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Pricelist: Retail Price (B2C) Pricelist
8 Pin DIP8 Integrated Circuit (IC) Socket Adaptor

8 Pin DIP8 Integrated Circuit (IC) Socket Adaptor

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SpecificationDetails
Number of Pins8 (2 Rows of 4)
Pitch2.54mm (0.1 Inch)
Row Spacing7.62mm (0.3 Inch)
Socket TypeDual-In-Line Package (DIP)
Mounting TypeThrough-Hole (PCB)
Contact MaterialTin-Plated Phosphor Bronze
Price
₹ 4.24 ₹ 4.24
(Tax included)

Barcode: 88811058

Product Description

The 8-Pin DIP8 IC Socket Adaptor is a fundamental hardware component used to facilitate the easy insertion and removal of 8-pin integrated circuits on a printed circuit board (PCB) or breadboard. Instead of soldering an expensive or sensitive IC directly to the board, you solder this socket in its place. This allows you to "plug" the IC into the socket, protecting the delicate silicon chip from the intense heat of a soldering iron. It is the industry standard for 8-pin components such as the NE555 Timer, LM741 Op-Amp, and ATtiny85 microcontrollers. Featuring a notched end for orientation and high-tension internal clips, this socket ensures a reliable electrical connection while providing the flexibility to swap or upgrade chips instantly.

Key Features

  • Heat Protection: Safeguards sensitive ICs from thermal damage during the soldering process of the PCB.

  • Easy Maintenance: Allows for rapid replacement of faulty chips without desoldering, significantly reducing repair time.

  • High-Tension Contacts: Features internal dual-leaf contacts that grip the IC pins firmly, preventing intermittent connections due to vibration.

  • Polarity Indicator: Includes a semi-circular notch at one end to match the orientation mark on the IC, preventing accidental reverse insertion.

  • Standard 0.1" Pitch: Fully compatible with standard 2.54mm pitch perf-boards, strip-boards, and breadboard power modules.

  • Stackable Design: The slim profile allows multiple sockets to be placed side-by-side or end-to-end on high-density circuit layouts.

Technical Details

  • Housing: Black UL94V-0 Flame Retardant Plastic.

  • Current Rating: 1A AC/DC.

  • Dielectric Withstanding Voltage: 1000V AC/minute.

Prototyping and Engineering Tips from Robogears

  • The "Notch" Rule: CRITICAL: Always align the semi-circular notch on the plastic socket with the notch on your PCB silkscreen. When inserting the IC later, the dot or notch on the chip must face the same direction as the socket's notch. Reversing a chip (especially a microcontroller) will usually result in immediate failure when power is applied.

  • Pin Alignment: Before pressing an IC into the socket, ensure all 8 pins are straight. New ICs often have pins slightly angled outward; gently press the side of the IC against a flat desk to bend the pins to a perfect 90-degree angle so they slide into the socket effortlessly.

  • Soldering Strategy: To prevent the socket from falling out while you flip the PCB to solder, bend two diagonal corner pins (e.g., Pin 1 and Pin 5) slightly outward. This "mechanical lock" will hold the socket flush against the board during soldering.

  • Low Profile Advantage: If your project enclosure has limited vertical height, ensure you are using these "Ladder Style" DIP sockets. They provide a secure connection while adding minimal height to the component stack.

  • Testing Tip: If you suspect a connection issue, use a multimeter in "Continuity" mode. Place one probe on the solder joint at the bottom of the PCB and the other on the top "shoulder" of the IC pin that is inside the socket. This verifies the contact pressure of the socket's internal leaf.

Package Includes

  • 1 x 8-Pin DIP8 Integrated Circuit (IC) Socket

Disclaimer: Product images are shown for illustrative purposes only. The exact shade of black or the specific internal contact plating (Gold/Tin) may vary slightly between manufacturing batches, but all technical specifications and the DIP8 performance standards remain as described.

Safety Warning: Ensure the socket is soldered completely flat against the PCB to avoid mechanical stress on the leads. Do not force an IC into the socket if you feel resistance; check for bent pins first to avoid damaging the internal spring contacts of the adaptor.