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RQ3CK001505 Datasheet

Symbol	Parameter	Test conditions	Limits			Unit
Symbol	Parameter	Test conditions	Min	I-yp	Max	Unit
V(BR)CEO	C to E braak down voltage	I c=100 A, RBE=OO	50			V
ICBO	Collector cut cfl current	VCB=50V, 1 E=O			0.1	A
I EBO	Emitter cut off current	VEB=4V, I c=0			0.1	A
hFE *	DC forward current gain	VCE=6V, I c=lmA	120		820
hFE	DC forward current gain	VCE=6V, I c=0.1 mA	70
VCE(sat)	C to E Saturation valtaga	I c=lOOmA,I B=lOmA.			0.3	V
	Gain band width product	VCE=6V, I E=-lOmA		200		MHz
Cob	Collactor output capacitanca	VCB=6V, I E=O, f=lMHz		2,5		pF
NF	Noise tigure	VCE=6V, I E=-O.lrriA, f=1kHz,RG=2kQ			15	dB

RQ3CK001505 Price

PARAMETER		CONDITIONS	MIN	NOM	MAX	UNITS
Differential Vortage Gain		Vin=l mVpp @ 300 kHz	80	100	120	VN
Bandwidth	-1dB	12s1<5Q, Vin=l mVpo @ 300 kHz	25			MHz
Bandwidth	-3dB	12sI<5Cl, Vin=l mVpp @ 300 kHz	45			MHz
Input Noise Voltage		BW = 15 MHz, Lh = O, Rh -' 0		0.55	0.75	nV/\/Hz
Differential Input Capacitance		Vin=1mVpp,f -5MHz			60	pF
Differential Input Resistance		Vin=1mVpp,f =5MHz	220			Q
Dynamic Range		DC input voltage where gain falls t0 90% of its O VDC value, Vin = VDC +0.5 mVpp, f = 5 MHz	3		3	mV
Common Mode Rejection Ratio		Vin = 0 VDC+100 mVpp @ 5 MHz	54			dB
Power Supply Rejection Ratio		100 mVpp @ 5 MHz on VDD1 100 mVpp @ 5 MHz on VCC	54			dB
Channel Separation		Unselected channels driven with 100 mVpp @ 5 MHz, Vin = O mVpp	45			dB
Output Offset Voltage			-360		+360	mV
RDX, RDY Common Mode		Read Mode	Vcc-2.2V	Vcc-1.9V	Vcc-1.6V	VDC
Output Voltage		Write Mode		2.9		VDC
Single Ended Output Resistance		f =5MHz			30	Q
Output Current		AC Coupled Load, RDX to RDY	3.2			mA

RQ3CK001505 on stock

Channel Selection and Status Output Two active-high control pins independently turn off the two ideal diodes contained within the LTC4413, control- ling the operation mode as described by Table l.When the selected channel is reverse biased, or the LTC4413 is put into low power standby, the status signal indicates this condition with a low voltage.

RG = siI, L = 5mH,VCE = 960V

j
	Tj	1500cVGE	=12VOR15'

		--
Tj = 25'C,VGE =12V OR15V I I

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