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    100KHZ TRANSFORMER Search Results

    100KHZ TRANSFORMER Result Highlights (4)

    Part ECAD Model Manufacturer Description Download Buy
    TUSS4440TRTJT
    		Texas Instruments Transformer drive ultrasonic sensor IC with logarithmic amplifier Visit Texas Instruments Buy
    PUCC12051DVEQ1
    		Texas Instruments Automotive, 500-mW, 5-kVrms isolated DC/DC module with integrated transformer Visit Texas Instruments Buy
    UCC25800AQDGNQ1
    		Texas Instruments Ultra-low EMI transformer driver for isolated bias supplies 8-HVSSOP -40 to 125 Visit Texas Instruments
    ISO3086TDWR
    		Texas Instruments Isolated 485 Transceiver with integrated transformer driver 16-SOIC -40 to 85 Visit Texas Instruments Buy

    100KHZ TRANSFORMER Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio: 1:2CT±2% @100KHz,50mV Inductance: Pri 35uH Min @100KHz,50mV Inductance: at -40ºC 20uH Min @100KHz,50mV Leakage Inductance: 0.12uH Max @100KHz,50mV Interwinding Capacitance: 10pF Max @100KHz,50mV Primary Pins: 2-6


    Original     		100KHz TMT40001CS 1500Vrms TMD00139 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Inductance: 100uH Min @100KHz,50mV@25°C Inductance: 40uH Min @100KHz,50mV@-40°C PRI:SEC Turns Ratio: 1:1±2% @100KHz,50mV Bandwith75 OhmsSystem: 0.200~340MHz TYP Leakage lnductance:0.110uH Max @100KHz,0.5mV Interwinding Capacitance: 10pF Max @100KHz,50mV


    OCR Scan     		100uH 100KHz Bandwith75 340MHz 110uH 1500Vrms PDF

    0540X

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio pri:sec±5% : TX=1:2.42 @100kHz,50mV RX=1:2.42 @100kHz,50mV Inductance: 0.6mH & 0.6mH Min @100kHz,50mV Interwinding Capacitance: 35pF & 35pF Max @100kHz,50mV Leakage Inductance: 0.60uH & 0.60uH Max @100kHz,50mV mu Transtek M agnetics


    OCR Scan     		100kHz 1500Vrms 0540X TMT50212CS TMD00486 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Inductance: 40uH Min @100KHz,50mV@25°C Inductance: 19uH Min @100KHz,50mV@-40°C PRI:SEC Turns Ratio: 1CT:1CT±2% @100KHz,50mV Bandwith75 OhmsSystem: 0.200~340MHz TYP Leakage lnductance:0.10uH Max @100KHz,0.5mV Interwinding Capacitance: 10pF Max @100KHz,50mV


    OCR Scan     		100KHz Bandwith75 340MHz 1500Vrms TMT40018CS PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio: 1:1±2% @100KHz,50mV Inductance: Pri 40uH Min @100KHz,50mV Inductance: at -40ºC 30uH Min @100KHz,50mV Leakage Inductance: 0.12uH Max @100KHz,50mV Interwinding Capacitance: 13pF Max @100KHz,50mV Primary Pins: 2-6


    Original     		100KHz TMT4003CT 1500Vrms TMT40003CT TMD00141 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio: 1:1±2% @100KHz,50mV Inductance: Pri 45uH Min @100KHz,50mV Inductance: at -40ºC 30uH Min @100KHz,50mV Leakage Inductance: 0.12uH Max @100KHz,50mV Interwinding Capacitance: 13pF Max @100KHz,50mV Primary Pins: 2-6


    Original     		100KHz TMT40002CS 1500Vrms TMD00140 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Tx Inductance: 100uH Min @100KHz.50mV @25°C Rx Inductance: 100uH Min @100KHz.50mV @25°C Tx Inductance: 40uH Min @100KHz.50mV @-40°C Rx Inductance: 40uH Min @100KHz.50mV @-40°C Tx Turns Ratio : 1:2CT±2%@100KHz,50mV Rx Turns Ratio : 1:1 ±2% @100KHz,50mV


    OCR Scan     		100uH 100KHz 10pF/10pF PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio: 1:2CT±2% @100KHz,50mV Inductance: Pri 35uH Min @100KHz,50mV Inductance: at -40ºC 20uH Min @100KHz,50mV Leakage Inductance: 0.12uH Max @100KHz,50mV Interwinding Capacitance: 10pF Max @100KHz,50mV Primary Pins: 2-6


    Original     		100KHz TMT4004CT 1500Vrms TMT40004CT TMD00142 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Inductance: 100uH Min @100KHz,50mV @25°C Inductance: 40uH Min @100KHz,50mV @-40°C PRI:SEC Turns Ratio: 1:1 ±2%@100KHz,50mV Bandwith75 OhmsSystem: 0.200~340MHz TYP Leakage lnductance:0.110uH Max @100KHz,0.5mV Interwinding Capacitance: 10pF Max @100KHz,50mV


    OCR Scan     		100uH 100KHz Bandwith75 340MHz 110uH 1500Vrms PDF

    ISOLATION TRANSFORMER

    Abstract: 220 110 transformer
    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=200µH MIN @100KHz,20mV Leakage Inductance: L.K=0.25µH MAX @100KHz,20mV DCR=0.3 Ohms MAX @ 25°C Turns Ratio: Transmit 1CT:1CT ±5% @100KHz,20mV Receive 1CT:1CT ±5% @100KHz,20mV Interwinding Capacitance C=15pF MAX @100KHz,20mV


    Original     		100KHz TML20055CT 10BASE-T TMD00379 ISOLATION TRANSFORMER 220 110 transformer PDF

    Contextual Info: mil ELECTRICAL CHARACTERISTICS: Inductance: 22mH Min @100KHz,50mV Leakage Inductance: 5uH Max @100KHz,50mV Turns Ratio Pri:Sec : 1:1 @100KHz,50mV DC Resistance(Pri/Sec): 1.5 Ohms /1.5 Ohms Max @25°C Cww : 40pF Max @100KHz,50mV CD: 25pF Max @100KHz,50mV Transtek M agnetics


    OCR Scan     		100KHz 1500Vrms TMT30052CS TMD00246 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Inductance: 40uH Min @100KHz,50mV@25°C Inductance: 19uH Min @100KHz,50mV@-40°C PRI:SEC Turns Ratio: 1:2CT±2% @100KHz,50mV Bandwith75 Ohms System: 0.25~500MHz TYP Leakage lnductance:0.110uH Max@100KHz,0.5mV Interwinding Capacitance: 12pF Max @100KHz,50mV


    OCR Scan     		100KHz Bandwith75 500MHz 110uH 1500Vrms TMT40015CS PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio:Transmit/Receive PRI:SEC1:2.42±2% @100kHz,50mV. Inductance: Transmit/Recive 1.2/1.2mH Min @100kHz,50mV. Leakage Inductance: Transmit/Recive 0.5/0.5uH Max @100kHz,50mV. Interwinding Capacitance:25/25pF Max @100kHz,50mV


    Original     		100kHz 25/25pF 19-20Recieive 1500Vrms TMT50163CS TMD00232 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=200µH MIN @100KHz,20mV Leakage Inductance: L.K=0.5µH MAX @100KHz,20mV DCR=0.4 Ohms MAX @25°C Turns Ratio: Transmit 1CT:2.5CT±5% @100KHz,20mV Receive 1CT:1CT±5% @100KHz,20mV Interwinding Capacitance C=15pF MAX @100KHz,20mV


    Original     		100KHz 10BASE-T TML20041CS TMD00365 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=140µH MIN @100KHz,20mV Leakage Inductance: L.K=1µH MAX @100KHz,20mV DCR=0.3 Ohms MAX @ 25°C Turns Ratio: Transmit 2CT:1CT ±5% @100KHz,20mV Receive 1CT:1CT ±5% @100KHz,20mV Interwinding Capacitance C=12pF MAX @100KHz,20mV


    Original     		100KHz TML20045CS 10BASE-T TMD00369 PDF

    Contextual Info: mil ELECTRICAL CHARACTERISTICS: Inductance: 22mH Min @100KHz,50mV Leakage Inductance: 5uH Max @100KHz,50mV Turns Ratio Pri:Sec : 1:2 @100KHz,50mV DC Resistance(Pri/Sec): 1.5 0hms/3.0 Ohms Max @25°C Cww : 40pF Max @100KHz,50mV CD: 25pF Max @100KHz,50mV Transtek M agnetics


    OCR Scan     		100KHz 1500Vrms TMT30053CS TMD00247 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Turns Ratio: rev 1:1±2% @100KHz,50mV Turns Ratio: xmit 1CT:1CT @100KHz,50mV Inductance: 180uH Min @100KHz,50mV Interwinding Capacitance: lOpF Max @100KHz,50mV Leakage Inductance: 0.30uH Max @100KHz,50mV Return Loss: 5 to 10MHz -20/-15dB Min 100Q/98±13Q


    OCR Scan     		100KHz 180uH 10MHz -20/-15dB 100Q/98Â -40dB PDF

    TM-2003

    Abstract: isolation transformer
    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=140pH MIN @100KHz,20mV Leakage Inductance: L.K=0.2]iH MAX @100KHz,20mV DCR=0.3 Ohms MAX @25°C Turns Ratio: Transmit 1 QTT 2CT±5%@100KHz,20mV Receive 1CT: 1CT±5% @100KHz,20mV Interwinding Capacitance C=12pF MAX @100KHz,20mV


    OCR Scan     		140pH 100KHz 10BASE-T TML200S9CS TM20039CS TM-2003 isolation transformer PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=200µH MIN @100KHz,20mV Leakage Inductance: L.K=0.3µH MAX @100KHz,20mV DCR=0.3 Ohms MAX @25°C Turns Ratio: Transmit 1CT:1CT±5% @100KHz,20mV Receive 1CT:1CT±5% @100KHz,20mV Interwinding Capacitance C=12pF MAX @100KHz,20mV


    Original     		100KHz TML20037CS 10BASE-T TMD00361 PDF

    10BA

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=200µH MIN @100KHz,20mV Leakage Inductance: L.K=0.2µH MAX @100KHz,20mV DCR=0.3 Ohms MAX @25°C Turns Ratio: Transmit 1CT:1CT±5% @100KHz,20mV Receive 1CT:1CT±5% @100KHz,20mV Interwinding Capacitance C=10pF MAX @100KHz,20mV


    Original     		100KHz TML20036CS 10BASE-T TMD00360 10BA PDF

    C15PF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=110µH MIN @100KHz,20mV Leakage Inductance: L.K=0.4µH MAX @100KHz,20mV DCR=1.0 Ohms MAX @25°C Turns Ratio: Transmit 1CT: 2CT±5% @100KHz,20mV Receive 1CT: 1CT±5% @100KHz,20mV Interwinding Capacitance C=15pF MAX @100KHz,20mV


    Original     		100KHz TML20038CS 10BASE-T TMD00362 C15PF PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=350µH MIN @100KHz,20mV Leakage Inductance: L.K=0.8µH MAX @100KHz,20mV DCR=0.6 Ohms MAX @ 25°C Turns Ratio: Transmit 1CT:2.5CT ±5% @100KHz,20mV Receive 1CT:1CT ±5% @100KHz,20mV Interwinding Capacitance C=30pF MAX @100KHz,20mV


    Original     		100KHz TML20042CS 10BASE-T TMD00366 PDF

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=200µH MIN @100KHz,20mV Leakage Inductance: L.K=0.5µH MAX @100KHz,20mV DCR=0.6 Ohms MAX @ 25°C Turns Ratio: Transmit 1CT: 2CT ±5% @100KHz,20mV Receive 1CT: 1CT ±5% @100KHz,20mV Interwinding Capacitance C=12pF MAX@100KHz,20mV


    Original     		100KHz TML20043CS 10BASE-T TMD00367 PDF

    Magnetics

    Contextual Info: ELECTRICAL CHARACTERISTICS: Sine Wave Inductance: L=200µH MIN @100KHz,20mV Leakage Inductance: L.K=0.5µH MAX @100KHz,20mV DCR=0.4 Ohms MAX @ 25°C Turns Ratio: Transmit 1CT: 2CT ±5% @100KHz,20mV Receive 1CT: 1CT ±5% @100KHz,20mV Interwinding Capacitance C=15pF MAX @100KHz,20mV


    Original     		100KHz TML20040CS 10BASE-T TMD00364 Magnetics PDF