SG-9101CE 12.000000 MHZ C02PHAAA

Oscillators are essential components used by many different industries to create precise periodic signals and waves. The SG-9101CE 12.000000 MHZ C02PHAAA is a specific type of oscillator that works on all frequencies up to 12 MHz. It is an ultra low noise, high precision crystal oscillator and an ideal solution for those needing a frequency reference in frequency-critical applications.

The SG-9101CE 12.000000 MHZ C02PHAAA utilises a quartz crystal element, which is a combination of tuned piezoelectric material suspended between two electrodes. The electrodes are connected to an electronic circuit that energises the crystal, allowing it to vibrate at a precise frequency, usually within the radio frequency range. This precise frequency is used to generate a signal that can then be used for a variety of purposes, such as in synchronised circuits, frequency synthesis, timing, communication, and measurement.

The device has a number of advantages and features that make it an ideal oscillator for many applications. It is a low noise and high precision oscillator with stable and accurate performance. The quartz crystal has extremely wide temperature range stability and low aging rate, mean time between failures, and power consumption. It also has low jitter frequency synthesis and small phase noise. Furthermore, the SG-9101CE 12.000000 MHZ C02PHAAA has high reliability and can operate in temperatures ranging from -40°C to 85°C.

The SG-9101CE 12.000000 MHZ C02PHAAA is used in a variety of applications that require extremely stable frequencies. These include radio broadcast equipment, automotive electronics, toys, medical equipment, mobile phones, military and aerospace applications, servers and access points, TV sets and recorders, industrial equipment, base stations, wireless access points, and GPS receivers, among many others. It can also be used in handheld instrumentation and precision measurement equipment, such as phase lock loops, synthesisers, and discriminators.

The oscillator is typically used in conjunction with a PLL (phase-locked loop) circuit or microcontroller oscillator circuit, both of which help to improve the accuracy and stability of the device. The PLL is a circuit that locks a voltage signal to the output frequency of an oscillator, while the microcontroller oscillator circuit uses a feedback loop to regulate the oscillator’s output frequency.

The SG-9101CE 12.000000 MHZ C02PHAAA is a reliable and precise oscillator that offers numerous advantages and features. It is widely used in a variety of applications that require extremely stable and accurate frequencies, and is an ideal solution for those who need a frequency reference in frequency-critical applications.