DIP to PLCC production test adapter for fixture-based IC testing

DIP to PLCC Adapters

Convert DIP footprints to PLCC interfaces for device emulation, prototyping, engineering development, and test applications.

Overview

DIP to PLCC adapters provide an electrical interface between DIP device (TOP) and PLCC socket environments used in device emulation, engineering development, validation, and socketed test applications.

These adapters allow DIP-packaged devices to interface with PLCC-based sockets, adapter systems, and fixture assemblies where a PLCC connection format is required within existing hardware platforms and development environments.

The top interface consists of a DIP footprint or DIP socket configuration based on the specified pin count. The bottom interface presents a PLCC plug footprint compatible with standard PLCC socket systems and associated interface hardware.

Selection is based on DIP pin count, PLCC configuration, package dimensions, and the target socket environment. Adapters are designed to maintain reliable electrical continuity and consistent mechanical alignment during repeated insertion and removal cycles.

Top Interface: DIP footprint or DIP socket

Bottom Interface: PLCC plug footprint

Mechanical dimensions, signal routing, pin mapping, and compatibility specifications are defined at the individual product level. Refer to specific product pages for detailed configuration information and supported device specifications.

These adapters are part of the IC Adapters product family.

Adapter Catalog

The following DIP to PLCC adapters are available for emulation and production test environments.

OrderP/NTop Pins (DIP)Bottom Pins (PLCC)DIP SpanWiringSupported Devices
1PA28-28-DP-PP2828.600"1:1Many, See datasheet
2PA32-32-DP-PP3232.600"1:1Many, 27C 010, 27C020, 27C040, 27C080
3PA44-DP-PP4444.600"1:1Many, See datasheet
4PA40-44-X-DP-PP4044.600"Wired by CustomerUniversal
5PA24-28-1DP-PP2428.600"skips 5, 8, 11, 19Many, See datasheet
6PA24-28-2DP-PP2428.600"skips 1, 8, 15, 22Many, See datasheet
7PA24-28-3DP-PP2428.600"skips 5, 10, 21, 22Many, See datasheet
8PA24-28-5DP-PP2428.600"skips 3, 6, 13, 14Many, See datasheet
9PA24-28-7DP-PP2428.600"skips 3, 6, 11, 14Many, See datasheet
10PA28-32-DP-PP2832.600"Device Specific 27x64, 27x128, 27x256, 27x512
11PA17C42-DP-PP4044.600"Device SpecificMicrochip PIC17C42
12PA2500-DP-PP4044.600"Device SpecificAtmel ATV2500
13PA280-DP-PP4044.600"Device Specific 27C210-280; 27C1024, 2048, 4096
14PA40-44-01-DP-PP4044.600"Device SpecificZilog: Z86C21/ E 21/ C61/ E 61
15PA40-44-30-DP-PP4044.600"Device SpecificAtmel: AT90S 4434, AT90LS 4434, AT90S 8535, AT90LS 8535
16PA40-44-33-DP-PP4044.600"Device SpecificZilog: Z86E 30/ E 31/ E 33/ 733/ E 34/ E 40/E 43/743/E 44
17PA40-44-P64-DP-PP4044.600"Device SpecificMicrochip PIC16C64 PIC16C64A PIC16C65 PIC16C65A PIC16C74 PIC16C74A
18PA44-DP-PP4444.600"1:1Many
19PA51-DP-PP4044.600"Device SpecificMany 8051
20PA550-DP-PP4044.600"Device SpecificMany 87C51
21PA705C8-DP-PP4044.600"Device SpecificMotorola MC68HC705C8
22PA711D3-DP-PP4044.600"
23PA900-DP-PP4044.600"

Not Finding What You Need?

Some DIP to PLCC applications require device-specific pin mapping, custom socket geometry, or application-defined signal routing. If the required adapter configuration is not listed, Adapt-Plus can assist with custom adapter solutions for emulation, validation, and socketed test environments.

Custom adapter configurations are available for engineering development, device evaluation, interface conversion, and specialized test system requirements.