TMM-140-01-S-Q-RE

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Part Status:	Active

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Introduction

TMM-140-01-S-Q-RE is a single row, male pin headers specifically designed for the field of electronics. Featuring a rectangular connector frame, this type of header is primarily used to electrically connect two circuit boards using a through-hole solder process.

Design

TMM-140-01-S-Q-RE male pin headers are designed with a plastic rectangular frame measuring 12mm in length, 7mm in width, and 8mm in height. Its optimal temperature range is from -25°C to +85°C. Additionally, the material has a UL flammability rating of 94V-0. It is made with 10 single rows of genderless, stamped and formed pins that measure 1.27mm in diameter. This type of header comes in a RoHS compliant version and is UL listed.

Application Field

TMM-140-01-S-Q-RE male pin headers are most commonly used to connect two circuit boards electrically through a through-hole technique. They are widely used in high temperature industrial applications such as smart home automation, touchscreens, medical electronics, and consumer electronics. Furthermore, the robust plastic frame, in combination with the integrated locking mechanism, makes this type of male pin header ideal for outdoor and industrial applications.

Working Principle

The working principle of a TMM-140-01-S-Q-RE male pin header is relatively simple. It consists of two parts, the header and the corresponding mating part. For assembly, the header is placed on the circuit board with the corresponding mating part and pressed together. The header is then soldered to the board using a reflow technique. Once the solder is cooled and hardened, the male pin header is firmly and securely attached to the board. The pins then provide electrical connection between the two circuit boards.

Conclusion

TMM-140-01-S-Q-RE male pin headers are single row, rectangular connectors specifically designed for electronics. They are used to connect two circuit boards electrically through a through-hole technique. Their robust plastic frame and integrated locking mechanism makes them ideal for high temperature industrial applications. Their working principle is relatively simple and involves placing the header on the board and soldering it with reflow technology.

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