Timonta AG electromagnetic filter model FMW 2-200-30/Z

Timonta AG FMW electromagnetic filter 2-200-30/Z 1. Timonta AG: Timonta AG is a Swiss company that produces electronic components and power filters. The company especially specializes in noise and electromagnetic (EMI) filters. These filters are used to protect electronic equipment against external noise and interference and are used in various industries including communications, industrial electronics and automobile manufacturing. 2. Product code "FMW 2-200-30/Z":** This product code indicates a specific model of power filters that has characteristics such as passing current up to 30 amps and voltage up to 250 volts. This type of filter is designed to reduce electromagnetic interference and improve the performance of devices in electrical networks. 3. Voltage and current: The technical specifications of 250 volts and 30 amps show that this filter is suitable for use in medium to high power circuits. Usually, such specifications are found in industrial devices that are connected to three-phase electricity. **4. Technical specifications (3x0.22 uF and 2x 15nF):** This specification is related to the capacity of the capacitors inside the filter. Capacitors are used to reduce noise and regulate electrical signals. A capacity of 0.22 microfarads is suitable for filtering low frequency noises and a capacity of 15 nanofarads is suitable for high frequency noises. **5. Applications:** Electromagnetic filters like "FMW 2-200-30/Z" model are designed to eliminate unwanted noise in electrical systems. These filters are very important in industrial systems that work with large and variable loads. By reducing external interference, they help to improve the performance of equipment and increase the efficiency and lifespan of devices. **6. Conclusion:** The filters manufactured by Timonta AG and especially the "FMW 2-200-30/Z" model are designed to protect electronic equipment against electromagnetic interference and improve the performance of power systems. These filters provide more optimal performance for industrial and electronic devices by reducing noise and improving signal quality.