SG-8002CA 104.0000M-PCBL0

Oscillators

SG-8002CA 104.0000M-PCBL0 is a type of oscillator which has plenty of uses. It is a low profile, hermetically sealed, frequency control device, which has an operational frequency range of 1.5 MHz to 125 MHz.

This oscillator can be used for a variety of applications, including but not limited to medical, industrial, or aerospace; and it features a wide temperature range, ranging from -55°C to +125°C.

Application Field

The SG-8002CA 104.0000M-PCBL0 is ideal for applications that require high stability and accuracy in frequency and timing sources. For instance, the device can be used to measure the timing of different systems, such as in the synchronizing of electronic equipment; or in medical sensing applications, such as time-of-flight (TOF) which files sensors to measure the distance of objects. Moreover, in technologies like Wi-Fi and Bluetooth, SG-8002CA 104.0000M-PCBL0 can help to ensure a reliable connection.

In industrial applications, the oscillator can also be used to control the frequency of an industrial motor, allowing for smooth and accurate operation. It is also a great fit for radio and navigation systems, such as GPS, as its high stability and accuracy helps to ensure precise and reliable positioning.

Working Principle

The fundamental principle behind SG-8002CA 104.0000M-PCBL0 is vibration control. At its core, the oscillator is composed of a resonator, an amplifier, and control circuitry that functions together to control the vibration of the resonator. The oscillator uses the resonator to generate an oscillating signal, which is then amplified by the amplifier.

The control circuitry then takes the amplified signal, and adjusts it until it is at a certain frequency. This frequency can then be stored in the device, allowing it to maintain its frequency even if the temperature changes. Additionally, the device can be programmed to have different frequency values.

Conclusion

The SG-8002CA 104.0000M-PCBL0 is a low profile, hermetically sealed, frequency control device, and is ideal for applications that require stability and accuracy in frequency and timing sources. It has plenty of uses, such as in medical sensing, industrial motor control, Wi-Fi and Bluetooth connections, and in radio and navigation systems like GPS.

The fundamental principle behind the oscillator is vibration control, and it functions by using a resonator to generate an oscillating signal, which is then amplified, and adjusted by control circuitry until it reaches a certain frequency. The device can then store this frequency, allowing it to maintain its accuracy, even if the temperature changes.