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1717833-4


：	1717833-4
：	Memory Connectors - Inline Module Sockets
：	TE Connectivity AMP Connectors
：	CONN SKT SODIMM
：	-
：	Tray
：	400
：	-

TYPE	DESCRIPTION
Mfr	TE Connectivity AMP Connectors
Series	-
Package	Tray
Product Status	Obsolete
Connector Style	SODIMM
Number of Positions	200
Memory Type	DDR2 SDRAM
Standards	-
Mounting Type	Surface Mount
Insertion Angle	Right Angle
Features	Board Guide, Latches
Mounting Feature	Reverse
Card Thickness	0.039" (1.00mm)
Height	0.196" (4.00mm)
Color	Black
Contact Finish	Gold
Contact Finish Thickness	Flash
Base Product Number	1717833


Orignal genuine	Each chip comes from the original factory

Main products	Only make original stock

Spot inventory	Only make original stock

Original stock

Bom Distributio

Affordable Price

Texas Instruments

DAC7811IDGST

IC DAC 12BIT A-OUT 10VSSOP

SEEED DEVELOPMENT LIMITED

110990055

Switch Push Button N.O. SPST Dome 0.4A 125VAC 50VDC Momentary Contact Panel Mount Solder Lug

Microchip

MIC94042

The MIC94040/1/2/3 is a family of high-side load switches designed to operate from 1.7V to 5.5V input voltage. The load switch pass element is an internal 28mΩ RDSON P-channel MOSFET which enables the device to support up to 3A of continuous current. The MIC94040 and MIC94041 feature rapid turn on, while the MIC94042 and MIC94043 provide a slew rate controlled softstart turn-on of 100µs. The soft-start feature is provided to prevent an in-rush current event from pulling down the input supply voltage. The MIC94041 and MIC94043 feature an active load discharge circuit which switches in a 200Ω load when the switch is disabled to automatically discharge a capacitive load. An active pull-down on the enable input keeps the MIC94040/1/2/3 in a default OFF state until the enable pin is pulled above 1.2V. Internal level shift circuitry allows low voltage logic signals to switch higher supply voltages. The enable voltage can be as high as 5.5V and is not limited by the input voltage. The MIC94040/1/2/3 operating voltage range makes them ideal for Lithium ion and NiMH/NiCad/Alkaline battery powered systems, as well as non-battery powered applications. The devices provide low quiescent current and low shutdown current to maximize battery life.