Microstrip Circulators Series, Custom Design Available
Description
Microstrip Circulator: A circulator is a three-port device that allows microwave signals to flow in a circular manner between its ports. It exhibits unidirectional signal propagation, meaning that signals can only travel in one direction through the device. The basic principle behind a circulator is the use of non-reciprocal components, such as ferrite materials with a magnetic bias.
In a microstrip circulator, the electromagnetic energy is guided along microstrip transmission lines. The key components of a microstrip circulator include a ferrite material that exhibits magneto-optic properties, such as Faraday rotation. When a magnetic field is applied to the ferrite material, it causes the microwave signal to rotate in a circular path as it passes through the device, ensuring that signals travel from one port to the next in a fixed sequence.
Custom RF Passive Components
Only 3 Steps to Solve Your Problem of RF Passive Component.
1. Defining the parameter by you.
2. Offering the proposal for confirmation by Jingxin.
3. Producing the prototype for trial by Jingxin.
