2.54mm Burn-in Test Probe Needle Non-disassembly Chip Read Write Programmer Support STC STM8 STM32 Single Chip Microcomputer Vue 3Pin

2.54mm Test Probe Needle – STC STM8 STM32 Chip Programmer

3Pin
Sale price  $22.99 Regular price $26.99
Skip to product information
2.54mm Burn-in Test Probe Needle Non-disassembly Chip Read Write Programmer Support STC STM8 STM32 Single Chip Microcomputer Vue 3Pin

2.54mm Test Probe Needle – STC STM8 STM32 Chip Programmer

Sale price  $22.99 Regular price $26.99
Specification

2.54mm Burn-In Test Probe Needle for STC, STM8 & STM32 Chip Programming

Take your microcontroller programming workflow to the next level with this precision 2.54mm Burn-In Test Probe Needle. Designed for engineers, technicians, and electronics hobbyists, this tool lets you read and write directly to chip solder pads without ever needing to remove or disassemble the chip — saving time and protecting your components.

Key Features

  • No-Disassembly Programming: Program chips directly via exposed solder pads — no desoldering or chip removal required. Works seamlessly on-board.
  • Broad Compatibility: Supports popular single-chip microcontrollers including STC, STM32, and STM8 series, making it a versatile tool for a wide range of electronics projects.
  • Tin-Plated Copper Core Cable: The connecting cable features a tin-plated copper core that is corrosion-resistant, highly conductive, oxidation-resistant, and ensures stable current transmission throughout every session.
  • Flame-Retardant Insulation: The outer cable layer is wrapped in flame-retardant insulating material for reliable protection during use, keeping your workspace safe.
  • Durable & Long-Lasting: Built for stable performance over extended use — ideal for repeated testing and programming tasks in professional or workshop environments.
  • Flexible Operation: Lightweight and easy to maneuver, this probe needle adapts to a variety of workbench setups and chip orientations.

Specifications

Probe Spacing 2.54mm
Interface XH 2.54MM
Cable Material Tin-Plated Copper Core with Flame-Retardant Insulation
Body Material Plastic
Supported MCUs STC, STM8, STM32 Single-Chip Microcontrollers
Country of Origin Made in China

Ideal Applications

This test probe needle is purpose-built for a wide range of professional and DIY electronics tasks, including:

  • Automotive electronics diagnostics and programming
  • Home appliance circuit board maintenance
  • Industrial control system chip read/write operations
  • Computer motherboard testing and firmware updates
  • Electronics lab prototyping and development

What's in the Box

  • 1× 2.54mm Burn-In Test Probe Needle

Note: Due to lighting and screen color differences, the item's color may appear slightly different from product images. Please allow ±1mm measurement tolerance due to manual measurement methods.

For general electronics safety best practices in the workplace, refer to OSHA's Electrical Safety Guidelines.

Frequently Asked Questions

Q: Which microcontrollers does this 2.54mm test probe needle support?

A: This test probe needle supports STC, STM8, and STM32 single-chip microcontrollers. It allows you to read and write firmware directly on chip solder pads without removing the chip from the board, making it compatible with a wide range of automotive, industrial, and consumer electronics applications.

Q: Do I need to remove the chip from the PCB to use this programmer probe?

A: No — that's one of the key advantages of this tool. The non-disassembly design lets you perform chip programming directly on the exposed solder pads while the chip remains mounted on the board, saving time and reducing the risk of component damage.

Q: What interface does this probe use?

A: This probe uses an XH 2.54MM interface, which is a standard pitch commonly found on a wide variety of chip programming equipment. The 2.54mm spacing ensures compatibility with standard headers and connectors used in most electronics programming setups.

Q: Is this probe safe to use for extended sessions?

A: Yes. The cable is constructed with a tin-plated copper core for stable conductivity and is wrapped in flame-retardant insulating material, making it both durable and safe for extended use in professional workshop environments.

You may also like