SG-8101CE 125.0000M-TCHPAB

An oscillator is a device that produces an oscillating or alternating signal that is used as a source of electrical energy in electronic systems. Oscillators are used in a wide variety of applications, including radio and television transmission, wireless communications, sound synthesis, and radar systems. The SG-8101CE 125.0000M-TCHPAB is an oscillator that is used in many applications.

The SG-8101CE 125.0000M-TCHPAB is an active general-purpose 6-digit oscillator that is suitable for frequencies between 8kHz and 125MHz. It is designed using a high resolution quartz pressure sensor and high stability circuitry. The SG-8101CE offers an adjustable wide frequency range that can be adjusted to meet connected devices’ requirements. It offers excellent frequency accuracy and temperature stability, as well as output power stability up to ±50ppm. The SG-8101CE also offers excellent long-term stability, which is an important consideration for many applications such as timings systems and broadcast audio systems.

The SG-8101CE is a great choice for a wide range of applications, including radio broadcast systems, digital radio systems, wireless communication systems, HD radio and television systems, and industrial and medical imaging systems. The SG-8101CE can be used to enhance the performance of transmission systems by providing high frequency resolution and accuracy. It is also suitable for various audio applications, such as high-end surround sound systems.

The SG-8101CE is a reliable oscillator that is built with a high level of stability and accuracy. It has a low-noise design that ensures that it can be used in applications that require lower levels of frequency noise. The low-noise design also makes the SG-8101CE an ideal choice for applications in medical imaging and other precision-sensitive applications.

The working principle of the SG-8101CE is based on the principle of pressure sensing oscillation. Pressure sensing is a method where a pressure sensor is used to measure the pressure of a medium, such as air, in order to determine the frequency of an oscillator. The pressure sensor is integrated into the oscillator circuit and when pressure is applied, the pressure sensor produces an electrical signal which is then converted into an oscillating signal. The frequency of the oscillating signal is determined by the pressure of the medium and the frequency of the oscillator circuit.

The SG-8101CE is a versatile oscillator that is suitable for a wide range of applications. It is designed with high stability and accuracy, as well as low-noise performance. The pressure sensing principle provides an excellent performance and the low-noise design makes it ideal for precision-sensitive applications. The SG-8101CE is an ideal choice for a wide range of applications, including radio broadcast systems, digital radio systems, and wireless communication systems.