IC Base 8 pin

8-Pin IC Socket – DIP Socket for Integrated Circuits
The 8-pin IC socket is a compact through-hole DIP socket designed for safely mounting integrated circuits onto PCBs without directly soldering the IC itself. Commonly used in embedded systems, op-amp circuits, timers, EEPROMs, sensor modules, and electronics prototyping, this socket protects temperature-sensitive ICs from soldering heat while enabling easy insertion, removal, testing, and replacement.

Why it’s a System Essential:
• Prevents Heat Damage: Protects sensitive ICs from excessive soldering temperatures during PCB assembly.
• Easy IC Replacement: Allows integrated circuits to be inserted and removed without desoldering.
• Ideal for Testing & Development: Useful for prototyping, debugging, and repeated IC replacement applications.
• Suitable for Programmable & Replaceable ICs: Commonly used in embedded and microcontroller systems.
• Durable Construction: Made from black thermoplastic with tin-plated alloy contacts for reliable performance.
• Orientation Support: Molded notch ensures proper IC alignment during installation.
• Expandable Arrangement: Can be mounted end-to-end for supporting larger IC configurations.

Technical Specifications:
• Socket Type: 8-Pin DIP IC Socket
• Number of Pins: 8 Pins
• Pin Pitch: 2.54mm
• Pitch Width: 7.62mm
• PCB Hole Requirement: 0.60mm
• Overall Height Above PCB: 4.80mm

Construction Details:
• Body Material: Black Thermoplastic
• Contact Material: Tin-Plated Alloy Contacts

Mechanical Features:
• Molded Orientation Notch
• Easy IC Insertion & Removal
• Through-Hole PCB Mounting
• JDEC Standard Compliant

Features:
• Heat protection for integrated circuits
• Replaceable IC mounting solution
• Reliable electrical contact performance
• PCB and prototyping compatible
• Suitable for repeated IC testing
• Embedded development friendly

Applications:
• Embedded systems development
• Op-amp and timer IC mounting
• EEPROM and sensor interfacing
• Electronics prototyping
• IC testing and debugging
• Educational electronics projects
• Industrial electronics repair
• DIY electronics projects
• Temperature-sensitive IC applications

Best For:
Ideal for students, hobbyists, makers, engineers, technicians, and embedded developers working on embedded systems, analog circuits, electronics prototyping, IC testing, repair applications, and programmable hardware requiring safe, reusable, and reliable 8-pin DIP IC mounting solutions.