Tag-Connect, LLC
Dispositif de retenue Tag Connect TC2050-CLIP
Dispositif de retenue Tag Connect TC2050-CLIP
SKU: TC2050-CLIP
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Key Features
Overview
The TC2050-CLIP provides a simple, effective solution for maintaining stable connections between TC2050-NL "no legs" programming cables and target PCBs during debugging and programming operations. This precision-manufactured clip attaches to the cable's alignment pins from beneath the PCB, creating a secure mechanical retention that enables hands-free debugging sessions.
Designed for engineers working with space-constrained designs, the TC2050-CLIP works exclusively with Tag Connect's minimal-footprint TC2050-NL connector system. The clip accommodates PCB thicknesses up to standard 1.6mm whilst maintaining reliable spring-pin contact pressure for consistent electrical connections.
The clip's compact design ensures it doesn't interfere with surrounding components whilst providing the mechanical stability required for extended programming sessions, production testing, or firmware development activities.
Why Engineers Choose The Dispositif de retenue Tag Connect TC2050-CLIP
Hands-Free Debugging
Production Efficiency
Space Conservation
Le Tag Connect TC2050-CLIP est destiné à maintenir temporairement un câble TC2050-xxx-NL sur un PCB.
Livré sous forme de clip unique.
Frequently Asked Questions
Have a Question?
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Can the TC2050-CLIP interfere with nearby PCB components?
The TC2050-CLIP has a compact design specifically engineered to minimise interference with surrounding components. Its low profile ensures it doesn't obstruct nearby parts whilst providing secure cable retention.
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What happens if I lose my TC2050-CLIP during development?
Individual replacement clips are available from Debug Store. Tag Connect also offers TC2050-CLIP-3PACK containing three clips, which many engineers prefer to ensure spares are always available during development work.
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Is the TC2050-CLIP reusable across different projects?
Yes, the TC2050-CLIP is fully reusable. However, Tag Connect recommends keeping spare clips available as they can be easily misplaced during bench work and may lose grip strength after extended use.
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What debuggers and programmers work with TC2050-CLIP setups?
The TC2050-CLIP works with any debugger or programmer compatible with TC2050-NL cables, including SEGGER J-Link, ST-LINK/V2, ARM Keil ULINK, and many others when used with appropriate adapters like the TC2050-ARM2010.
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How do I install the TC2050-CLIP on my setup?
Installation is straightforward: first connect your TC2050-NL cable to the target PCB footprint, then align the TC2050-CLIP with the cable's alignment pins from underneath the PCB, and press firmly until the clip is secured onto the pins.
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Can I use the TC2050-CLIP for production programming?
Yes, the TC2050-CLIP is well-suited for production programming applications. It enables automated test equipment to maintain consistent connections during high-volume programming cycles without requiring expensive custom fixtures.
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What PCB thickness does the TC2050-CLIP support?
The TC2050-CLIP is designed to work with standard PCB thicknesses up to 1.6mm (0.063"). This accommodates the majority of embedded system PCB designs using standard stackups.
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Does the TC2050-CLIP require any modifications to my PCB?
No, the TC2050-CLIP requires no soldering or permanent modifications to your target PCB. It simply clips onto the TC2050-NL cable's alignment pins from the underside of the board, providing temporary mechanical retention.
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Which Tag Connect cables are compatible with the TC2050-CLIP?
The TC2050-CLIP is compatible with all TC2050-NL series cables, including TC2050-IDC-NL, TC2050-IDC-NL-050, TC2050-IDC-NL-050-ALL, and TC2050-IDC-NL-430. It is not compatible with the "legged" versions like TC2050-IDC.
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What is the TC2050-CLIP and how does it work?
The TC2050-CLIP is a retaining clip that securely holds TC2050-NL "no legs" programming cables in place on target PCBs. It attaches to the cable's alignment pins from underneath the PCB, providing mechanical retention for hands-free debugging and programming operations.