8-Pin DIP IC Socket – 2.54mm Pitch Through-Hole Mount

Product Overview

The 8-pin DIP IC Socket with a standard 2.54mm pitch is an essential component for mounting integrated circuits (ICs) on printed circuit boards (PCBs). Its open-frame design and high-quality materials make it ideal for microelectronics projects, allowing for easy IC replacement without damaging the PCB. This socket is perfect for prototyping, IC upgrades, and repairs, making it a great choice for both professionals and hobbyists.

Key Features:

• Tin-plated phosphor bronze contacts for excellent conductivity and long-lasting performance.
• Provides easy access to IC connections, improving heat dissipation.
• Designed for easy removal and replacement of ICs, reducing the risk of PCB damage during testing or maintenance.
• Compact, space-saving design with dimensions of 10mm x 10mm x 8mm.
• Black UL94V-0 PBT housing offers flame resistance and high mechanical stability.
• Reliable pin retention ensures stable and secure electrical connections.

Technical Specifications:

• Number of Pins: 8
• Pin Pitch: 2.54mm (0.1 inch)
• Frame Type: Open Frame
• Contact Type: Dual In-Line – stamped
• Termination: Through-hole, solder
• Contact Material: Tin-plated phosphor bronze
• Housing Material: Black PBT, UL94V-0 rated
• Current Rating: 1A
• Voltage Rating: 60Vac
• Dimensions: 10mm x 10mm x 8mm
• Operating Temperature Range: -55°C to +85°C

Applications:

• Prototyping: Perfect for securely mounting 8-pin microcontrollers and ICs during circuit development and testing.
• Repairs: Allows quick IC replacement in compact electronics without damaging the PCB.
• PCB Prototyping: Commonly used to test ICs without permanent soldering.
• DIY Electronics: Great for hobbyists working on Arduino, Raspberry Pi, and other small-scale circuits.
• Embedded Systems: Perfect for component replacement and regular maintenance.

Usage Instructions:

1. Insert the 8-pin DIP IC Socket into the designated through-holes on the PCB.
2. Solder each pin to ensure a solid and secure connection.
3. Insert the IC into the socket, ensuring proper orientation by aligning the notches.
4. Power up the circuit to verify that the IC operates correctly.
5. Use the socket for frequent IC replacements during development or prototyping.

Caution:

• Correct IC orientation is essential to avoid damage. Always check the alignment of the notches.
• Ensure an ESD-safe environment to protect ICs from electrostatic discharge.
• Avoid exceeding the specified voltage and current ratings to prevent overheating.

Troubleshooting Tips:

• Loose IC connection?
  • Ensure that all socket pins are properly soldered and the IC is fully seated in the socket.
• No power to IC?
  • Double-check the IC’s orientation and confirm that all pins make proper contact.
• Corroded pins?
  • Regularly inspect the pins, especially in humid conditions, to prevent conductivity issues.
• Signal interference?
  • Review the circuit layout to prevent interference between components.
• Overheating issues?
  • Check the current draw and ensure the IC isn’t drawing too much power.

FAQs:

• What ICs are compatible with this socket?
  This socket is compatible with any 8-pin DIP IC that has a 2.54mm pin pitch.
• Can the socket be reused after desoldering?
  Yes, as long as the socket and its pins remain intact, it can be reused.
• How do I align the IC correctly?
  Ensure that the notch on the IC matches the notch on the socket to maintain proper orientation.
• What is the maximum voltage rating of this socket?
  The socket is rated for 60Vac, making it suitable for most low-voltage applications.
• Is this socket suitable for high-temperature environments?
  Yes, it can operate in a temperature range of -55°C to +85°C, making it suitable for various environments.