| File Name | Description | File Type |
| matl_for_circulators_isolators.pdf |
Microwave Magnetic and Dielectric Materials for Circulators & Isolators |
Data Sheet |
| No6510.pdf |
No. 6510: Use of Ferrimagnetic Material in Isolators |
Application Notes |
| No6511.pdf |
No. 6511: Use of Ferrimagnetic Material in Circulators |
Application Notes |
| No6512.pdf |
No. 6512: Use of Ferrimagnetic Materials in Gyrators |
Application Notes |
| No652.pdf |
No. 652: A Discussion of Ferrite Material Characteristics in
Waveguide Digital Phase Shifters |
Application Notes |
| No658.pdf |
No. 658: Permeability Spectra of Ferrimagnetic Materials |
Application Notes |
| No661.pdf |
No. 661: Test for Complex Dielectric Constant |
Application Notes |
| No662.pdf |
No. 662: Test for Line Width and Gyromagnetic Ratio |
Application Notes |
| No663.pdf |
No. 663: Test for Saturation Magnetization |
Application Notes |
| No664.pdf |
No. 664: Test for Hysteresis Loop Properties |
Application Notes |
| No665.pdf |
No. 665: Test for Spinwave Line Width |
Application Notes |
| No666.pdf |
No. 666: Test for Switching Coefficients |
Application Notes |
| No691.pdf |
No. 691: Stabilization of Remanent Induction by
Thermal Annealing |
Application Notes |
| No693.pdf |
No. 693: Ferrimagnetic Substrates for Microwave
Integrated Circuits |
Application Notes |
Trans-Tech is the largest manufacturer of microwave ferrite materials in the world, producing tens of millions of pieces each year for the wireless industry. Our products range from high volume garnets for wireless infrastucture to specialized materials for radar applications. Applications require materials which work best in above resonance devices from 100 MHz to around 3 GHz, and another range of materials which suit devices working below resonance from about 1 GHz to 40 GHz or more. Another set of materials are available for high power applications. Some have suitable switching properties for devices based on below resonance phase shifting.
