2mm 10pin XBee Socket
The 2mm 10-Pin XBee Socket is a specialized connector with a 2mm pitch spacing designed to mate perfectly with Digi's popular XBee radio modules. This small but essential component allows you to mount your XBee wirelessly to a PCB without soldering, protecting your valuable radio module from heat damage. Since the XBee module has 20 pins total, you will need two sockets to establish a complete connection for reliable wireless communication projects.
مقبس XBee ذو 10 أطراف بمسافة 2 مم هو موصل متخصص مصمم ليتوافق تمامًا مع وحدات راديو XBee الشهيرة من شركة Digi. يتيح هذا المكوّن الصغير تركيب وحدة XBee على لوحة الدوائر المطبوعة دون الحاجة إلى اللحام، مما يحمي الوحدة الثمينة من التلف الحراري. وبما أن وحدة XBee تحتوي على 20 طرفًا، فستحتاج إلى مقبسين اثنين لإتمام التوصيل الكامل في مشاريع الاتصالات اللاسلكية.
The 2mm 10-Pin XBee Socket is a precision-engineered connector designed specifically to accommodate Digi's XBee wireless radio modules. Featuring a fine 2mm pitch (the distance between pin centers), this socket provides a secure and reliable mounting solution for XBee modules on printed circuit boards. The primary advantage of using this socket is that it eliminates the need for direct soldering of the XBee module onto your PCB, which protects the delicate radio from heat damage and allows easy removal, replacement, or reuse of the module across multiple projects. Since each XBee module has a total of 20 pins arranged in two rows of 10, a complete installation requires two of these sockets to interface with all pins.
Note: This item is sold singlynot in pairs.
Specifications
- Pin Count: 10 pins per socket
- Pitch (Pin Spacing): 2 mm
- Compatibility: Digi XBee radio modules
- Quantity Required per XBee: 2 sockets (for all 20 pins)
- Mounting Type: Through-hole PCB mount
- Connector Type: Female socket header
- Purpose: Solderless mounting for XBee modules
Applications
- Used in wireless communication projects involving XBee modules.
- Ideal for prototyping boards and development kits where modules need to be swapped frequently.
- Employed in IoT (Internet of Things) devices that use XBee for wireless data transmission.
- Common in Zigbee mesh networks and sensor networks.
- Used in home automation systems based on XBee technology.
- Suitable for robotics projects requiring wireless remote control.
- Applied in Arduino and Raspberry Pi shields designed for XBee integration.
- Useful for educational kits teaching wireless communication concepts.