• Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
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Tag-Connect, LLC

Adaptateur Tag Connect TC2050-2X10

Adaptateur Tag Connect TC2050-2X10

Convertit un IDC-20 en deux en-têtes IDC-10

SKU: TC2050-2X10

€48,95 EUR hors taxes
€48,95 EUR hors taxes
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  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK
  • Tag-Connect, LLC TC2050-2X10 Tag Connect TC2050-2X10 Adapter - The Debug Store UK

Key Features

Dual 10-pin header configuration enables two targets
Compatible with all ARM JTAG/SWD protocols
Maintains signal integrity through quality PCB design
Works with legged and no-legs cable variants
Standard 20-pin IDC debugger compatibility
Compact adapter board saves bench space
Pin mapping preserves standard JTAG pinout

Overview

The TC2050-2x10 adapter bridges the gap between traditional 20-pin JTAG/SWD debuggers and Tag Connect's space-saving 10-pin footprint technology. This professional-grade adapter board allows engineers to utilise two TC2050-IDC cables simultaneously, providing dual programming and debugging capabilities through a single 20-pin ribbon interface.
The adapter maintains full signal integrity across all JTAG and SWD protocols, supporting both traditional JTAG debugging and ARM's Serial Wire Debug interface.
Designed for production environments and development labs, the TC2050-2x10 eliminates PCB real estate waste whilst preserving debugging functionality. The adapter works seamlessly with legged or no-legs TC2050-IDC variants, offering flexibility for different production requirements. For complete debugging solutions, pair with TC2050-IDC cables and explore our comprehensive range of Tag Connect adapters for various microcontroller families.

Why Engineers Choose The Adaptateur Tag Connect TC2050-2X10

Dual Target Debugging

Connect two embedded systems simultaneously through single debugger interface

Production Efficiency

Eliminates need for dual programming setups in manufacturing environments

Space Optimisation

Maintains Tag Connect's compact footprint benefits whilst enabling multiple connections

L' adaptateur Tag Connect TC2050-2X10 permet d'utiliser deux câbles TC2050-IDC à 10 broches dans des applications qui nécessitent généralement une seule connexion ruban à 20 broches.

Frequently Asked Questions

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  • What is the maximum cable length I can use with this adapter?

    Standard TC2050-IDC cables are 8 inches long. For longer distances, consider the signal integrity requirements of your specific debugging protocol and target clock frequencies.

  • Does the adapter provide target power to connected devices?

    The adapter passes through the debugger's power pins (typically pin 19 at +5V or +3.3V), but actual power delivery depends on your specific debugger's capabilities and configuration.

  • How does this compare to using two separate single adapters?

    The TC2050-2x10 provides a more compact solution than dual adapters, reducing cable clutter and bench space whilst maintaining identical functionality and signal integrity.

  • Is the adapter suitable for production programming?

    Absolutely. The robust PCB design and reliable connections make it ideal for production environments requiring dual target programming or testing workflows.

  • What cables do I need to purchase separately?

    The adapter requires two TC2050-IDC or TC2050-IDC-NL cables for complete operation. These connect between the adapter headers and your target PCBs' Tag Connect footprints.

  • Can I debug two different microcontroller families simultaneously?

    Yes, each 10-pin output operates independently, allowing debugging of different ARM cores, microcontroller families, or even mixed ARM/non-ARM systems simultaneously.

  • What is the pin mapping between the 20-pin input and dual 10-pin outputs?

    The 20-pin connector maps pins 1-10 to header J1 (rightmost) and pins 11-20 to header J2 (leftmost), maintaining standard ARM JTAG pinout assignments.

  • Does the adapter support both JTAG and SWD protocols?

    The TC2050-2x10 maintains full compatibility with both JTAG (4-wire) and SWD (2-wire) debugging protocols, automatically adapting based on your debugger and target configuration.

  • Can I use both legged and no-legs cables with this adapter?

    Yes, the adapter supports both TC2050-IDC (legged) and TC2050-IDC-NL (no-legs) cables. For no-legs variants, you may need TC2050-CLIP retaining clips for hands-free debugging.

  • What debuggers are compatible with the TC2050-2x10 adapter?

    The adapter works with all standard 20-pin ARM JTAG/SWD debuggers including SEGGER J-Link, ST-Link/V2, ST-Link/V3, XJTAG systems, P&E Multilink, and Lauterbach TRACE32 units.

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