SIT1602BI-11-25E-75.000000E

An oscillator is an electronic circuit that is used to generate a continuous waveform with a certain frequency, by the repeated switching of a power source between two different electrical states. Oscillators produce an output signal whose tasks range from the simple generation of a harmonious audio tone, to providing clock pulses for use in digital computing. Oscillators are used for a wide variety of applications, and are found in almost every electronic device.

SIT1602BI-11-25E-75.000000E is an oscillator designed for use in precision frequency applications. This oscillator utilizes a crystal element to oscillate at a precise frequency, and is suitable for use in a range of different applications. The crystal element ensures that the oscillator remains stable, and has a low jitter performance.

Application Field

SIT1602BI-11-25E-75.000000E has a variety of uses in precision frequency application fields. Its balanced frequency stability and low jitter performance makes it suitable for use in radio communication and high-performance data transfer systems, frequency references, and timing control systems. It can also be used in phase locked loop (PLL), and for precision frequency amplification.

Working Principle

The working principle of SIT1602BI-11-25E-75.000000E relies on the use of a quartz crystal element. Quartz crystals have the property of vibrating at a very specific frequency when an electrical current is passed through them, and this is used in the construction of oscillators. In this oscillator, the crystal is connected to a pair of capacitors that are arranged so that the crystal is alternately charged and discharged, causing it to vibrate at a specific frequency. The frequency of vibration is determined by the size of the crystal and the capacitance of the capacitors. The output from the quartz crystal is fed through an amplifier and is used to create the output signal.

In sum, SIT1602BI-11-25E-75.000000E is a precision oscillator designed for use in frequency applications. It utilizes a quartz crystal element to achieve frequency stability, as well as low jitter performance. It can be used in radio communication and high-performance data transfer systems, frequency references, and timing control systems, amongst many other applications. Its working principle relies on the use of a quartz crystal element, which vibrates at a specific frequency, when an electrical current passes through it. The frequency of vibration is determined by the size of the crystal and the capacitance of the capacitors.