FTSH-108-01-L-D

FTSH - Samtec 1.27mm Through Hole Micro Header (FTSH)

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  • Micro header with various post heights
  • Available in surface mount and through-hole tails
  • End shroud option available
  • Vertical and horizontal row configurations
  • Impedance matched for high speed applications (Mated with CLP Series)

 

FTSH series is a JTAG standard connector series

Part No. Stock Qty Price Breaks Qty
FTSH-110-01-L-D-K  3D CAD
Standard delivery
4 - 6 working days *
1+: £3.0125+: £2.9250+: £2.77 View all prices
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* When ordering more than in stock, please contact us to confirm delivery time

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  • Technical Specification
  • More Info

Insulator Material: Black Liquid Crystal Polymer

Terminal Material: Phosphor Bronze

Plating: Sn or Au over 50µ" (1.27µm) Ni

Current Rating (FTSH/CLP): 3.3 A per pin (1 pin powered per row)

Operating Temp Range: -55°C to +125°C

RoHS Compliant

Lead-Free Solderable

A range of header strips for high mating cycle applications. The FTSH is highly configurable, offering through-hole, surface mount and mixed technology terminations, available in vertical and horizontal orientations, and it can be polarized and keyed to avoid incorrect installation.

JTAG Connectors, Joint Test Action Group

Joint Test Action Group, also known as JTAG, is the common name for IEEE standard 1149.1. This standard defines a particular method for testing board-level interconnects, which is also called Boundary Scan. In short, JTAG was created as a way to test for common problems, but lately has become a way of configuring devices. The JTAG hardware interprets information from five different signals: TDI (Test Data In), TDO (Test Data Out), TMS (Test Mode Select), TCK (Test Clock), and TRST (Test Report-optional).

The primary advantage of boundary-scan technology is the ability to observe data at the device inputs and control the data at the outputs independently of the application logic. Simple tests can find manufacturing defects such as unconnected pins, a missing device, an incorrect or rotated device on a circuit board, and even a failed or dead device.