ESP-10-102-D

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Power Line Filter Modules are used in many different applications. One of the more popular ones is the ESP-10-102-D which is designed for input filter with targeted rejections at the frequency ranges of 100Hz~30MHz.

The ESP-10-102-D uses an inductor-capacitor (LC) filter for a single-phase electronic filter. It has a rated current of 10A, 50 or 60Hz, input voltage of 250V, and output voltage of 4-24V. It has a fast response time and low ripple. The module is resistant to shock and vibration and is IP50 rated. It is also UL, CE, and RoHS compliant.

The ESP-10-102-D has two terminals; an input terminal and an output terminal. The input terminal supplies a DC voltage of 4-24V to the filter. The output terminal is the filtered output with a targeted rejection of the frequency range of 100Hz~30MHz. The module also has an EMI, ESD and EFT protection circuit which further reduces undesirable signals at the output.

The module is also equipped with a mission filter, which reduces conducted EMI generated by switching supplies. This filter is designed to eliminate unwanted interference and increase reliability. The module also has a high temperature shock-resistance dielectric. This dielectric helps protect against any damage caused by fluctuating temperatures or shock.

The working principle of the ESP-10-102-D can be explained as follows. It first uses an inductor-capacitor filter to reduce all undesirable signals in the frequency range of 100Hz~30MHz. Then, it uses a mission filter to reduce conducted EMI generated by switching supplies. Lastly, the module is equipped with a high temperature shock-resistance dielectric, which helps protect against any damage caused by fluctuating temperatures or shock.

In conclusion, the ESP-10-102-D is an effective single phase filter module designed for input filter and can reduce the undesirable signals in the frequency range of 100Hz~30MHz. It is designed to have a fast response time, low ripple, shock and vibration protection, EMI, ESD and EFT protection, and high temperature shock resistance dielectric for improved reliability.

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