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SKET400-14E-16E-18E Datasheet

Electrical Characteristics TA = 250C unless otherwise noted
	Symbol	Parameter		Test Conditions	Min	Typ	Max	Units
	Off Characteristics
	BVDSS	Drain-Source Breakdown Voltage		VGS = 0 V, ID = -250 yA	-40			V
	ABVDSS ATj	Breakdown Voltage Temperature Coefficient		ID = -250 UA, Referenced t0 250C		-32		mVIoC
	IDSS	Zero Gate Voltage Drain Current		VDS = -32 V, VGS = 0 V			-1	UA
	IGSS	Gate-Body Leakage		Vcs = +10 v VDS = OV			±100	nA
	On Characteristics (Note 2)
	VGS(th)	Gate Threshold Voltage		VDS = VGS, ID = -250 yA	-1	-1.6	-3	V
	AVGsctn) ATj	Gate Threshold Voltage Temperature Coefficient		ID = -250 UA, Referenced t0 250C		4.7		mVIoC
	RDS(on)	Static Drain-Source On-Resistance		VGS = -10 V, ID = -8.2 A VGS = -4.5 V, ID = -7 A VGS = -10 V, ID = -8.2 A, Tj = 1250C		22 29 31	27 35 42	mQ
	gFS	Forward Transconductance		VDS = -5 V, ID = -8.2 A		22		S
	Dynamic Characteristics
	Ciss	Input Capacitance		VDS = -20 V, VGS = 0 V,		1872		pF
	Coss	Output Capacitance		f = 1.0 MHz		256		pF
	Crss	Reverse Transfer Capacitance		f = 1.0 MHz		134		pF
	RG	Gate Resistance		VGS = 15 mV, f = 1MHz		4		Q
	Switching Characteristics (Note 2)
	td(on)	Turn-On Delay Time		VDD = -20 V, ID = -1 A,		14	25	ns
	tr	Turn-On Rise Time		VGS = -10 V RGEN = 6Q		11	20	ns
	td(off)	Turn-Oft Delay Time				50	80	ns
	tf	Turn-Off Fall Time				18	32	ns
	Qg	Total Gate Charge		VDS = -20 V, ID = -8.2 A,		19	27	nC
	Qgs	Gate-Source Charge		VGS = -5 V		5.6		nC
	Qgd	Gate-Drain Charge		VGS = -5 V		6.1		nC
	Drain-Source Diode Characteristics
	VSD	Drain-Source Diode Forward Voltage		VGS = 0 V, IS = -2.1 A (Note 2)		-0.7	-1.2	V
	t	Diode Reverse Recovery Time		IF = -8.2 A,		26		nS
	Q rr	Diode Reverse Recovery Charge		diF/dt = 100 A/ps		15		nC
Notes: 1. RejA is the sum of the junction-to-case and case-to-ambient thermal resistance where the case thermal reference is defined as the solder mounting surface of the drain pins. RejC is guaranteed by design while ReCA is determined by the user's board design.. V when mounted 150/W when mounted ) 1250/W when mounted ~7P a) 500C/Wonga l in' pad of 2 0z ~L< )J}d b) 1050M on aL.04Pin' pad1of 2 0z ] 6 ( on a minimum pad.
			copper ::paper
Scale l :1 0n letter size paper 2. Pulse Test: Pulse Width < 300Us, Duty Cycle < 2.0%

SKET400-14E-16E-18E Price

OUTLINE	REFERENCES			EUROPEAN
VERSION	IEC	JEDEC	JEITA	PROJECTION	ISSUE DATE
SOT365C					_06;06- 02-11-13

SKET400-14E-16E-18E on stock

data corruption. Additionally, the DS1350W has dedi- cated circuitry for monitoring the status of Vcc and the status of the internallithium battery. DS1 350W devices in the PowerCap Module package are directly surface mountable and are normally paired with a DS9034PC PowerCap to form a complete Nonvolatile SRAM mod- ule. The devices can be used in place of 512K x 8 SRAM, EEPROM or Flash components.

Standard Zer Power Resis tance Value (O) at 250C Free-Air Temperature	Type N					Resistanca (Cl) of Sensistor@ at Temperature other than 250C
	Type N					-55	-150c	OoC	50 0C	750	loooc	12 50C
10	TGl/8	RTH42	TMl/8	RTH22	TM14	6 15	7 9	8 63	11 6	13 5	15 45	17 5
12	TGl/8	RTH42	TMl/8	RTH22	TM14	7 38	9 48	10 356	13 92	16 2	18 54	21
15	TG18	RTH42	TMl/8	RTH22	TM14	9.225	11 85	12 945	17 4	20 25	23 175	26 25
18	TG18	RTH42	TMl/8	RTH22	TM14	11 07	14 22	15 534	20 88	24 3	27.81	31 5
22	TG18	RTH42	TM18	RTH22	TM14	13 53	17 38	18 986	25 52	29 7	33 99	38 5
27	TG18	RTH42	TM18	RTH22	TM14	16 605	21 33	23.301	31 32	3645	41 715	47 25
33	TG18	RTH42	TM18	RTH22	TM14	nq5	Rn7	47q	RR	44	50 q85	57 75
39	TG18	RTH42	TM18	RTH22	TM14	23 985	30.81	33 657	45 24	52 65	60 255	68 25
47	TG18	RTH42	TM18	RTH22	TM14	28 905	37 13	40.561	54 52	63 45	72 615	82 25
50	TC18	RTH12	TM18	RTH22	TMl/4	30 75	30 5	43 15	50	G7.5	77 25	07 5
56	TGl/8	RTH42	TMl/8	RTH22	TM14	34 44	44 24	48 328	64 96	75 6	86 52	98
68	TG18	RTH42	TM18	RTH22	TM14	41,82	53.72	58 684	78.88	91.8	105 06	119
82	TG18	RTH42	TMl/8	RTH22	TM14	47.724	63 14	69 454	95 94	i12.34	129888	14,6
100	TGl/8	RTH42	TM18	RTH22	TM14	58 2	77	84 7	117	137	158 4	180
120	TGl/8	RTH42	TM18	RTH22	TM14	69 84	92 4	101 64	1404	1644	190 08	216
150	TGl/8	RTH42	TMl/8	RTH22	TM14	87 3	115.5	12705	175 5	205 5	237 6	270
180	TG18	RTH42	TM18	RTH22	TM14	100.8	135,9	15084	212 4	252	29214	334 8
220	TG18	RTH42	TM18	RTH22	TM14	123 2	166 1	184 36	259 6	308	357 06	409 2
270	TG18	RTH42	TM18	RTH22	TM14	151.2	203 85	226 26	318 6	378	438 21	502 2
330	TG18	RTH42	TM18	RTH22	TM14	1848	24915	276 54	389 4	462	535 59	6138
390	TG18	RTH42	TM18	RTH22	TM14	2184	29445	326 82	460 2	546	632 97	7254
470	TG18	RTH42	TM18	RTH22	TM14	263 2	354 85	393 86	554 2	658	762 81	874 2
500	TG18	RTH42	TM18	RTH22	TM14	280	377 5	419	590	700	811. 5	930
560	TG18	RTH42	TMl/8	RTH22	TM14	a08	414 4	467 6	67	7qE	q7^	1 n7
680	TG18	RTH42	TM18	RTH22	TMl/4	374	503 2	567 8	816	965 6	1 126 08	1 305 6

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