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Molex 1.35mm and 1.40mm micro-SIM Card Sockets - EXPANSION

NEW! Molex has expanded its micro-SIM Card Sockets offering to include 1.40mm height with detect switch and 1.35mm height with spring tab - the smallest and slimmest profile height available in a Push-Pull SIM card connector.
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Molex micro-SIM Card Sockets provide maximum PCB and vertical space-savings with added anti-short and polarized card-insertion features for ultra-slim handheld devices. The anti-short feature eliminates any risk of shorting between metal shield and contact pads of micro-SIM cards. Card polarization prevents the SIM card from being inserted in the wrong direction, and the reverse terminal design with gradual lead-in guide smooth card insertion and withdrawal. Excellent electrical contact is achieved using round contact terminals. Molex micro-SIM Card Sockets are ideal for ultra-slim smartphones, tablet PCs, GSM/UMTS modems, Wi-Fi cards, and other small electronic devices.
View the entire Molex micro-SIM Card Sockets offering

メモリコネクタ

Molex SD、SIM、Combo SD/SIMメモリカードコネクタは、micro、mini、nano、および他の人気が高いフォーマットとエジェクタ・スタイル各種でご用意があります。これらのMolexメモリコネクタは、PCBでの設計の柔軟性と省スペースを実現しています。

小型化ソリューション

Moldexの小型化ソリューションは、自動車、スマートデバイス、モバイルデバイス、医療技術など、幅広い用途に最適です。これらのコネクタは、省スペース、高密度信号、耐久性を実現します。モレックスのコネクタの小型化により、より多くの部品をより小さなスペースに収めることができるため、サイズや重量を増やすことなく機能性を向上させることができます。

Micro-SIM Card Sockets

Molex Micro-SIM Card Sockets provide maximum PCB and vertical space-savings with added anti-short and polarized card-insertion features for ultra-slim handheld devices. The anti-short feature eliminates any risk of shorting between metal shield and contact pads of micro-SIM cards. Card polarization prevents the SIM card from being inserted in the wrong direction, and the reverse terminal design with gradual lead-in guide smooth card insertion and withdrawal. Excellent electrical contact is achieved using round contact terminals. Molex Micro-SIM Card Sockets are ideal for ultra-slim smartphones, tablet PCs, GSM/UMTS modems, Wi-Fi^® cards, and other small electronic devices.