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suppliers of SK310B-TP and PDF data of SK310B-TP

Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
SK310B-TP			08+/09+	全新原装，欢迎订购！	2000	SHENG ZHOU HE ELECTRONICS CO.,.. Contact:zhou Tel:86-755-83397505.82883120 Fax:86-0755-88296852 Email: 1018686693@qq.com
SK310B-TP	MCC		０８+		9000	estar(shanghai) international .. Contact:tony Tel:86-21-26878689 Fax: Email: tony@estar-ic.com
SK310B-TP	MC		05/06+	Brandnewinstock~Hoto	39,000	SemiwayTechnologyLtd. Contact:Ms.HelenChen Tel:86-755-83646855/83646755 Fax:86-755-83646955 Email: sales@semiway.cn

SK310B-TP Datasheet

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	\|	f		Tj =1(DC
	¨			Tj= 75'C
		L		Tj2	25'C
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SK310B-TP Price

On reset, the ElanTMSC300 microcontroller begins fetching code by asserting C_S and MEMR and putting the 24-bit address FFFFFO on the system address lines SA23-SAO. The fetch address will remain in the top 64-Kbyte of the 24-bit address space (FFxxxx) until a far jump loads the code segment register. At that time, if the microcontroller is in protected mode, it could jump anywhere in the 24-bit address space, but if the microcontroller is in real mode at the time of the far jump, the target will be in the lowest l Mbyte (Oxxxxx). On reset, addresses in the range FFOOOO-FFFFFF (FFxxxx) and OFOOOO- OFFFFF (OFxxxx) always assert C-S and are default 8-bit accesses.
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PARAMETER Collector-Base Voltage	SYMBOL VCBO	VALUE -25	UNIT V
Collector-Emitter Voltage	VCEO	-25	V
Emitter-Base Voltage	VEBO	5	V
Peak Pulse Current	ICM	8	A
Continuous Collector Current	lc	3	A
Practical Power Dissipation'	Ptotp	1.5	W
Power Dissipation at Tamlr250C derate above 250C	Ptot	1 5.7	W mW/oC
Operating and Storage Temperature Range	Tj:Tstg	-55 to +200	oc

Notes: 1. To ensure operational stability, CIN and COUT should be placed as close to the IC as possible. 2. Because the output capacitor COUT iS set at over 100 pF to prevent oscillation at low temperatures, a capacitor that exhibits little change in capacity with temperature variations should be used (such as a tantalum capacitor). 3. When VIN iS minus (-) and GND is plus (+) (reversed connection), excessive current flow will occur.

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