of output current. The circuit can be


    Original     		PDF MAX5058 MAX5051/MAX5058

    T250AC-16-4C

    Abstract: transistor c323 Payton T250AC 1N5711 SMD D304 diode 1003 smd resistor UCC25600 llc resonant dc-dc converter payton MF630V
    Text: Reference Design SLUU341B–DECEMBER 2008 – REVISED – MARCH 2009 PR883: A 300-W, Universal Input, Isolated PFC Power Supply for LCD TV Applications Power Management – Power Supply Controllers 1 INTRODUCTION This guide documents a low-profile power supply that is suitable for powering LCD TVs or other flat screen


    Original     		PDF SLUU341B PR883: 24-VDC T250AC-16-4C transistor c323 Payton T250AC 1N5711 SMD D304 diode 1003 smd resistor UCC25600 llc resonant dc-dc converter payton MF630V

    uc3895

    Abstract: full bridge pwm converter uc3895 UC3895 ZVS Payton 9225 2094-MM UC3875 ZVS design 3448G payton transformer ECU-V1H472KBG SLUU069
    Text: User Guide SLUU069 - September 2000 UCC3895 Phase Shift PWM Controller EVM Kit Setup and Usage Power Supply Control Products 1 Introduction The UCC3895 evaluation board is a 48-V input dc-to-dc converter providing 3.3 V at 15 A. It also provides 1500-V isolation between the primary and secondary portions of the circuit. This user’s


    Original     		PDF SLUU069 UCC3895 500-V UCC3895 SLUU069 uc3895 full bridge pwm converter uc3895 UC3895 ZVS Payton 9225 2094-MM UC3875 ZVS design 3448G payton transformer ECU-V1H472KBG

    Untitled

    Abstract: No abstract text available
    Text: M 93C76/86 ic r o c h ip 8K/16K 5.0V CMOS Serial EEPROM PIN CONFIGURATION FEATURES • Single 5.0V supply • Low power CMOS technology - 1 mA active current typical • ORG pin selectable memory configuration 1024 x 8 or 512 x 16 bit organization 9X 76


    OCR Scan     		PDF 93C76/86 8K/16K 93C86) DS21132A-page 0D13Sflfl

    SMJ32010FDS

    Abstract: Payton SMJ32010 marking code 4tc 34053 4544 CA SKM 121 R 8405301 SMJ32010JDS
    Text: REVISIONS LTR DATE YR-MO-OA DESCRIPTION A Add LCC package (o u tlin e le t t e r Z). 85 OCT 17 B Convert to standardized m ilita r y drawing form at. Add source of supply, CAGE code 60991. Upgrade operating temperature range, a lte r e le c tr ic a l te s t requirements. Add switching te s t


    OCR Scan     		PDF SMJ32010JDS 6405301QX DSP32010BQX SMJ32010FDS 8405301ZX DSP32010BUX S49-904 Payton SMJ32010 marking code 4tc 34053 4544 CA SKM 121 R 8405301 SMJ32010JDS

    C57401

    Abstract: C57402AJ C57401AJ S49 SMD C57401A C57402 C57402A 57401j883b 57402AJ
    Text: REVISIONS LTR DATE YR-MO-OA DESCRIPTION Make changes to table I, figure 3, figure 7, and editorial changes throughout. 1988 NOV 16 Remove vendor CAGE number 50364 as a source of supply for device types 09 through 11. Changes to table I and figure 8. Editorial changes throughout.


    OCR Scan     		PDF 9108VX C57402AJ/883B 5962-87791082X C57402AL/883B 5962-8779109EX 57L401DJ/883B 5962-8779110VX 57L402DJ/883B 5962-8779111EX 57L4013DJ/883B C57401 C57402AJ C57401AJ S49 SMD C57401A C57402 C57402A 57401j883b 57402AJ

    SNJ54AC11373JT

    Abstract: marking code jf1 input id smd marking KH 54AC373 5962-8755501SX
    Text: i 1 REVISIONS DATE YR-MO-DA DESCRIPTION LTR Add device type 02. Add vendor CAGE code 01295. Technical changes to figure 3. Add case outlines L and 3 to drawing. Technical changes to table I. Editorial changes throughout. APPROVED 1989 OCT 12 er CURRENT CAGE CODE 67268


    OCR Scan     		PDF 54AC373LMQB M38510/75403B2X 5962-8755502LX SNJ54AC11373JT 5962-87555023X SNJ54AC11373FK 1MS-549-M4 SNJ54AC11373JT marking code jf1 input id smd marking KH 54AC373 5962-8755501SX

    pls173

    Abstract: 5962-E1247 PLS161
    Text: REVISIONS LTR DATE YR-MO-QA DESCRIPTION Change in table I, Iq Z parameter. 3 and 4. Also changes to footnotes APPROVED 1989 MAY 18 Editorial changes throughout. R EV SH EET R EV S H E ET R EV STATUS O F S H E ET S R EV A SH EET 1 3 /\ 4 5 A 6 7 8 9 11 12 13


    OCR Scan     		PDF 5962-E1247 5962-8850401LX PLS161/BLX 5962-8850402LX PLS173/BLX pls173 5962-E1247 PLS161

    CDP1853D

    Abstract: No abstract text available
    Text: T h i s M a t e r i a l C o p y r i g h t e d B y Its R e s p e c t i v e M a n u f a c t u r e r 1. SCOPE 1.1 Scope. This drawing describes the requirements for monolithic silicon, CMOS, 1 of 8 decoder microcircuits. This drawing provides for a level of microcircuit quality and reliability


    OCR Scan     		PDF MIL-STD-100 5962-E195 CDP1853D/3 M38510/47401BC CDP1853D