MHQ1005PR15JT000

Introduction: The MHQ1005PR15JT000 Fixed Inductor is a miniature self-supporting high-frequency inductor typically used in various wireless communication radio frequency circuit designs. This component exhibits great electrical and thermal performance while providing high incremental inductance accuracy and low profile height for space saving applications. It also offers excellent EMI suppression, low DCR and low power consumption.

Application Field: This MHQ1005PR15JT000 Fixed Inductor component can be found in many applications. It is mainly used in wireless radio frequency circuit designs, such as Wi-Fi, Bluetooth, ZigBee, and more. It performs excellent in these applications as it is a very reliable component with high performance. It can also be used in many other applications, such as wideband/low band amplifiers, front and rear switched filters, DC/DC converters, ATMega microcontrollers, RFID systems, power supply circuits, and more.

Working Principle: Inside the MHQ1005PR15JT000 Fixed Inductor component, there is a coil with core encased in a sealed housing. When a current passes through the coil it generates a magnetic field that induces a voltage across the coils of wire. This induced voltage in turn generates a current that adds to the original current, creating a growing magnetic field and an expanding current loop. This high frequency signal is able to pass through even the thickest layers of dielectric material, allowing the inductor to be a very reliable, high-performance component that can help reduce radiated emissions.

Conclusion: The MHQ1005PR15JT000 Fixed Inductor is an excellent component for many types of applications, especially wireless communication radio frequency circuit designs such as Wi-Fi, Bluetooth, and ZigBee. Its performance is excellent with high electrical and thermal functioning, plus low profile height to reduce the need for space. It also provides excellent EMI suppression, low DCR, and low power consumption. It is a reliable component that helps reduce radiated emissions, and is ideal for a wide variety of applications.