147792-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Male Pins, have many different application fields and working principles. The 147792-1 is one type of this connector. This particular connector is designed for applications with higher current capacities.

The 147792-1 has two common application fields. The first is in a variety of low voltage applications. This connector type is well suited for DC power, low voltage control signals, TTL/CMOS-type logic circuits, and low speed databus applications in the commercial, industrial, and consumer fields. The second application is in higher voltage applications. This includes RF and power amplifier circuits, high voltage RF applications, and high-power laser insulation.

The working principles of the 147792-1 make it especially suited for these higher voltage applications. High contact force is part of its design, which means it has a low resistance and low signal loss. The has excellent temperature resistance, which stabilizes electrical performance over a broad temperature range, and a crimp-on type allows for easy installation. Additionally, it has a high-insertion force and a male-pin type for excellent contact reliability.

The construction of the 147792-1 is another factor that makes it a great choice for many applications. It’s made using a die-cast zinc alloy that is durable and corrosion resistant, which makes it highly suitable for harsh environments. Its other construction features include an elastomeric backshell, positive locking lanyard, and a 2-part rear insulator.

The 147792-1 rectangular connectors are an ideal choice for many different applications. The high current capacity, wide temperature range operation, and excellent contact reliability make it a great choice for commercial, industrial, and consumer use. Its construction features make it strong and reliable as well. All of this makes it well suited for high voltage applications, like RF and power amplifier circuits.

The specific data is subject to PDF, and the above content is for reference