Alternative Molex Memory TF Card Socket Hinge Type 1.8MM , Micro SD Connector
| Place of Origin: | Zhejiang |
|---|
Company Profile
| Location: | Dongguan, Guangdong, China (Mainland) |
|---|---|
| Business Type: | Manufacturer |
| Main Products: | Wire To Board Connectors, Wire To Wire Connector, Board To Board Connector |
Product Detail
| Model No.: | ESTF0001 |
|---|
Product Description
Alternative Molex Micro SD T-flash Card Socket Connector For Memory Card , 1.8MM
Quick Detail:
|
Name |
Micro SD connector |
Application |
MicroSD card, MicroSD/SIM card,ChipSIM |
|
Connector |
Molex equivalent cardholder connector |
Contact type |
Push-pull, hinge type |
|
Pins |
8 |
Certificate |
ROHS, UL,HF |
Descriptions:
1. Assure good electrical contact
2. Provide smooth and controlled card ejection.
3. It can be replace JST, Molex, JAE, AMP, TYCO, Hirose ect famous SD (secure digital) memory card connector. It also assure superior quality and competitive prices.
Specifications:
|
Push-push ejector types |
Easy card extraction with tactile feel |
|
Compact size |
Space-savings |
|
Card polarization features |
Prevent incorrect card insertion |
|
Protect and detect terminals |
Security and read/write capabilities |
|
Gold-plated beveled contacts |
Secure electrical connection |
|
Mylar tape |
Accommodates pick-and-place |
Application:
Consumer: Memory Card , Micro SD connector, Micro-SIM connector, DSC/DVC, smart phone, tablet PCs, Mobile phones.
If you can’t find the part number here, please contact us or send your drawing or part number.
Eshine is able to offers a wide range of T-flash and Chipsim Connectors and Cardholders
Eshine T-flash & Chip SIM connectors and cardholders are designed for data transfer when used with removable SIM cards and remote equipment utilizing GSM, GPRS, SMS and MMS technology.
Chip SIM connectors and cardholders are part of the SIM (Subscriber Identification Module ) product. The ChipSIM connectors and cardholders are designed to be used in conjunction with a removable SIM card for use in GSM based systems.