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ROP101140-C(PCA887ACW) Datasheet

CHARACTERISTIC			SYMBOL	TEST CONDITION		MIN	TYP	MAX	UNIT
Repetitive Peak Off-State Current			IDRM	VDRM=Rated				20	A
					T2(+)GATE(+)			1.5	V
				VD =12V	T2(+), GATE ( -)			1.5
Gate Trigger Voltage			VGT	RL = 20fl	T2( -)GATE			1.5
Gate Trigger Voltage			VGT	RL = 20fl	T2( -), GATE (+)
					T2(+)GATE(+)			30
	(U)SM6G48				T2(+), GATE ( -)			30
	(U)SM6J48			VD =12V	T2( -)GATE			30
Gate Trigger	(U)SM6J48				T2( -), GATE (+)				mA
Current			IGT		T2(+)GATE(+)			20
	(U)SM6G48A			RL = 20fl	T2(+), GATE ( -)			20
	(U)SM6J48A				T2( -)GATE			20
	(U)SM6J48A				T2( -), GATE (+)
Peak On-State Voltage			VTM	ITM= 9A				1.5	V
Gate Non-Trigger Voltage			VGD	VD = Rated, Tc =1250C		O2			V
Holding Current			IH	VD =12V, ITM = 1A				50	mA
Thermal Resistance			Rth (j-c)	Junction to Case, AC				3.2	oC /W
Critical Rate of Rise of Off-State		(U)SM6G48 (U)SM6J48	dv/dt	VDRM = Rated, Tj =1250C			300		Vl /is
Voltage		(U)SM6G48A (U)SM6J48A	dv/dt	Exponential Rise			200		Vl /is
Critical Rate of Rise of Off-State		(U)SM6G48 (U)SM6J48		VDRM = 400V, Tj =1250C		10			Vl /is
Voltage at Commutation		(U)SM6G48A (U)SM6J48A	(dv /dt)c	(di/dt) c= -3.3A/ms		4			Vl /is

ROP101140-C(PCA887ACW) Price

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ROP101140-C(PCA887ACW) on stock

		Test Conditions		Value
Symbol	Parameter	Vcc		TA = 25 0C 54HC and 74HC			-40 t0 85 0C 74HC		-55 t0 125 0C 54HC		Unit
Symbol	Parameter	(V)		Min	Typ.	Max	Min	Max	Min	Max	Unit
tTLH	Output Transition	2.0			25	75		95		110
tTHL	Time	4.5			7	15		19		22	ns
tTHL	Time	6.0			6	13		16		19	ns
tPLH	Propagation	2.0			48	125		155		190
tPHL	Delay Time	4.5			16	25		31		38	ns
tPHL	(CLOCK - Q)	6.0			14	21		26		32	ns
tPLH	Propagation	2O			57	150		190		225
tPHL	Delay Time	4.5	COUNT MODE		19	30		38		45	ns
tPHL	(CLOCK-CARRY)	6.0	COUNT MODE		16	26		32		38	ns
tPLH	Propagation	2O			66	175		220		265
	Delay Time	4.5	PRESET MODE		22	35		44		53	ns
	(CLOCK-CARRY)	6.0	PRESET MODE		19	30		37		45	ns
tPHL	Propagation	2O			72	200		250		300
	Delay Time	4.5	PRESET MODE		24	40		50		60	ns
	(CLOCK-CARRY)	6.0	PRESET MODE		20	34		43		51	ns
tPLH	Propagation	2.0			39	100		125		150
tPHL	Delay Time	4.5			13	20		25		30	ns
tPHL	(ENT-CARRY)	6.0			11	17		21		26	ns
tPLH	Propagation	2O	for		60	150		190		225
	Delay Time	4.5	HC160/161		20	30		38		45	ns
	(CLEAR - Q)	6.0	only		17	26		32		38	ns
tPHL	Propagation	2O	for		72	200		250		300
	Delay Time	4.5	HC160/161		24	40		50		60	ns
	(CLEAR-CARRY)	6.0	only		20	34		43		51	ns
fMAX	Maximum Clock	2.0		62	18		5		4.2
	Frequency	4.5		31	53		25		21		MHz
	Frequency	6.0		37	62		30		25		MHz
tW(H)	Minimum Pulse	2.0			18	75		95		110
tW(L)	Width	4.5			6	15		19		22	ns
tW(L)	(CLOCK)	6.0			6	13		16		19	ns
tW(L)	Minimum Pulse	2O	for		24	75		95		110
	Width	4.5	HC160/161		7	15		19		22	ns
	(CLEAR)	6.0	only		6	13		16		19	ns
ts	Minimum Set-up	2.0			40	100		125		150
	Time	4.5			10	20		25		30	ns
	(LOAD, PE, TE)	6.0			8	17		21		26	ns
ts	Minimum Set-up	2.0			20	75		95		110
	Time	4.5			5	15		19		22	ns
	Time	6.0			3	13		16		19	ns
ts	Minimum Set-up	2O	for		20	75		95		110
	Time	4.5	HC162/163		5	15		19		22	ns
	(CLEAR)	6.0	only		3	13		16		19	ns

QUALITY AND RELIABILITY Celeritek's MIL-I-45208 inspection system and MIL- Q-9858A quality assurance program establishes and maintains product standards and workmanship practices. Screening for all Celeritek's standard amplifiers is based on MIL-STD-883. These amplifiers are designed and constructed to meet the testing required of MIL-E-5400 and MIL-E-64()0 specifications.

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