PSM1-252P-10B

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EMI/RFI Filters (LC, RC Networks)

The PSM1-252P-10B is an EMI/RFI filter type that is composed of an LC/RC type network configuration as a primary component. It is designed to provide superior noise reduction, filtering, and absorption within systems and devices where this type of data filtering and management is critical.

The LC/RC network configuration is configured using two inductors and a capacitor, and works by acting as a common mode filter for signals and waves that exist in the power and communication channels. By using this configuration, signals with higher levels of noise can be filtered and subdued, resulting in more stable operation. The capacitor and inductors both interact to regulate operation and absorb a wide range of frequencies. The result is better EMI and RFI noise reduction and regulation, ensuring predictable operation within sensitive systems and applications in which data integrity must remain intact.

PSM1-252P-10B configuration is commonly used in communication network applications such as telecom systems, broadcast and satellite transmission, and data transmission over long distance communication networks. It is also used in wireless microphones, audio receivers, head sets, and other devices that must maintain a high degree of noise reduction and regulation to avoid interference.

The construction of PSM1-252P-10B filter is designed to operate in a temperature range of -40°C to +85°C. It can handle up to 10 watts of power and operates with frequencies from 10KHz to 500MHz. Impedance varies depending on operating frequency and can range from 5Ω to 80Ω. It also includes features such as surge current protection and possesses low leakage current values.

The main benefit of using the PSM1-252P-10B filter is the reliable, consistent, and predictable performance it can achieve. Its LC/RC network configuration is robust and suitable for a wide range of applications and offers superior noise reduction and regulation. Furthermore, it helps ensure that data transmitted in critical communications systems remains intact and that noise interference is kept at a minimum.

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