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PC40HETD44-G1.5 Datasheet

The CDS-1402 is an application-specific, correlated double sampling (CDS) circuit designed for electronic-imaging applications that employ CCD's (charge coupled devices) as their photodetector. The CDS-1402 has been optimized for use in digital video applications that employ 10 t0 14-bit ND converters. The low-noise CDS-1402 can accurately determine each pixel's true video signal level by sequentially sampling the pixel's offset signal and its video signal and subtracting the two. The result is that the consequences of residual charge, charge injection and low-frequency "kTC" noise on the CCD's output floating capacitor are effectively eliminated. The CDS-1402 can also be used as a dual
PC40HETD44-G1.5 Price

The driver capability on the high and low side drivers allows using different types of power MOS (also multiple MOS to reduce the RDSON), maintaining fast switching transition. The low-side mos driver is supplied directly by Vcc while the high-side driver is supplied by the BOOT pin.
PC40HETD44-G1.5 on stock

PARAMETER	TEST CONDITlONSt		SN54LS75 SN54LS77	SN74LS75	UNIT
PARAMETER	TEST CONDITlONSt		MIN TYPt MAX	MIN TYPt MAX	UNIT
VIH High-level inpu t voltage			2	2	V
Vt L Low-Ievel input voltage			0.7	0.8	V
VIK Input clamp voltage	vcc = MIN, Il = -18 mA		-1.5	-1.5	V
VOH High-Ievel output voltage	vcc = MIN, VIH = 2 V, VIL = VIL max, IOH = -400 ArA		2.5 3.5	2.7 3.5	V
	vcc = MIN, VIH = 2 V,	lOL=4mA	0.25 0.4	0.25 0.4	V
VOL Low-level output voltage	VIL = VIL max	IOL -8 mA		0.35 0.5	V
Input current at		D input	O1	O.l
II . maximum input vollage	vcc = MAX, VI = 7 V	Cinput	O4	0.4	mA
		D input	20	20
IIH High-Ievef input current	vcc = MAX, VI = 2.7 V	Cinput	80	80	VA
		D input	-0.4	-0.4	mA
IIL Low-Ievel input current	vcc = MAX, VI = 0.4 V	Cinput	Pl.6	-1.6	mA
IOS Short-circuit output current ~	vcc= MAX		-20 -100	-20 -100	mA
IOS Short-circuit output current ~		'LS75	6.3 12	6.3 12	mA
ICC Suppl,t current	vcc = MAX, See Note 2	'LS77	6.9 13		mA

T	f = 25'C
T
			IC= 600A

			- IC=3(		)OA

		-	j

				=1	10A
				=1	10A

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