SIT1602BC-71-25E-24.576000E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are electrical circuits that allow for the creation of a periodic waveform with a particular frequency. An oscillator will inherently exhibit certain behaviors that allow it to produce and transmit an oscillating signal. SIT1602BC-71-25E-24.576000E is one such example of an oscillator – here we\'ll go over its application field and working principle in detail.

When discussing oscillators, one of the primary considerations is that of frequency. Frequency is a measure of cycles of a given signal per unit of time and is a measure of the speed or rate of oscillation. SIT1602BC-71-25E-24.576000E has a frequency of 24.5760MHz, which is quite high. Such a frequency is particularly useful for applications in radio transmission and reception.

In terms of its application field, SIT1602BC-71-25E-24.576000E is ideal for use in radio communication systems that involve a variety of carrier frequencies being utilized. As the oscillator mentioned here has very high frequency stability over a wide temperature range, it is suitable for use in medical and military equipment, among others. Additionally, its low phase noise and very low power consumption make it ideal for various consumer electronics.

Moving on to its working principle, an oscillator basically works on the principle of negative feedback. In this system, the amplitude of the output waveform is regulated directly by the amount of feedback provided to the amplifier. The feedback is in the form of a signal that is created by inversely combining the input signal with the output one. This results in an amplified signal that then acts as the input to the amplifier again – thereby creating a repetitive, cyclic waveform.

Explaining further, in the case of SIT1602BC-71-25E-24.576000E, the high frequency signal generated is coupled to the base of the transistor, which then acts as an inverting amplifier. This provides the necessary negative feedback to the transistor that allows it to produce the continuously oscillating signal at the required frequency. The output of this oscillator is then utilized for the purposes mentioned above.

The SIT1602BC-71-25E-24.576000E is an example of an oscillator that offers very high frequency stability over a wide temperature range and consumes very low power. It is ideal for applications in medical, military, consumer electronics and radio communication systems. It works on the principle of negative feedback, wherein a signal created by combining the input and output is used to regulate the amplitude of the output waveform. This then creates a repetitive, cyclic waveform that can be utilized for the mentioned purposes.

The specific data is subject to PDF, and the above content is for reference