PG1265NLT

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

Common Mode Chokes (CMC) are an important component in the realm of power electronics. Used for signal filtering, power supplies, data transmission, and power control, CMC’s act as a link between sources of the electricity and its ultimate destination. PG1265NLT is a type of CMC, specifically suited for broadband communications applications.

The fundamental purpose of the PG1265NLT is to reduce the noise interference generated from or transmitted through power lines. By significantly attenuating common mode signals, it helps to maintain the required signal-to-noise ration. By operating across a wide-frequency range, it reduces the risk of interference from both low and high frequencies.

It can be used to filter out electromagnetic interference (EMI) produced from nearby sources such as switching power supplies, and attenuates currents flowing in a common mode between hotlines and grounds. This capability is particularly valuable in high noise environments.

The working principle of the PG1265NLT is similar to other CMCs, relying on inductive rather than capacitive coupling. Thus it provides good insulation between high and low voltage devices, and also prevents induced current from flowing from one device to another.

The PG1265NLT consists of three main components: two primary coils, a secondary coil, and two capacitors. The primary coils are placed on each side of the secondary coil, and form a closed circuit with it. The secondary coil is then connected to two capacitors which help to reduce the reactance that is created when a current passes through the coils. This helps to make the PG1265NLT a more effective filter against EMI interference.

The PG1265NLT is designed for use in a variety of broadband communications applications, especially those that are subject to a high degree of EMI interference. Common applications include satellite communications, wireless networks, and telecommunications systems. It is also commonly employed in military aircraft, industrial motors, home automation systems, and robotic controllers.

In terms of its performance characteristics, the PG1265NLT is highly robust and reliable. It has a maximum operating temperature of 125°C, and is capable of withstanding an operating voltage of up to 300VAC. The unit is also immune to most common electrical transients. Additionally, its low profile and compact design makes it easy to install and integrate into existing systems.

In conclusion, the PG1265NLT is an effective and reliable common mode choke, specifically designed for use in broadband communication applications. By relying on inductive rather than capacitive coupling, it provides a stable connection between power sources and their ultimate destination, and significantly attenuates common mode signals to reduce the risk of interference. Its robust design and reliable performance make it the ideal choice for a wide variety of applications.

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