PA-SOD-2006-D310-08/2

PA-SOD-2006-D310-08/2 SOIC Prototyping Adapter (8-Pin, 0.208″ / 5.28 mm Body Width, 0.050″ / 1.27 mm Pitch) with 50×50 mil Header and Two 8-Pin 0.310″ SO-Plugs

Overview

The PA-SOD-2006-D310-08/2 SOIC Prototyping Adapter provides a professional, reusable platform for testing and developing 8-pin SOIC (0.208″ / 5.28 mm body width, 0.050″ / 1.27 mm pitch) devices.
It integrates a precision SOIC test socket with a 50×50 mil (0.050″ grid) header interface and includes two 8-pin 0.310″ SO-Plugs, allowing quick connection to test fixtures or prototype circuits.
Compliant with JEDEC MS-158, this adapter ensures reliable electrical contact and mechanical alignment for prototyping, validation, and device characterization.

Technical Specifications

Key Features

• Supports SOIC-8 (0.208″ / 5.28 mm) devices per JEDEC MS-158.

• Includes two 8-pin 0.310″ SO-Plugs for modular integration.

• Provides 1 : 1 signal mapping for accurate testing.

• Compatible with 50×50 mil header systems.

• Ideal for reusable prototyping, debugging, and validation.

Applications

• Evaluation and bench testing of SOIC-8 ICs.

• Analog and logic circuit development.

• R&D and educational applications.

• Rapid prototype setup without soldering.

Package Includes

• 1 × SOIC socket board (8-pin, 0.208″ / 5.28 mm body, 0.050″ / 1.27 mm pitch).

• 2 × SO-Plug modules (8-pin, 0.310″ spacing).

Compatibility

The PA-SOD-2006-D310-08/2 SOIC Prototyping Adapter supports SOIC-8 devices per JEDEC MS-158, including amplifiers, comparators, and interface ICs.

Fit & Footprint Notes

Verify device body width (0.208″) and lead pitch (0.050″) per JEDEC MS-158 for proper fit.

Why Choose This Adapter

• Accurate JEDEC MS-158 mid-body support.

• Reusable design for prototype and production environments.

• Gold-plated contacts for signal integrity and durability.

Add to Your Test Bench

Enhance SOIC-8 testing with the PA-SOD-2006-D310-08/2 SOIC Prototyping Adapter, featuring JEDEC MS-158 compliance and dual SO-Plugs for modular bench integration.