10mh ferrite common mode choke online manufacture

Product Description: High current inductors are electrical components used to control current flow within circuits. They are often referred to as heavy current coils, current carrying inductors, or high ... Read More

Product Description: High Current Inductor is an ideal solution for applications requiring a heavy current choke, current carrying choke or high current choke. It is designed to handle high current applications... Read More

Product Description: RFID inductors are a type of radio-frequency identification (RFID) loop, which use a radio-frequency identification coil to transmit a radio signal of a certain frequency. These coils are ... Read More

Product Description: Common Mode Choke is a type of common mode EMI filter and noise suppressor that is designed with robustness and high efficiency in mind. It is constructed with a common ferrite core coil ... Read More

Product Description: High Current Inductor is a type of inductor designed to handle high amperage while providing reliable operation and excellent performance. It is also known as a high current choke or high ... Read More

Product Description: High Current Inductor is a heavy current coil specially designed to handle high amperage current. It is a reliable and efficient component in many power applications. Its wide range of ... Read More

Product Description: The Toroidal Core Inductor is the perfect solution for applications requiring a high current, low profile and space-saving wrapped core inductor. This device features a torus shaped core ... Read More

Product Description: Chip Power Inductor Chip Power Inductor is a type of inductor that is embedded in a chip. It is also known as chip-embedded inductor, chip-mountable inductor, or chip-supported inductor. It ... Read More

Product Description: RFID Inductor RFID Inductor is a kind of radio-frequency identification coil, also known as radio-frequency identification loop or RFID coil, which is used to induct radio-frequency signals ... Read More