TELEDYNE MICROWAVE offers a range of ferrite isolators and circulators, which are essential components in microwave systems.
Basic Operation
Ferrite isolators and circulators operate by directing microwave signals from one port to another, depending on the direction of the signal. A magnetic field is applied to the ferrite material, which saturates the material and allows the device to function as an isolator or circulator.
Temperature Effects
The performance of ferrite isolators and circulators is affected by temperature. The saturation magnetization (4nMs) of the ferrite material varies with temperature, and if the temperature is too high, the domains in the ferrite material become misaligned, reducing the device’s performance.
TELEDYNE MICROWAVE offers various design approaches to optimize the performance of ferrite isolators and circulators, including lumped constant, above resonance, and below resonance designs. The choice of design depends on the specific requirements of the application.
Models and Mounting Options
TELEDYNE MICROWAVE offers a range of models with different mounting options, including SMA and TNC connectors. The company also provides custom designs to meet specific customer requirements.
Manual:
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