Tag-Connect, LLC
Tag-Connect TC2030-IDC-NL 6-Pin No-Legs IDC Programming Cable
Tag-Connect TC2030-IDC-NL 6-Pin No-Legs IDC Programming Cable
SKU: TC2030-IDC-NL
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Key Features
Overview
The Tag-Connect TC2030-IDC-NL is a 6-pin Plug-of-Nails™ programming/debug cable that mates directly to a tiny TC2030 footprint on your PCB—no header required. Its 0.1″ IDC ribbon end connects to standard programmers, while spring-loaded pins contact the target pads via three alignment holes to ensure correct orientation. This “No-Legs” version is intended for quick, hand-held operations; for temporary hands-free retention during debugging, add the TC2030-CLIP.
The TC2030 family helps engineers cut PCB area and eliminate connector BOM and assembly time on every unit. If you need a self-retaining option for longer sessions, choose a legged 6-pin variant such as TC2030-PKT. For a longer non-legged lead, see TC2030-IDC-NL-10. If your toolchain uses Cortex SWD pinouts, consider the CTX family (e.g., TC2030-CTX-NL-STDC14) or pair this cable with the appropriate adapter such as ARM20-CTX to TC2030-IDC. For 10-pin targets, see TC2050-IDC-NL.
Engineers choose TC2030-IDC-NL to minimise board space, remove recurring connector costs, and speed production programming—while retaining compatibility with mainstream tools.
Why Engineers Choose The Tag-Connect TC2030-IDC-NL 6-Pin No-Legs IDC Programming Cable
Save PCB Area
Cut Recurring Costs
Faster Production
The Tag-Connect TC2030-IDC-NL is the "No Legs" 6-pin Plug-of-Nails™ programming cable fitted with a 6-pin 0.1″ pitch ribbon connector.
With its tiny 0.02 sq inch footprint the TC2030 Tag-Connector has a footprint using about the same PCB space as an 0805 resistor.
The "No Legs" versions of our cables are designed to be held in place by hand for a fast programming operation or can be temporarily retained in place for debugging when used with our TC2030-CLIP boards.
See TC2030-IDC for the "Legged" version which has four additional feet which hold it securely in place on the PCB for debugging or programming use.
Popular applications include programming Atmel AVR, many Renesas MCU's (when used with our TC-Renesas E1 / E8a adapter) and Zilog. Also great for bringing our SPI / IIC / RS232 and test signal access.
Also available in 10″/254mm lengths (TC2030-IDC-NL-10). Contact us for 36″ length versions of these cables.
| General Information | |
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Part Number (SKU) |
TC2030-IDC-NL
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Manufacturer |
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| Physical and Mechanical | |
Weight |
0.1 kg
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| Other | |
Warranty |
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HS Code Customs Tariff code
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EAN |
5055383690916
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Frequently Asked Questions
Have a Question?
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How does the No-Legs version differ from the standard TC2030-IDC?
The No-Legs version eliminates the four plastic retention clips, reducing the footprint by 66% whilst requiring manual holding or optional clip boards for extended use.
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What cable lengths are available for the TC2030-IDC-NL?
Debug Store stocks both 6-inch standard and 10-inch extended versions, with custom 36-inch lengths available upon request for specialised applications.
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Is the TC2030-IDC-NL compatible with existing programming hardware?
The standard 6-pin 0.1" IDC connector ensures compatibility with most programming tools, whilst adapter boards are available for specific debugger interfaces.
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How does the TC2030-IDC-NL compare to more expensive programming solutions?
Unlike £200+ dedicated programming adapters, the TC2030-IDC-NL provides equivalent functionality at substantially lower cost whilst eliminating per-board connector expenses.
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What PCB design considerations are required for the TC2030-IDC-NL footprint?
The footprint requires precise pad dimensions, three alignment holes, and keepout areas. Complete design files and specifications are available from Debug Store technical documentation.
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Can the TC2030-IDC-NL be used for debugging as well as programming operations?
Yes, when combined with optional TC2030-CLIP retaining boards, the cable provides secure connection for extended debugging sessions whilst maintaining the compact footprint advantage.
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How does the TC2030-IDC-NL ensure correct connection orientation during programming?
Three precision steel alignment pins and asymmetric pad layout prevent incorrect insertion whilst guaranteeing proper electrical contact and programming signal integrity.
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Which microcontroller families and programming protocols does the TC2030-IDC-NL support?
The cable supports Atmel AVR, Renesas MCUs, Zilog processors, and ARM Cortex devices using protocols including SPI, IIC, RS232, PDI, UPDI, aWire, and debugWire interfaces.
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How many programming cycles can the TC2030-IDC-NL handle before requiring replacement?
The high-reliability pogo pins are rated for 100,000 operations, providing exceptional durability for both development and high-volume production programming applications.
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What is the footprint size of the TC2030-IDC-NL compared to traditional programming headers?
The TC2030-IDC-NL requires only 0.02 square inches compared to 0.52 square inches for traditional RJ12 connectors, representing a 96% space saving whilst maintaining full programming functionality.
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Does the IDC end require a special programmer?
No—the 0.1″ 6-pin IDC mates with common ribbon-style programmer headers/adapters.
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Where can I get footprints and CAD for the TC2030 pattern?
Tag-Connect provides datasheets/footprints, and third-party libraries exist (SnapEDA/UltraLibrarian).
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Is there a legged 6-pin alternative?
Yes—see TC2030-PKT for a self-retaining 6-pin legged cable.
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What’s the difference between legged and no-legs versions?
Legged (“with legs”) self-secure to the board for extended debugging; no-legs are ideal for quick programming and smallest footprint.
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How do I hold an -NL cable in place during longer sessions?
Use the TC2030-CLIP retainer which grips the alignment pins from the PCB’s back side for a secure temporary connection.