The cavity resonator is a highly reliable solution that has been used extensively by many companies and research institutions for over a quarter of a century since our company began selling for the first time in Japan. With the extremely high Q value (over 10,000, typical) of the resonator itself, it is possible to accurately evaluate low loss materials with tan δ of 0.01 or less. Furthermore, since the measurement procedure is simple, you can efficiently measure materials with high repeatability. You can simply insert the rod-shaped sample into the sample insertion hole in the upper part of the resonator, and just click "measure". The measurement software guides you through the measurement with step-by-step explanation, with which you can obtain the correct measurement result from the beginning.
About technical information, refer to "Resonator Perturbation Technology Overview."
How to prepare your measurement sample, refer to "Proper sample preparation is the first step in accurate measurement."
|Model||Description||Res Mode||Q factor||Sample Hole||Connectors|
|CP-431||Cavity Resonator 1 GHz||TM010||>10,000||Φ2.6 mm||SMA(f)|
|CP-461||Cavity Resonator 2 GHz|
|CP-481||Cavity Resonator 2.45 GHz||TM020|
|CP-501||Cavity Resonator 3 GHz|
|CP-511||Cavity Resonator 5 GHz||>7,000|
|CP-521||Cavity Resonator 5.8 GHz|
|CP-531||Cavity Resonator 10 GHz||>6,000||Φ2.1mm|