SIT1602BC-23-18E-26.000000D

Oscillators are widely used computing components that are used for producing desired frequency signals. A SIT1602BC-23-18E-26.000000D oscillator is a particular type of oscillator that is designed to provide a stable, accurate frequency signal output for a range of applications. In this article, we will discuss the application field and working principle of SIT1602BC-23-18E-26.000000D oscillator.

Application Field of SIT1602BC-23-18E-26.000000D Oscillator

The SIT1602BC-23-18E-26.000000D oscillator is typically used in a variety of electronic and electrical devices, including medical instruments, telecommunications equipment, aircraft and automotive systems, security and surveillance applications, metrology systems, and more. This type of oscillator is particularly popular in high-end audio applications due to its high precision and stability, as well as its low noise level at high frequencies.

In terms of frequency ranges, the SIT1602BC-23-18E-26.000000D oscillator offers an impressive range from 16 kHz to 19 MHz. This makes it suitable for use in applications where a wide variety of frequencies are needed. The oscillator also comes with an operating temperature range of -20°C to +75°C, making it ideal for outdoor use in extreme temperatures.

Finally, the SIT1602BC-23-18E-26.000000D oscillator also offers up to -80 dBc/Hz phase noise as well as a wide range of power levels from 0.4 mW to 10 mW. Additionally, the oscillator offers both logic levels of high and low.

Working Principle of SIT1602BC-23-18E-26.000000D Oscillator

The SIT1602BC-23-18E-26.000000D oscillator features a high-stability oscillator circuit using a quartz crystal that provides superior long-term frequency accuracy and stability. The circuit uses a voltage-controlled high-frequency oscillator, also known as VC-Oscillator, to generate the desired frequency.

In this type of circuit, an electrical voltage is applied to the quartz crystal, which causes the crystal to vibrate. The frequency of the vibration is determined by the crystal’s parameters. The oscillator circuit then measures the vibrations and converts them into electrical signals.

The oscillator circuit then amplifies the signal and then uses a phase-locked loop to control the output frequency by comparing the input and output frequencies. The phase-locked loop ensures that the output frequency is always the same, regardless of the input frequency. This type of circuit also helps to reduce any noise or drift caused by temperature changes, ensuring that the output frequency is stable and accurate over time.

Overall, the SIT1602BC-23-18E-26.000000D oscillator is an ideal choice for applications where high precision and stability are required. Its wide operating temperature range, low noise level and wide frequency range make it suitable for a variety of applications. Additionally, its voltage-controlled oscillator circuit ensures that the output frequency is always accurate and stable.