SIT8256AC-GF-18E-156.257812T

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Oscillators are commonly used in many electrical and electronic applications including radios, televisions, computers and a range of other timing and control applications. They are an essential form of electronic component as they provide a mechanism for generating an electrical signal with a precise frequency. SIT8256AC-GF-18E-156.257812T is an example of an oscillator that finds use in a range of applications.

SIT8256AC-GF-18E-156.257812T is part of the SIT8256 family of oscillators which are produced by Sky Direct Manufacturing, Inc. This particular oscillator is a quartz crystal oscillator that is capable of providing a high precision, low jitter output signal. It utilizes a temperature compensated crystal to ensure that the frequency of the output signal remains constant even over changes in temperature.

The SIT8256AC-GF-18E-156.257812T oscillator has a wide range of operating parameters. These include an operating frequency of 156.257812MHz and a stability of +/-0.3 ppm across a temperature range of -40 to +85 degrees Celsius. The oscillator has a maximum output frequency of up to 400MHz and is capable of generating a square wave output with a rise/fall time of 3.5ns minimum. It also has an operating voltage of 2.8V, a logic control capability, and a high shock and vibration resistance.

In terms of its application field, this oscillator finds use in a range of different applications. It is often used in wireless communication systems to provide a reference clock for frequency synthesizers. These can be used for low and high frequency transmission systems such as GSM, C-TODO and Wi-Fi. The oscillator is also ideal for use in consumer electronics and personal computers. It is particularly suitable for applications where precision and high accuracy are required. It can also be used in navigation systems and clocks.

In terms of its working principle, the SIT8256AC-GF-18E-156.257812T oscillator utilizes the principle of quartz oscillation. This involves a quartz crystal surrounded by an oscillator circuit. The crystal is excited by a voltage and it begins to expand and contract as electricity passes through it. The rate at which this happens is determined by the elasticity and stiffness of the crystal. As the crystal expands and contracts, it produces vibrations which are then converted into an electrical output signal that has a precise frequency.

Therefore, the SIT8256AC-GF-18E-156.257812T oscillator is an ideal choice for applications where precision and accuracy are required. It is also suitable for a range of different applications including wireless communication systems, consumer electronics and personal computers. The oscillator is based on the principle of quartz oscillation and it utilizes a temperature compensated crystal to ensure a constant frequency even over varying temperatures.

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