PC74HC161D-653 PC74HC161D-653 PC74HC161D653，there are the best PC74HC161D-653 PC74HC161D-653 PC74HC161D653 suppiers all over the world here.These are the list and detailed contact method of PC74HC161D-653 PC74HC161D-653 PC74HC161D653 suppliers all over the world as follows.You can buy or get informations of PC74HC161D-653 PC74HC161D-653 PC74HC161D653 through email , message or tel.

suppliers of PC74HC161D-653 PC74HC161D-653 PC74HC161D653 and PDF data of PC74HC161D-653 PC74HC161D-653 PC74HC161D653

Part Numbert

Mfg

Packt

D/C

Descriptiont

Qty

Company/Contact

PC74HC161D-653 PC74HC161D-653 PC74HC161D653 Datasheet

The AD7475/AD7495 provide the user with an on-chip track/ hold, A/D converter, and a serial interface housed in either an 8-lead SOIC or l.tSOIC package, which offers the user considerable space-saving advantages over alternative solutions. The AD7495 also has an on-chip 2.5 V reference. The serial clock input accesses data from the part but also provides the clock source for the successive-approximation A/D converter. The analog input range is o V to REF IN for the AD7475 and o V to REF OUT for the AD7495.
PC74HC161D-653 PC74HC161D-653 PC74HC161D653 Price

Valid Combinations
Am29LV004BT-70R, Am29LV004BB-70R	EC, El, FC, Fl
Am29LV004BT-80, Am29LV004BB-80
Am29LV004BT-90, Am29LV004BB-90	EC, El, EE, FC, Fl, FE
Am29LV004BT-120, Am29LV004BB-120	EC, El, EE, FC, Fl, FE

PC74HC161D-653 PC74HC161D-653 PC74HC161D653 on stock

ABSOLUTE MAXIMUM RATINGS
SYMBOL	PARAMETER	MIN	MAX	UNITS	NOTES
Vdd	DC Supply Voltage	-0.3	7.0	v
Vin	Input Pin Voltage	-0.3	Vdd +0.3	V
lin	Input Pin Current	-10.0	10.0	mA	25C
Tstrg	Storage Temperature	-55	150	c
Tlead	Lead Temperature		300	C	10 sec

OPERATING CONDITIONS
SYMBOL	PARAMETER	MIN	MAX	UNITS	NOTES
Vdd	DC Supply Voltage	4.75	5.25	V
Idd	Static Supply		5	mA
Vss	Circuit Ground	O0	0.0	V
Ta	Ambient Temperature	o.o	70.0	c
Vih	High Level Input Voltage	2.0		v
Vil	Low Level Input Voltage		0.8	v
loh	High Level Output Current		-4.0	mA	Vcc=Min Voh=2.4
lol	Low Level Output Current		4.0	mA	Vcc=Min V01=0.4
II	Input Leakage Current	-1.0	1O	p,A	oV.<VI SVDD
I¨	High Level Input Current		10		Vl= VDD
IlL	Low Levellnput Current		-250	LtA	Vl=O

Panasonic is endeavoring to continually improve the quality and reliability of these materials but there is always the possibility that further rectifications will be required in the future. Therefore, Panasonic will not assume any liability for any damages arising from any errors etc. that may ap- pear in this material.

Suppliers Datasheet
		Exact Matc