HF3545-103Y2R7-T01

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 are popular, widely used electromagnetic noise suppression components. HF3545-103Y2R7-T01 is a type of CMC, and is the most commonly used for its good electrical characteristics with high q values, low DCR, high insertion loss, and low EMI radiation.

Application field: Common Mode Chokes (CMC) such as HF3545-103Y2R7-T01are found in an array of applications such as telecom, automotive, and consumer electronics. CMCs are also used in power supplies, AC power line filters, and as common mode filters for cables to suppress EMI, signal, and power line noise.

Working Principle: Common Mode Chokes such as HF3545-103Y2R7-T0takes advantage of its inductive property to reduce or eliminate common mode noise currents. The choke works by allowing only desired differential mode currents and blocking any common mode currents. The presence of the choke forces the current to flow through it in the same direction. This creates a strong electromagnetic field which suppresses common mode noise.

HF3545-103Y2R7-T01 is also equipped with a shield which helps to further reduce EMI emissions. By creating a physical barrier between the noisy signal lines, the shield works to prevent EMI from radiating out and reduces the amount of interference that can be picked up. It also helps to reduce the capacitive coupling between the signal lines.

This type of Hz3545-103Y2R7-T01 CMC is designed to meet all EMI requirements for power supplies and AC mains. It is also designed to be significantly faster in response time compared to most CMCs. This makes it ideal for applications requiring quick reaction times and reliable operation.

In summary, Common Mode Chokes like Hz3545-103Y2R7-T01 are useful for suppressing EMI and signal noise, mainly in power supplies applications. They feature a shield for further EMI protection and good electrical characteristics with high q values, low DCR, high insertion loss, and low EMI radiation. They are fast and reliable components that meet EMI standards.

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