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MX29LV004TQI-70 Datasheet

Calculating Required Generator Power DO NOT OVERSPECIFY REQUIREMENTS FOR THE OUTPUT MODULES: The power ratings apply throughout the rated temperature range and the regulated modules have overcurrent protection. If the loads are pulsed, the peak requirements must not exceed individual output modules
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Parameter	Symbol	Lir	iit Values		Unit	Test Conditions
Parameter	Symbol	min	typ	max	Unit	Test Conditions
Supply Current Small-Signal Operation	Icc, ss		1 90		mA	PIN= - 10 dBm
Power Gain Small-Signal Operation	Gss		28		dB	PIN= - 10 dBm
Adjacent Channel Power Ratio	ACPR		- 33		dBr	POUT = +22dBm f =Jc + f MOD fc = 2.4..2.s GHz f MOD= 11..22 MHz.
Output Power	POUT		+22		dBm	ACPR < -33d Br
Power Added Efficiency	PAE		25		%	POUT = +22dBm

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inputs with no regard to the supply voltage. This device can be used to interface 5V t0 3V systems and it is ideal for portable applications like personal digital assistant, camcorder and all battery-powered equipment. All inputs and outputs are equipped with protection circuits against static discharge, giving them ESD immunity and transient excess voltage.

PARAMETER	TEST CONDITIONS	MIN TYP MAX	UNIT
VIH(LOWDR) LOWDR high-levelinput voltage	Over full VDRV range See Note 2	50	%VDRV
VIL(LOWDR) LOWDR low-levelinput voltage	Over full VDRV range See Note 2	1	V
VIH(DT) DT high-level input voltage	Over full VCC range	2	V
VIL(DT) DT low-level input voltage	Over full VCC range	1	V
Deadtime delay	V(VDRV) = 4 V t0 14 V See Note 2	0.5 1 1.5	ns/pF
	V(VDRV) = 4.5 V, Tj = 25IC, See Note 2	30 150	ns
Driver nonoverlap time (DT to LOWDR)	V(VDRV) = 14.5 V, Tj = 25IC, See Note 2	30 100	ns
Driver nonoverlap time (LOWDR to	V(VDRV) = 4.5 V, CL(Delay) = 50 pF Tj = 25IC, See Note 2	75 180
HIGHDR)	V(VDRV) = 14.5 V, CL(Delay) = 50 pF Tj = 25IC, See Note 2	58 125	ns
Driver nonoverlap time (LOWDR to	V(VDRV) = 4.5 V, CL(Delay) = 0 pF Tj = 25IC, See Note 2	50 125
HIGHDR)	V(VDRV) = 14.5 V, CL(Delay) = 0 pF Tj = 25IC, See Note 2	30 100	ns

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