ICE-163-S-TG Datasheet, Sockets, 3M

PDF File Details

Part number:

ICE-163-S-TG

Manufacturer:

3M

File Size:

238.61kb

Download:

📄 Datasheet

Description:

Dip sockets.

TAGS

ICE-163-S-TG

3M

📁 Related Datasheet

ICE-143-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-183-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-063-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-083-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-2xx-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-3xx-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-4xx-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE-6xx-S-TG - Dip Sockets (3M)
ICE SERIES DIP SOCKETS - SCREW MACHINE, OPEN BODY Four-finger beryllium copper contacts provide low, stable contact resistance and accept short IC lea.

ICE10N60 - N-Channel Enhancement Mode MOSFET (Icemos)
ICE10N60 N-Channel Enhancement Mode MOSFET Features: r Low DS(on) Ultra Low Gate Charge High dv/dt Capability High Unclamped Inductive Switching.

ICE10N60FP - N-Channel MOSFET (Micross Components)
ICE10N60FP N-Channel Enhancement Mode MOSFET ID V(BR)DSS rDS(ON) Qg Product Summary TA = 25°C ID = 250uA VGS = 10V VDS = 480V 10A 600V 0.28Ω 41nC .