SIT1602BC-13-30N-66.666660D

Oscillators are important electronic building blocks commonly used by engineers in their designs. The SIT1602BC-13-30N-66.666660D is an example of a crystal oscillator circuit used in a variety of applications. This article will discuss the application field and working principle of crystal oscillators.

Crystal oscillators are used in a variety of applications, such as radio frequency (RF) receivers and transmitters, embedded microcontrollers, and audio circuits. These circuits contain an oscillator that comprises two or more capacitors, a crystal, and a resistor. The capacitors and resistor form a parallel RC network, while the crystal is wired in series with the parallel RC network. The crystal oscillator creates a signal by electronically tuning the crystal to a given frequency. This signal is then used as the basis for performing useful tasks—for example, generating a stable frequency signal for radio transmissions, or for driving microcontroller operations.

The SIT1602BC-13-30N-66.666660D crystal oscillator circuit is particularly advantageous because of its stability over a wide frequency range over wide temperature variations. This oscillator circuit typically consists of a quartz crystal resonator, a single inductor, and a center-tapped trimmer capacitor. The circuit functions by applying a DC bias current to the inductor and adjusting the center-tapped trimmer capacitor until a given frequency is achieved. The crystal resonator then converts electrical energy into mechanical energy in the form of sound waves. These sound waves are then used to monitor and maintain the frequency of the oscillator circuit. This is known as the crystal oscillator’s working principle.

In summary, the SIT1602BC-13-30N-66.666660D crystal oscillator circuit is an important electronic building block used in applications such as RF receivers and transmitters, embedded microcontrollers, and audio circuits. The oscillator circuit is designed to allow for a wide range of frequencies over a wide temperature range. The oscillator circuit works by applying a DC bias current to the inductor and adjusting the center-tapped trimmer capacitor to achieve a given frequency, and then using the resonance of the crystal to monitor and maintain the frequency.