Elepak SMD-to-DIP Adapter PCB Kit – 50 Boards Supporting SOP/SSOP/TSOP Packages, 7 Footprints

Description

Package Includes: 

50 SOP/SSOP/MSOP/SOT23 to DIP Adapter PCB 7 Types

• 8 Pin SOP/SSOP – 10 Pcs
• 10 Pin MSOP/SOT23 – 10 Pcs
• 14 Pin SOP/SSOP – 10 Pcs
• 16 Pin SOP/SSOP – 5 Pcs
• 20 Pin SOP/SSOP – 5 Pcs
• 24 Pin SOP/SSOP – 5 Pcs
• 28 Pin SOP/SSOP – 5 Pcs

Technical Specifications: 

• Type: Through Hole
• Model: SMD PCB
• Supported Packages: SOP, SSOP, MSOP, SOT23
• Pin Configurations: 8 – 28 Pins
• Board Thickness: 1.6 mm
• Copper Layer Thickness: 35 µm
• Pin Pitch: 2.54 mm
• Pad Pitch: 0.65 / 1.27 mm, 0.5 / 0.95 mm
• Pak Weight: 80 gm
• Pak Dimensions: 127 x 80 x 24 mm

Description

An SOP/SSOP/TSOP to DIP Adapter PCB is a small printed circuit board designed to convert surface-mount integrated circuits (ICs) with Small Outline Package (SOP), Shrink Small Outline Package (SSOP), or Thin Small Outline Package (TSOP) footprints into a Dual In-Line Package (DIP) format. This allows surface-mount components to be used with breadboards, perfboards, and through-hole PCBs, making them easier to test, prototype, and integrate into various projects.

This SOP/SSOP/TSOP to DIP Adapter PCB set is designed to convert various SOP, SSOP, and TSOP surface-mount IC packages into a dual in-line package (DIP) format. These adapters make it easy to use surface-mount devices (SMDs) with breadboards, perfboards, and through-hole PCBs for prototyping and testing.

PCB Symbol:

Features:

• Easy prototyping with breadboards and DIP circuits
• Simplifies soldering of small-pitch SMD components
• Compatible with standard DIP sockets and through-hole PCBs
• Double-sided design supports multiple package types
• Gold-plated or tinned pads for reliable connections
• No need for expensive reflow soldering equipment
• Reduces risk of damage to delicate SMD components
• Useful for electronics development, testing, and repair

Applications:

• Prototyping: Easily test surface-mount ICs with breadboards and through-hole circuits
• Circuit Development: Use SMD components in DIP-based PCB designs
• Component Testing: Evaluate and troubleshoot SMD ICs before final integration
• Electronics Repair: Replace faulty SMD components with easier-to-handle DIP alternatives
• Educational Projects: Help students and beginners learn about surface-mount technology
• Custom Module Design: Convert SMD sensors, controllers, or ICs into user-friendly DIP modules
• Embedded Systems: Integrate small-pitch microcontrollers and memory ICs into experimental setups

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