2SD400-E,Top sales 2SD400-E,2SD400-E DATASHEET -ICSTOCK

G. Paste screen opening: 0.080 (2,03) t0 0.085 (2,16)
Poste screen thickness: 0.006 (0,15).
H. Pad type: Solder mask defined.
l. All pins: Material - Copper Alloy
Finish - Tin (100%) over Nickel plote
Solder Ball - See product dato sheet.
J. Dimension prior to reflow solder.
2SD400-E seller

Switching Specifications CL = 50pF, Input tr, tf = 6ns
			TEST		250C			.400C T0 850C			.550C T0 1250C
	PARAMETER	SYMBOL	CONDI TIONS	vcC (v)	MIN	TYP	MAX	MIN	TYP	MAX	MIN	TYP	MAX	UNITS
	HC TYPES
	Propagation Delay Data to Outputs	tPLH, tPHL	CL= 50pF	2			100			125			150	ns
	HC240		CL= 50pF	4 5			20			25			30	ns
			CL= 15pF	5		8								ns
			CL= 50pF	6			17			21			26	ns
	Data to Outputs	tPLH, tPHL	CL= 50pF	2			110			140			165	ns
	HC241		CL= 50pF	4 5			22			28			33	ns
			CL= 15pF	5		9								ns
			CL= 50pF	6			19			24			28	ns
	Data to Outputs	tPLH, tPHL	CL= 50pF	2			110			140			165	ns
	HC244		CL= 50pF	4 5			22			28			33	ns
			CL= 15pF	5		9								ns
			CL= 50pF	6			19			24			28	ns
	Output Enable and Disable	tTHL, tTLH	CL= 50pF	2			150			190			225	ns
	Time			4 5			30			38			45	ns
				5		12								ns
				6			26			33			38	ns
	Output Transition Time	tTLH, tTHL	CL= 50pF	2			60			75			90	ns
				4 5			12			15			18	ns
				6			10			13			15	ns
	Input Capacitance	cl	CL= 50pF		10		10			10			10	pF
	Three-State Output Capacitance	CO	CL= 50pF				20			20			20	pF
	Power Dissipation Capacitance (Notes 5, 6) HC240	CPD	CL= 15pF	5		38								pF
	HC241			5		34								pF
	HC244			5		46								pF
	HCT TYPES
	Propagation Delay Data to Outputs	tPHL, tPLH	CL= 50pF	4 5			22			28			33	ns
	HCT240	tPHL, tPLH	CL= 15pF	5		9								ns
	Data to Outputs	tPHL, tPLH	CL= 50pF	4 5			25			31			38	ns
	HCT241	tPHL, tPLH	CL= 15pF	5		10								ns
	Data to Outputs	tPHL, tPLH	CL= 50pF	4 5			25			31			38	ns
	HCT244	tPHL, tPLH	CL= 15pF	5		10								ns

2SD400-E datasheet

This design focuses on the minimum requirements of
the PCI bus, with the exception of parity. Currently, parity
is not supported on this design because of the complex-
ity of the chips that would need to be added to the de-
sign. Bus master arbitration is limited to the Am29030
processor "parked" on the PCI bus being the main mas-
ter, and the peripheral chips requesting the bus as nec-
essary. No support for time-out and bus master
preemption is included, so it is the responsibility of each
master to ensure that each peripheral does not use the
bus to the exclusion of the other peripherals.
2SD400-E price

l	I			lllll
10-10-010	140 mm	×	12	3253560100100 I

2SD400-E pdf

	DESCRIPTION CM-2H8 is a moderately priced, high level double balanced mixer offering good linearity and excellent overall electrical oerformance ^0 1000 MHz.		GUARANTEED MINIMUM PERFORMANCE DATA TEST CONDITION: 10 +17dBm (High side LO)
	lts performance/cost ra	io offers	RF -10dBm
ilri Specifications subject to change without notice.	advanced performance to the designer who must stay within tight materials budgets. It is ideally suited as the first mixer cn receiver and convertor designs t0 1000 MHz due to its strong signal handling capability. The low midband conversion loss may make front-end RF amplifiers unnecessary in some applications, thus improving overall input intercept point. The circuitry consists of eight specially matched Schottky diodes and two rugged transmission line transformers. Each CM-2H8 is individually tested to S.M.D.I.'s demanding quality and performance specifications.		IF 100 MHz NOTE: Specifications below, guaranteed with IF from DC t0 500 MHz. For higher IF frequencies, consult IF response curve for typical rolloff. OVERALL FREQUENCY RANGEIN MHz: LRX 101000 10-1000 DG1000 FREQUENCY BANDS IN MHz: 10100 100-500 500-1000 Conversion Loss 7.5 7.0 9.5 L-R Isolation 35 30 20 L-X Isolation 35 25 15 R-X Isolation 25 10 8 ABSOLUTE MAXIMUM RATINGS: Operating Temp. - 54 to +lOOoC X-port Input Current 50 mA Totallnput Power 400 mW @ +250C Derate linearly to i00 mW @ 1000C DC POLARITY: Negative with L and R port signals in-phase. 8.10. 04 Rev. A