TLE-146-01-G-DV-K

TLE-146-01-G-DV-K is a Rectangular Connector-Headers, Receptacles, Female Sockets. These connectors are commonly used for a range of electrical and electronic applications.

The TLE-146-01-G-DV-K connector is a 2mm pitch vertical connector header featuring an open top design. It is usually plugged into a companion TLE-146-02-G-DV-K receptacle. This type of connectors provide highly reliable interconnections and a secure fit due to their firmly engaging keyed housings.

The connectors have a 5-Pin arrangement. The actual female socket uses a pin insert molded with a high temperature thermoplastic insulator material. The insert is inserted into the socket insulator and soldered into place. It features a moulded flange which is secured to the Printed Circuit Board (PCB) with two solder points for increased anti-vibration stability.

These connectors are made of high-grade thermoplastic material to offer optimal durability and resistance to temperature and corrosion. They are designed to ensure secure mechanical and electrical connections by eliminating mechanical vibration and ensuring a strong mating force. The typical working temperature range for these connectors is -40°C to +85°C. They are also resistant to fire and fluids. Thanks to their robust design, they are suitable for a variety of harsh environments such as automotive, military, aerospace, and medical applications.

In addition, these connectors feature a snap-lock latched design that ensures a secure leaf lock connection when mated. This secures the connector during mating and prevents accidental disconnection. The electrical contacts are rated up to 3 Amps. The maximum contact resistance of the TLE-146-01-G-DV-K is 20 mΩ while its insulation resistance is 100 MΩ. The connectors offer superior signal transmission due to their low insertion loss. The typical insertion loss associated with the connector is 0.1 dB.

In conclusion, the TLE-146-01-G-DV-K connectors offer reliable, vibration resistant and secure mating connections for a variety of applications. The low contact resistance, high insulation resistance and superior signal transmission make them a great choice for demanding environments. They are easy to use and provide superior performance for your needs.