description	IC PWR INTRFACE SWITCH 24-HTSSOP
Technical/Catalog Information	TPS2223PWPG4
Vendor	Texas Instruments
Category	Integrated Circuits (ICs)
RoHS Status	RoHS Compliant
Other Names	TPS2223PWPG4 TPS2223PWPG4
Lead Free Status	Lead Free
Type	PCMCIA Switch
Packaging	Tube
Operating Temperature	-40°C ~ 85°C
Package / Case	24-HTSSOP
Voltage - Supply	3.3 V, 12 V
Applications	General Purpose
Current Limit	1A
Internal Switch(s)	Yes

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TPS2223PWPG4 Datasheet

Parameter	Frequency Range	Test Conditions	Units	Min	Typ.	Max
Conversion Loss	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm RF = -10 dBm, IF = 60 MHz	dB dB		5 5 6 2	6.0 7 5
L - R Isolation	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm RF Level = -10 dBm	dB dB		17.0 16.0
L - I Isolation	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm RF Level = -10 dBm	dB dB		22.0 22 0
R - I Isolation	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm RF Level = -10 dBm	dB dB		12 0 13 0
LO VSWR	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm			2 31 2 51
RF VSWR	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm RF Level = -10 dBm			1 21 1 71
IF VSWR	DC - 400 MHz	LO Drive = +10 dBm RF Level = -10 dBm			1 61
Input lP3	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm IF = 60 MHz	dBm dBm	16.0 12.0	18 0 15.5
Input l dB Compression	2100 MHz 1700-2500 MHz	LO Drive = +10 dBm IF = 60 MHz	dBm dBm		5 3 6 0
IF l dB Bandwidth			MHz	0		500 0

TPS2223PWPG4 Price

PIN CONNECTIi
14 PIN PACKAGE
OPTION 'X'	OPTION 'E'
PIN # FUNCTlOrl 7 GND. . 8 0UTPUT 14 B+ 1 THRU 6 NC 9 TliRU 13 NC SAME AS M55310/16	PIN FUNCTION 4 B+ 5 0UTPUT 7 GND/CASE 1, 2, 3 & 6 NC 8 THRU 14 NC SAME AS M55310/14

TPS2223PWPG4 on stock

Symbol	Parameter	Value	Unit
Vsi, VS2	DC Supply Voltage	28	Vdc
VB	DC Bias Voltage	28	Vdc
PIN	RF Input Power	14	dBm CW
POUT	RF Output Power (V = 26V)	43	dBm CW
TSTG	Storage Temperature	- 30 to+100	oc

Excessively high die temperature may occur due to high dif- ferential voltage across the regulator or high load current or high ambient temperature or a combination of all three. Thermal protection protects the regulator from such fault conditions and is a necessary requirement in today's designs. In normal operation, the die temperature should be limited to under 1500C.

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