Circuit Development with PLCC-to-PLCC Adapters
Efficient and Secure Testing for PLCC Components

PLCC to PLCC

Image of a PLCC to PLCC test adapter, featuring a compact, square design with a PLCC socket on both top and bottom sides. Facilitates direct testing and connectivity between PLCC circuits.Introduction

PLCC to PLCC Test Adapters offer unparalleled versatility and reliability. Tailored to convert from a PLCC ZIF socket to a PLCC plug, these adapters are engineered to meet the diverse demands of applications during the crucial development phase of your projects. Choose between the two types: Clamshell and open top (auto eject).

Understanding PLCC

PLCC, or Plastic Leaded Chip Carrier, is a rectangular integrated circuit package with leads on all four sides. These leads establish the connection between the PLCC and a circuit board or other electronic devices. When prototyping and testing circuits using PLCC components, our adapters provide a secure, temporary connection without necessitating permanent soldering.

Versatile Pin Counts

Choose from various pin counts, including 20, 28, 32, 44, 52, 68, and 84, ensuring compatibility with a broad spectrum of PLCC components and circuit requirements. The availability of options like Clamshell and Auto Eject open-top versions adds a layer of flexibility to your development process.

Seamless Integration

To use these adapters, plug them into your product’s PLCC socket on the motherboard. This establishes a secure connection between two components, facilitating efficient prototyping and testing of your circuit.

Adaptability in Action

Explore the diverse range of adapters that cater to specific circuit and component requirements. The type of adapter you need depends on the intricacies of your circuit and the PLCC components in play.

Important Considerations

It’s crucial to note that PLCC to PLCC Test Adapters are purpose-built for prototyping and testing and are unsuitable for permanent use in a finished circuit. Once your testing phase is complete, the next steps involve either permanent soldering of the PLCC components or opting for a different connector for a lasting connection.

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