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Mill-Max Manufacturing Corp. 1154 Ic Device Sockets Series

3 variants · Mill-Max Manufacturing Corp.

About the Mill-Max Manufacturing Corp. 1154 Ic Device Sockets Series

IC Source Direct is a China connector distributor, supplier and independent procurement agent for Mill-Max Manufacturing Corp. 1154 Ic Device Sockets Series components, matching housing, contact and mating cycles across the Shenzhen interconnect channel. The Mill-Max Manufacturing Corp. 1154 Ic Device Sockets Series series groups 3 related part numbers, each listed with full specifications, a datasheet where available, and an RFQ option. Every variant in the range shares a common contact finish - mating of Gold, contact finish - post of Tin and contact finish thickness - post of 200.0µin (5.08µm). Variants differ by contact finish thickness - mating and number of positions or pins, so you can match the exact contact finish thickness - mating your application requires using the selection guide below. All listed Mill-Max Manufacturing Corp. 1154 Ic Device Sockets Series part numbers are active and orderable.

Select a variant by

Contact finish thickness - mating
30.0µin (0.76µm) · Flash
Number of positions or pins
14 (2 x 7) · 16 (2 x 8)

Shared specifications

Contact finish - mating
Gold
Contact finish - post
Tin
Contact finish thickness - post
200.0µin (5.08µm)
Contact material - mating
Beryllium Copper
Contact material - post
Brass Alloy
Contact resistance
-
Current rating
3 A
Features
Open Frame
Housing material
Polycyclohexylenedimethylene Terephthalate (PCT), Polyester
Material flammability rating
-
Mounting
Through Hole
Operating temperature
-55°C ~ 125°C

Variant comparison

Parameter115-47-314-41-001000115-47-316-41-001000115-43-316-41-001000
Contact finish thickness - matingFlashFlash30.0µin (0.76µm)
Number of positions or pins14 (2 x 7)16 (2 x 8)16 (2 x 8)

Request a quote on any Mill-Max Manufacturing Corp. 1154 Ic Device Sockets Series part number and we confirm price, availability and lead time per line — including end-of-life and allocation-constrained variants.

All variants