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    ECG492 Search Results

    ECG492 Datasheets (17)

    Part ECAD Model Manufacturer Description Curated Type PDF
    ECG492 ECG Semiconductors Field Effect Transistors / MOSFETs Scan PDF
    ECG4920 ECG Semiconductors Overvoltage Transient Suppressors Scan PDF
    ECG4921 ECG Semiconductors Bidirectional (AC) Scan PDF
    ECG4922 ECG Semiconductors Overvoltage Transient Suppressors Scan PDF
    ECG4923 ECG Semiconductors Bidirectional (AC) Scan PDF
    ECG4926 ECG Semiconductors Overvoltage Transient Suppressors Scan PDF
    ECG4926 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
    ECG4926 Philips ECG Overvoltage Transient Suppressors Scan PDF
    ECG4927 ECG Semiconductors Bidirectional (AC) Scan PDF
    ECG4927 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
    ECG4927 Philips ECG Overvoltage Transient Suppressors Scan PDF
    ECG4928 ECG Semiconductors Overvoltage Transient Suppressors Scan PDF
    ECG4928 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
    ECG4928 Philips ECG Overvoltage Transient Suppressors Scan PDF
    ECG4929 ECG Semiconductors Bidirectional (AC) Scan PDF
    ECG4929 ECG Semiconductors ECG Semiconductors Datasheet Scan PDF
    ECG4929 Philips ECG Overvoltage Transient Suppressors Scan PDF

    ECG492 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    ECG1V020

    Abstract: ECG4990 ECG2V025 ECG4970 ECG4934 varistor S14 300 ECG4848 ECG4938 ECG4920 ECG1V014
    Text: O vervoltage T ransient S u p p re sso rs M etal O xide V a risto rs MOV M axim um V o lta g e ECG T ype E C G 1V 01 0 E C G 2V 01 0 E C G 1V 01 4 E C G 2V 01 4 E C G 1V 01 5 E C G 2V 01 5 E C G 1V 01 7 E C G 2V 01 7 E C G 1V 02 0 E C G 2V 02 0 E C G 1V 025


    OCR Scan     		PDF 00CH23fl ECG1V010 S11-1 ECG2V010 S11-2 ECG1V014 ECG2V014 ECG1V015 ECG1V020 ECG4990 ECG2V025 ECG4970 ECG4934 varistor S14 300 ECG4848 ECG4938 ECG4920

    ECG465

    Abstract: ECG491 ECG466 uei 310 ECG490 ecg mosfet ECG464 ECG492 mosfet 830 transconductance mosfet
    Text: Field Effect Transistors cont'd (Observe ECG Type Transcon­ ductance gfs pmhos Description and Application Gate to Source Cutoff Voltage V GS (off) Max V Zero-Gate Drain Current Drain Current •d s s •d 10 nA |Max ECG464 ▲ m Gate to Drain to Source


    OCR Scan     		PDF ecg464 ECG465) to-72 ecg465 ECG464) ecg466 ECG490 ECG491 ECG492 ECG465 uei 310 ECG490 ecg mosfet ECG464 mosfet 830 transconductance mosfet

    ECG4905

    Abstract: ECG4921 ECG4941 ECG4919 ECG4927 ECG4967 ECG4989 ECG4953 ECG4991 ECG4901
    Text: B id ire ctio n a l AC A< 1500 W atts Breakdow n Voltage E C G Type ECG4901 EC G 4903 D escription Designed for Bidirectional Protection of Data Trans­ m ission , Digital Controls, Com puter System s, Etc. A b s. Max. RMS VAC (Volts) VBR Peak V olts 3.50


    OCR Scan     		PDF ECG4901 ECG4903 ECG15V60 ECG15V250 ECG15V440 ECG4905 ECG4921 ECG4941 ECG4919 ECG4927 ECG4967 ECG4989 ECG4953 ECG4991 ECG4901

    Untitled

    Abstract: No abstract text available
    Text: Bidirectional AC A< 1500 Watts Breakdow n Voltage EC G Type ECG 4901 EC G 4903 D escription Designed fo r Bidirectional Protection of Data Trans­ m ission , Digital Controls, Com puter System s, Etc. A b s. Max. RM S VAC (Volts) VBR Peak V olts 3.50 4.00


    OCR Scan     		PDF

    varistor S14

    Abstract: ECG1V020 ECg2V250 ECG4934 ECG4902 varistor s14 385 Philips ECG ECG4950 diode s11 ECG2V030
    Text: PHI L IP S E C G INC S4E » • b b S B ^f l 0 Q Q 7 2 2 7 'IOS m Z Q G Overvoltage Transient Suppressors Metal Oxide Varistors M O V t Maximum Voltage RM S ECG Type ECG 1V010 vacm (Volts) 10 DC VDCM (Volts) Clamping VCL (Volts) 42 14 Nominal Varistor Voltage


    OCR Scan     		PDF 0Q072E? ECG1V010 ECG2V010 S11-2 ECG1V014 S11-1 ECG2V014 ECG1V015 varistor S14 ECG1V020 ECg2V250 ECG4934 ECG4902 varistor s14 385 Philips ECG ECG4950 diode s11 ECG2V030

    ECG2300

    Abstract: ECG2312 ECG481 ECG2308 # Frequency at which common emitter current gain is 70.0 of low frequency gain ECG2303 ECG2311 ECG486 ECG478 ECG479
    Text: Transistors cont'd E C G Type ECG478 Description and Application (Maximum Ratings at Tc = 25°C Unless Otherwise Noted) Collector To Base Volts Collector To Emitter Volts Base to Emitter Volts B Vceo bvceo bvebo Max. Device Diss. P q W atts Max. Collector


    OCR Scan     		PDF ECG478 RF-50F6 ECG479 ECG480 ECG481 RF-38F6B ECG482 RF-23F6E ECG483 ECG2300 ECG2312 ECG2308 # Frequency at which common emitter current gain is 70.0 of low frequency gain ECG2303 ECG2311 ECG486