ECG492 Search Results

ECG492 Datasheets (17)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF	PDF Size	Page count
ECG492		ECG Semiconductors	Field Effect Transistors / MOSFETs		Scan	PDF	54.15KB	1
ECG4920		ECG Semiconductors	Overvoltage Transient Suppressors		Scan	PDF	186.63KB	3
ECG4921		ECG Semiconductors	Bidirectional (AC)		Scan	PDF	84.67KB	2
ECG4922		ECG Semiconductors	Overvoltage Transient Suppressors		Scan	PDF	186.63KB	3
ECG4923		ECG Semiconductors	Bidirectional (AC)		Scan	PDF	84.67KB	2
ECG4926		ECG Semiconductors	Overvoltage Transient Suppressors		Scan	PDF	186.63KB	3
ECG4926		ECG Semiconductors	ECG Semiconductors Datasheet		Scan	PDF	58.38KB	1
ECG4926		Philips ECG	Overvoltage Transient Suppressors		Scan	PDF	140.52KB	3
ECG4927		ECG Semiconductors	Bidirectional (AC)		Scan	PDF	84.67KB	2
ECG4927		ECG Semiconductors	ECG Semiconductors Datasheet		Scan	PDF	58.38KB	1
ECG4927		Philips ECG	Overvoltage Transient Suppressors		Scan	PDF	140.52KB	3
ECG4928		ECG Semiconductors	Overvoltage Transient Suppressors		Scan	PDF	186.63KB	3
ECG4928		ECG Semiconductors	ECG Semiconductors Datasheet		Scan	PDF	58.38KB	1
ECG4928		Philips ECG	Overvoltage Transient Suppressors		Scan	PDF	140.52KB	3

ECG4929		ECG Semiconductors	Bidirectional (AC)		Scan	PDF	84.67KB	2
ECG4929		ECG Semiconductors	ECG Semiconductors Datasheet		Scan	PDF	58.38KB	1
ECG4929		Philips ECG	Overvoltage Transient Suppressors		Scan	PDF	140.52KB	3

ECG492 Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
ECG1V020 Abstract: ECG4990 ECG2V025 ECG4970 ECG4934 varistor S14 300 ECG4848 ECG4938 ECG4920 ECG1V014 Contextual Info: 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	00CH23fl ECG1V010 S11-1 ECG2V010 S11-2 ECG1V014 ECG2V014 ECG1V015 ECG1V020 ECG4990 ECG2V025 ECG4970 ECG4934 varistor S14 300 ECG4848 ECG4938 ECG4920	PDF
ECG465 Abstract: ECG491 ECG466 uei 310 ECG490 ecg mosfet ECG464 ECG492 mosfet 830 transconductance mosfet Contextual Info: 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	ecg464 ECG465) to-72 ecg465 ECG464) ecg466 ECG490 ECG491 ECG492 ECG465 uei 310 ECG490 ecg mosfet ECG464 mosfet 830 transconductance mosfet	PDF
ECG4905 Abstract: ECG4921 ECG4941 ECG4919 ECG4927 ECG4967 ECG4989 ECG4953 ECG4991 ECG4901 Contextual Info: 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	ECG4901 ECG4903 ECG15V60 ECG15V250 ECG15V440 ECG4905 ECG4921 ECG4941 ECG4919 ECG4927 ECG4967 ECG4989 ECG4953 ECG4991 ECG4901	PDF
Contextual Info: 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 Contextual Info: 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	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	PDF
ECG2300 Abstract: ECG2312 ECG481 ECG2308 # Frequency at which common emitter current gain is 70.0 of low frequency gain ECG2303 ECG2311 ECG486 ECG478 ECG479 Contextual Info: 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	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	PDF