30AYP6C

Power Line Filter Modules: 30AYP6C Application Field and Working Principle

Power line filter modules are essential components that are used for protecting electronic equipment from hazardous conditions created by power supply and other electrical environmental interference. The 30AYP6C series of power line filter modules is designed to provide high-efficiency line-frequency filtering on unbalanced three-phase power lines for signal interference attenuation. The 30AYP6C series has a variety of characteristics such as high-current capacity, surge power density, high line-frequency filtering performance, and compact design.

The 30AYP6C series is suitable for applications which require high line-frequency making them ideal for electric vehicles, consumer electronics, industrial automation, computer, communication, internet of things (IoT) applications, and more. It is designed for high-efficiency line-frequency ripples attenuation across a wide frequency range (DC to 100Hz). The module is available in a range of sizes from 7 by 7mm to 14 by 14mm. It provides superior line-frequency interference attenuation across the whole operating frequency range.

The 30AYP6C series module is composed of multiple ferrite cores and capacitors distributed in different shapes and sizes. The module is designed with a full galvanized shell to provide superior protection by isolating the internal elements from external interference. The ferrite cores and capacitors are arranged in a specific order to get superior line-frequency attenuation, and they are connected with the power line signal by copper clips. The copper clips are specially designed to reduce the inner inductance and provide superior noise reduction at the same time.

The 30AYP6C power line filter modules have a high operating temperature range of -40℃ to +120℃. It is also designed with a wide input voltage range from 12V DC to 420V AC. The module is also integrated with overcurrent, overvoltage, and surge suppression circuits to provide superior protection against external electrical noise, surges, and line transient. The module also has a wide operating frequency range from 10Hz to 100Hz making it suitable for a wide range of applications.

The working principle of the 30AYP6C power line filter modules can be summarized in the following steps. The signal in the power line is filtered by the ferrite cores where they absorb the high frequency content of the signal.The capacitors are arranged in a specific order to attenuate the electric noise from the signal. The copper clips provide the connection between the power line and the module, while the capacitors reduce the inductance of the signal path. The galvanized shell of the module ensures superior protection from external interference and provides additional noise reduction.

In conclusion, the 30AYP6C series of power line filter modules are designed for superior line-frequency ripple attenuation across a wide frequency range. It provides superior protection from external electrical noise, surges, and line transient, while the galvanized shell provides excellent isolation from external interference. The capacitors, ferrite cores, and copper clips help reduce the inductance of the signal path and provide superior noise reduction. With its high current capacity, surge power density, and compact design, the 30AYP6C series is a great solution for a variety of applications.