CSTCE12M0GH5L99-R0

Resonators are dual frequency components that are widely used for passive RF applications. The CSTCE12M0GH5L99-R0 resonator is a widely used surface acoustic wave (SAW) device that is widely used for communication applications such as data transfer and wireless communication. This device can operate in two different frequency modes and provide a frequency dependent element (FDE) combination.

The CSTCE12M0GH5L99-R0 resonator has a broad range of applications since it is highly efficient and reliable. It is usually used in wireless communications, medical imaging, automotive navigation, indoor location tracking, and satellite navigation systems. It is also widely used in antenna tuning, impedance matching, and frequency stabilization. The performance of the device is highly dependable and can withstand high temperatures. Additionally, the device is very energy-efficient and dissipates very little power while in operation.

The working principle of the CSTCE12M0GH5L99-R0 resonator is based on the SAW principal. The device consists of two layers of piezoelectric material that are piezoelectrically coupled together. The device also includes two electrodes, which are used for tuning and drive the piezoelectric elements. When an electrical signal is applied to the electrodes, two standing waves are created in the resonator, one at each of the two different frequency modes. The output from the device is then obtained from the output of the piezoelectric element.

The CSTCE12M0GH5L99-R0 resonator has a wide range of applications and is a highly efficient and reliable device. It is used in a variety of applications, ranging from antenna tuning, impedance matching, and frequency stabilization to medical imaging and automotive navigation. Its performance is dependable and is capable of withstanding high temperatures. Additionally, it is energy-efficient and dissipates very little power while in operation. Lastly, the device works on the principle of SAW with two layers of piezoelectric material that are piezoelectrically coupled together, creating two standing waves at two different frequency modes, which is then obtained from the output of the piezoelectric element.