Search Results for 10155552
MicroSpaceXS™ 1.27mm Unsealed - Amphenol CS
MicroSpaceXS™ 1.27mm Crimp-to-Wire Connector Platform, wire-to-board, Header Header Vertical, Tin (preplated) We may offer limited quantity of sample for this part. Click on the Check Sample (if available) button to check the allowed sample quantity in the cart.
10155552 | Amphenol Global Search | Amphenol
These 1.27mm pitch connectors come with a current rating up to 4A per contact making them ideal for higher power applications. The unique design of the MicroSpaceXSTM CtW makes this solution and contact pitch compatible with LV214 Severity-2 and USCAR-T2V2.
MicroSpaceXS™ 1.27mm Unsealed - Amphenol CS
10155552-A108KLF. MicroSpaceXS™ 1.27mm Crimp-to-Wire Connector Platform, wire-to-board, Header Header Vertical, Tin (preplated)
MicroSpaceXS 1.27mm Unsealed Crimp-to-Wire Connector Platform
MicroSpaceXSTM Crimp-to-Wire connector platform’s unique design meets LV214 up to Severity-3 and USCAR-T2V2 specifications. These 1.27mm pitch connectors come with a current rating up to 4A per contact making them ideal for higher power applications.
MicroSpaceXS Product Presentation - amphenol-cs.com
The MicroSpaceXS Crimp-to-Wire’s compact design addresses the growing demand for miniaturizing components. The connector is capable of reducing the PCB footprint by 50% due to the increase in signal density.
MicroSpaceXS™ Product Presentation - Amphenol CS
The unique design of the Minitek MicroSpaceXSTM CtW makes this solution and contact pitch compatible with LV214 Severity-2 and USCAR-T2V2. The right choice when high vibration endurance, primary latch, TPA, CPA, Poka Yoke, Kojiri safe are required with flexible configurations.
get the current swap size | Amphenol Global Search | Amphenol
Developed for SWaP (Size Weight and Power) and mobile portable military applications, the RES-SCE-8EMG features mechanical packaging enhancements designed for MIL-STD-810F airborne and ground environmental compliance and high reliability. The unit has been especially hardened to improve ingress, impact, and shock/vibration protection, as well ...