SIE503.3LT，there are the best SIE503.3LT suppiers all over the world here.These are the list and detailed contact method of SIE503.3LT suppliers all over the world as follows.You can buy or get informations of SIE503.3LT through email , message or tel.

suppliers of SIE503.3LT and PDF data of SIE503.3LT

Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
SIE503.3LT	MORION		07+		14	HK KK International Co., Ltd Contact:yang Tel:86-755-29055076 Fax: Email: sales1@kkpart.com
SIE503.3LT	POWER-ONE		2007	original in stock	18	EAST WIN TECHNOLOGY(HK)ELECTRO.. Contact:Philip chen Tel:852-27592923/0755-83226762/88820516 Fax:852-27592926/0755-82518619 Email: philip.chen@eastwinelec.com
SIE503.3LT	POWER-ONE	PCB安装DC-DC	0747	原装特价四天货期	7800	Shen Zhen JinShengDa Electroni.. Contact:Ruixinmslong Tel:86-755-61333812 Fax:0755-61333820 Email: lulu.889@163.com
SIE503.3LT	POWER-ONE		07+		18	HK CHISHING ELECTRONICS CO., Contact:maggielee Tel:86-755-61303995 Fax:86-755-61306028 Email: maggielee@zcicgs.com.cn
SIE503.3LT	POWER-ONE		747	Original specialTwo-	18	Shen Zhen JinShengDa Electroni.. Contact:ms Tel:86-755-61333812/813/814/815 Fax:86-755-61333820 Email: lulu.889@163.com

SIE503.3LT Datasheet

The K6F3216T6M families are fabricated by SAMSUNG's advanced full CMOS process technology. The families support industrial operating temperature ranges and have chip scale package for user flexibility of system design. The families also support low data retention voltage for battery back-up operation with low data retention current.
SIE503.3LT Price

	__	-
IIIIII _ AV = +1VN
RL =100 - RF = 430
_ VIN = 20mVp-p
			1

SIE503.3LT on stock

		-45		-50		-60
Parameter	Symbol	Min	Max	Min	Max	Min	Max	Units	Note
Random read or write cycle time	tRC	74		84		1 04		ns
Read-modify-write cycle time	tRWC	101		113		1 38		ns
Access time from RAS	tRAC		45		50		60	ns	3,4,10
Access time from CAS	tCAC		1 2		13		15	ns	3,4,5
Access time from column address	tAA		23		25		30	ns	3,10
CAS to output in Low-Z	tcLz	3		3		3		ns	3
Output buffer turn-off delay from CAS	tc EZ	3	1 3	3	13	3	13	ns	6,13
OE to output in Low-Z	tOLZ	3		3		3		ns	3
Transition time (rise and fall)		1	50	1	50	1	50	ns	2
RAS precharge time	tR P	25		30		40		ns
RAS pulse width	tRAS	45	10K	50	10K	60	10K	ns
RAS hold time	tRSH	8		8		1 0		ns
CAS hold time	tCSH	35		38		40		ns
CAS pulse width	tCAS	7	5K	8	10K	1 0	10K	ns	1 4
RAS to CAS delay time	tRCD	11	33	11	37	14	45	ns	4
RAS to column address delay time	tRAD	9	22	9	25	1 2	30	ns	1 0
CAS to RAS precharge time	tCRP	5		5		5		ns
Row address set-up time	tASR	O		O		0		ns
Row address hold time	tRAH	7		7		1 0		ns
Column address set-up time	tASC	0		0		O		ns
Column address hold time	tCAH	7		7		1 0		ns
Column address to RAS lead time	tRAL	23		25		30		ns
Read command set-up time	tR CS	0		0		0		ns
Read command hold time referenced to CAS	tRCH	0		0		0		ns	8
Read command hold time referenced to RAS	tRRH	0		0		0		ns	8
Write command hold time	tWCH	7		7		1 0		ns
Write command pulse width	tW P	6		7		1 0		ns
Write command to RAS lead time	tRWL	8		8		1 0		ns
Write command to CAS lead time	tCWL	7		7		1 0		ns
Data set-up time	tDS	0		0		0		ns	g

N otes 1. For VCC-VEE {min., max.). 50% duty cycle. The supply current (ICC2+ICC3) does not include the load drive current {lccl). Add max. 45 mA for the three outputs. Load is 50 ] into VCC -2V. 2. To maintain good LED reliability, the device should not be held in the ON state for more than the specified time. Normal operation should be done with 50% duty cycle. 3. To achieve proper PECL output levels the 50 ] termination should be done to VCC -2 V. For correct termination see the application notes.

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