HMTSW-207-27-T-D-1140

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The HMTSW-207-27-T-D-1140 from Samtec is a rectangular connector, male pins, ideal for a wide variety of signaling applications. It is able to provide direct I/O connections and is highly reliable with its robust and durable design.

The device consists of two parts: a male connector fitting on the board and a female connector on the cable assembly. The male connector has 27 pins arranged in a standard dual row configuration. The pins are plated in gold and have a 10μm-thick gold coating. The pin size is 0.95mm with a centre-to-centre pitch of 0.5mm and the overall connector is 15.4mm long and 4.4mm high. The female connector on the cable assembly is the same size and is made from the same materials with a gold plated 9μm-thick gold contact. Both contacts provide a secure fit with a rating of 1000+ mating cycles.

The HMTSW-207-27-T-D-1140 features a tolerance of ±0.3mm, robust termination reliability, and low insertion force. This device is suitable for high-speed applications such as automotive, HMI and industrial data processing, as it features a transmission frequency up to 6GHz, low insertion loss, and a return loss better than -40dB. The HMTSW-207-27-T-D-1140 is also designed to meet IP67 and IP68 requirements making it suitable for outdoor applications.

This device is designed with several safety features such as the ability for the insulation sleeve to withstand 1200V potential difference, as well as the ability for the plugging and unplugging forces to meet ROHS requirements which prevents any accidental or mechanical contamination.

This connector has a working temperature range of -40°C to +105°C and is available with a choice of mate and unmated options in multiple colors. It also has a number of additional options available including strain relief, harnesses and overmolded cables.

The HMTSW-207-27-T-D-1140 is a reliable and cost effective solution for a wide range of applications and is a good choice for any type of signal transmission. It is easy to mount and dismount, and its robust and durable design ensures it can withstand the elements and potential mechanical contamination. With its good frequency impedance characteristics, this device is well suited to high-speed applications that require reliable signal transmission.

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