SIT1602BC-83-30N-28.636300T

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Oscillators are a type of device used to generate signals with a precise frequency. The most commonly used oscillators today are electrically powered, relying on circuit components to create electrical vibrations that can be outputted as a signal, a perfect sine wave, or a mixture of waveforms. The SIT1602BC-83-30N-28.636300T is an example of an oscillator used in many applications.

The SIT1602BC-83-30N-28.636300T oscillator is a surface-mount type 3 plastic package, used mainly for telecommunications and other high frequency systems. It is a quartz crystal oscillator designed to be a low-power and low-noise performer. It works in extreme temperatures, while also offering good phase noise and a low jitter frequency stability. The stand-out feature of this oscillator operation is its ability to generate accurate frequency signals at extremely low power levels.

The SIT1602BC-83-30N-28.636300T is designed for applications that require a clock signal in the range of 3V to 15V with a frequency range of a few kHz to several hundred MHz. A wide range of frequencies is available and the device is able to support a wide variety of output formats, such as low-voltage differential signaling (LVDS), clock signals, and clock synchronization signals. This makes it suitable for a variety of input devices in different industries, including cellular phones, satellite receivers, digital audio and video recording devices, telecoms networks and consumer electronics.

The core principle of operation for this oscillator is based on the ‘piezoelectric effect’. This effect sees an electric charge created when stress is placed on certain materials, such as crystals. In the SIT1602BC-83-30N-28.636300T, a small quartz crystal is fixed to a baseplate which is then placed between two metal plates. These plates are then electrically charged with a sinusoidal voltage source. Due to the crystal\'s piezoelectric properties, the pressure provided by the metal plates causes the quartz crystal to vibrate, creating a signal.

Once a signal has been created, it is kept in this vibrational state by a feedback loop. This loop sees the oscillator create and amplify the signal using an amplifier and a transistor. The amplified signal is then sent back through the quartz crystal, and this maintains the cycle. This cycle then produces a continuous oscillating signal with the same frequency as the quartz, producing a precision frequency signal and low power draw.

The SIT1602BC-83-30N-28.636300T oscillator is a precision clock device designed to offer reliable performance in a wide range of applications. Furthermore, with its low noise levels and low power requirements, this oscillator can be used in many different systems, from telecommunications to consumer electronics. Thanks to its output formats, it can also be used for digital video and audio applications. As such, the SIT1602BC-83-30N-28.636300T oscillator is one of the most common and reliable devices in today\'s electronics market.

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