CPLE-3-50TR-R

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The CPLE-3-50TR-R is a fixed inductor, which is commonly utilized for noise filtering applications with bandwidths of up to 50 KHz. It is typically employed in conjunction with other capacitive and resistive elements to create a complete set of filter components. In comparison to other types of inductors, the CPLE-3-50TR-R offers high power handling, with its rated current of up to 5 A and maximum resistance of up to 500 Ω.

This inductor’s construction features a molded device with a single wound copper wire. It offers a relatively high indication of inductance, with a maximum of 6.8 H. Notably, CPLE-3-50TR-R possess superb temperature stability, with a temperature coefficient ratio (TCR) of ±0.15%. Additionally, its temperature range is quite wide, covering -40℃ to 105℃, making it suitable for use in extreme environments. Moreover, this inductor has a very low current consumption and low power dissipation.

The main application of CPLE-3-50TR-R is circuit noise suppression. It works by creating a low-pass filter in the scope of the circuit, removing noise at higher frequencies and allowing only signals of low frequencies to pass through. Such noise filtering process usually involves attaching the inductor to a capacitor, in combination with resistive elements. This combination of components works together to create a complete set of filter components, thus filtering out noise at specific frequencies.

The basic working principle of the CPLE-3-50TR-R is based on the principles of electromagnetic induction. When a varying current passes through the circuit, an inductance field is formed, which serves as a barrier against high-frequency noise. As current passes through the inductor, the field created by the inductor will cause the voltage to drop, thus allowing only a certain range of frequencies to pass through.

The CPLE-3-50TR-R is a very effective noise filter, with advantages like high power handling and a wide temperature range. It also offers excellent temperature stability, making it well suited for applications under extreme conditions. Furthermore, its operation is based on the principles of electromagnetic induction, making it reliable and easy to use.

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