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ST95P08M6TR Datasheet

'1 Recommended Circuit Description 1) Transmitter(IRED) drive current : IFP = 300mAp_p ~ 600mAP-P 2) R-C Decoupling Filter with Lower Cut-off Frequency : R=100Q , C=47uF j fc = 1/2 7T RC = 33.9Hz 3) External pull-up resistor(optional) : 10kQ over
ST95P08M6TR Price

Alpha blending is required when overlaying text and graphics (such as closed captioning, teletext, EPG, OSD, etc.) over video to avoid artifacts (such as flicker) when displayed on a television. Such artifacts are caused by the limited-band- width video connection between the set-top box and television. It is typically implemented using anti-aliased fonts and graphics.
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Type	Marking	Ordering Code	Pin Configuration					Package
BCP 51M BCP 52M BCP 53M	AAs AEs AHs	Q62702-C2592 Q62702-C2593 Q62702-C2594	1=B	2=C	3=E	4 n.c.	5=C	SCT-595

				LIMITS
SYMBOL	PARAMETER	TEST CONDITIONS		Temp = 40IC to +85YC			UNIT
SYMBOL	PARAMETER	TEST CONDITIONS		MIN	TYPi	MAX	UNIT
VIK	Input clamp voltage	Vcc = 2.3V; IIK = -18mA			-0.85	-1.2	V
		Vcc = 2.3 t0 2.7V; IOH = -100ccA		Vcc-0.2	Vcc		V
VOH	High-Ievel output voltage	Vcc = 2.3V; IOH = -8mA		1.7	2.1		V
		Vcc = 2.3V; IOL = 100ccA			0 07	0 2	V
VOL	Low-Ievel output voltage	Vcc = 2.3V; IOL = 24mA			O3	0 5	V
		Vcc = 2.7V; Vi = Vcc or GND	Control pins		O1	+1
		Vcc = 0 0r 2.7V; Vi = 5.5V	Control pins		O1	10
ll	Input leakage current	Vcc = 2.7V; Vi = 5.5V			0.1	10	o:A
		Vcc = 2.7V; Vi = Vcc	Data pins4		O1	1
		Vcc = 2.7V; Vi = 0	Data pins4		0.1	5
IOFF	Off current	Vcc = OV; Vi or VO = O t0 4.5V			O1	100	o:A
IHOLDb	Bus Hold current	Vcc = 2.5V; Vi = 0.8V			105		o:A
IHOLDb	Ainputs	Vcc = 2.5V; Vi = 2.OV			10		o:A
IEX	Current into an output in the High state when Vo > Vcc	VO = 5.5V; VCC = 2.3V			10	125	o:A
IPU/PD	Power up/down 3-State output current3	Vcc " 1.2V; Vo = 0.5V to Vcc; Vi = GND or Vcc OE/OE = Don't care			1	100	o:A
IOZH	3-State output High current	Vcc = 2.7V; Vo = 2.3V; Vi = VIL or VIH			O5	5	ccA
IOZL	3-State output Low current	Vcc = 2.7V; Vo = 0.5V; Vi = VIL or VIH			O5	-5	o:A
ICCH		Vcc = 2.7V; Outputs High, Vi = GND or Vcc,10 = 0			0 04	0 1
ICCL	Quiescent supply current	Vcc = 2.7V; Outputs Low, Vi = GND or Vcc, 10 = 0			5.0	6 5	mA
lccZ	Quiescent supply current	Vcc = 2.7V; Outputs Disabled; Vi = GND or Vcc, lo = 05			0 04	0 1	mA
cilcc	Additional supply current per iriput pin2	Vcc = 2.3V t0 2.7V; One input at Vcc-0.6V, Other inputs at Vcc or GND			0 04	0 4	mA

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