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RS3-311 Datasheet

Supply voltage range, VCC . .. . . . Input clamp current, IIK (VI < 0 0r VI > VCC) (see Note l) . . Output clamp current, lOK (VO < 0 0r VO > VCC) (see Note l) Continuous output current, 10 (VO = 0 to VCC) . ... Continuous current through VCC or GND . . Package thermal impedance, OJA (see Note 2): D package . PW package Storage temperature range, Tstg .
RS3-311 Price

		MIN MAX	UNIT
	Operating	1.65 3.6	V
Vcc Supply voltage	Data retention only	1.5	V
	Vcc= 1.65 V	1.32	V
	Vcc= 2.3 V	1.84
VIH High-Ievel input voltage	Vcc= 2.7 V	2 .16
	Vcc=3 V	2.4
	Vcc= 3.6 V	2.88
	Vcc= 1.65 V	0.4	V
VIL Low-Ievel input voltage	Vcc= 2.3 V	0.5
VIL Low-Ievel input voltage	Vcc = 2.7 V t0 3.6 V	0 65
Vi Input voltage		0 5.5	V
VO Output voltage		O Vcc	V
	Vcc= 1.65 V	-4
	Vcc= 2.3 V	-8
IOH High-Ievel output current	Vcc= 2.7 V	-12	mA
IOH High-Ievel output current	Vcc=3 V	-24	mA
	Vcc= 1.65 V	4
	Vcc= 2.3 V	8
IOL Low-Ievel output current	Vcc= 2.7 V	12	mA
IOL Low-Ievel output current	Vcc=3 V	24	mA
TA Operating free-air temperature		-40 85	YC

RS3-311 on stock

	VCCA
VCCB	ov	1.8 V	2.5 V	3.3 V	5V	UNIT
OV
1.8 V
2.5 V						LLA
3.3 V
5v

The primary difference between Port A and the Port B is in the operation of the output buffers which drive these pins. The Port B output buffers are push-pull devices which are capable of sourcing 3 ma at l.5V. This allows these pins to directFy drive transistor switches. To assure that the microprocessor willd proper data on a "Read Port B" opefation, logic Fn the R6532 allows the microprocessor to read the Output Register instead of reading the peripheral pin as on Port A.

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