SIT1602BC-71-18N-35.840000D

Oscillators

An oscillator is a device that generates a periodic, oscillating electronic signal, often a sine wave or a square wave. Oscillators are used in many different fields, such as clocks, radio receivers, and signal generators. SIT1602BC-71-18N-35.840000D is a type of oscillator which used in multiple applications.

Application Field of SIT1602BC-71-18N-35.840000D

SIT1602BC-71-18N-35.840000D is a commonly used crystal oscillator. It is an advanced form of VCXO, an abbreviation for Voltage Controlled Crystal Oscillator, and it provides excellent control of frequency over a wide operating voltage range. This model is a cylinder-shaped, surface-mount device that works in the frequency range of 10MHz to 20MHz. It is used in various industries, such as telecommunication, radio, and television broadcasting.

The most common application of SIT1602BC-71-18N-35.840000D is in the telecom industry where it is used for timing circuits and as a frequency reference for a wide range of telecommunication systems, such as mobile phones, base stations, radio broadcasting, and navigation systems. Moreover, this type of oscillator is widely used in consumer electronics, such as home theater systems, laptop computers, and game consoles.

Working Principle of SIT1602BC-71-18N-35.840000D

SIT1602BC-71-18N-35.840000D is of the same type as other crystal oscillators, which includes a quartz crystal that operates at a frequency determined by an external voltage source. The crystal is the key component that turns the oscillator into a timing device. It is a piezoelectric material that changes shape when voltage is applied to it, and this causes the frequency of the signal to change in a predictable way.

Three basic components are involved in the working of an oscillator. First, there is the active component, which is typically an amplifier. The amplifier takes the electrical input and turns it into a higher-amplitude signal. The second component is the feedback component, which is used to return the output signal back to the input. Finally, the third component is the filter, which filters out any noise and ensures that the output frequency is as pure as possible.

In the case of a crystal oscillator, the input signal is the external voltage source, while the feedback component is the quartz crystal. The filter is either a resistor-capacitor network or an active filter. The combined effect of the three components is what produces the output signal. The output signal is a sine wave with a certain frequency, which can be accurately controlled by changing the external voltage.

In summary, SIT1602BC-71-18N-35.840000D is a type of crystal oscillator used in many applications such as telecommunication, radio, and television broadcasting. It works by using a quartz crystal in combination with an amplifier, feedback component, and filter to produce a sine wave of a certain frequency, which can be accurately controlled by changing the external voltage.