DSC6083CI2A-120K000T

Oscillators are electronic devices that generate an electromagnetic signal at a certain frequency.The DSC6083CI2A-120K000T is a type of oscillator that has a wide range of applications, including communication systems, automotive electronics, medical equipment, lasers, and microwave systems.This oscillator is capable of being used in a wide variety of applications because it has a high frequency range, low phase noise, and low spurious signals.

The DSC6083CI2A-120K000T oscillator is designed to generate a signal at a frequency of 120KHz.It has a wide operating temperature range of -40 to +85 degrees C.It also has a low phase noise of -120 dBc/Hz at 100KHz offset and a maximum stability of ±20 ppm.The unit has a fast rise and fall time of 3 ns.It also has a small form factor with dimensions of 3.5 x 9.2 x 0.4 mm.

The working principle of the DSC6083CI2A-120K000T oscillator is based on the Colpitts oscillator circuit. It is a type of LC tank circuit that consists of two capacitors and an inductor. The most important parts of the Colpitts oscillator are the inductive and capacitive components as they determine the frequency of the generated signal.

The operation can be described as follows: First the output signal is fed back to the signal source. This causes the oscillations to be amplified which forces the voltage and current of the signal to increase exponentially. As the magnitude of the signal increases, the output is switched on and off repeatedly, resulting in the signal oscillating between two points until it reaches equilibrium. During this process, the voltage of the input signal is also amplified.

The DSC6083CI2A-120K000T oscillator is a reliable and cost-effective solution for various applications. Its wide frequency range, low phase noise, and low spurious signals make it ideal for communication systems, automotive electronics, medical equipment, lasers, and microwave systems. Additionally, its small form factor and fast rise and fall times ensure a high degree of stability and accuracy.