SiTime Corporation Datasheets for Resonators

Resonators are frequency-selective electronic circuits that can produce a fixed (resonant) frequency when properly excited. The value of the resonant frequency depends on the circuit’s components (e.g., inductors, resistors, capacitors, crystals, etc.).
Resonators: Learn more

Product Name Notes
The XCalibur™ SiT1408 active resonator is a drop-in replacement for 4-pin SMD quartz crystal resonators. As an active MEMS device, the SiT1408 eliminates issues related to crystal resonators, such as...
The XCalibur™ SiT1409 active resonator is a drop-in replacement for high frequency 4-pin SMD quartz crystal resonators. As an active MEMS device, the SiT1409 eliminates issues related to crystal resonators,...
The XCalibur™ SiT1418 active resonator is a drop-in replacement for high temperature quartz crystal resonators. As an active MEMS device, the SiT1418 eliminates issues related to crystal resonators, such as...
The XCalibur™ SiT1419 active resonator is a drop-in replacement for 4-pin SMD quartz crystal resonators with wide temperature operation. Compared to traditional crystal resonators, XCalibur resonators have better reliability and...
The XCalibur™ SiT1420 active resonator is a drop-in replacement for 4-pin SMD quartz crystal resonators with wide temperature operation. Compared to traditional crystal resonators, XCalibur resonators have better reliability and...
The XCalibur™ SiT1421 active resonator is a drop-in replacement for 4-pin SMD quartz crystal resonators with wide temperature operation. Compared to traditional crystal resonators, XCalibur resonators have better reliability and...
The XCalibur™ SiT1424 active resonator is a drop-in replacement for automotive AEC-Q100 4-pin SMD quartz crystal resonators. This resonator offers wide temperature operation, up to -55 to +125°C. Compared to...
The XCalibur™ SiT1425 active resonator is a drop-in replacement for automotive AEC-Q100 4-pin SMD quartz crystal resonators. This high frequency resonator offers wide temperature operation, up to -55 to +125°C.