SIT1602BC-12-XXS-30.000000G

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Oscillators are beneficial devices employed to produce periodic voltages with precise frequency and shape. SIT1602BC-12-XXS-30.000000G is a type of oscillator provided by Sitronix Corporation that is particularly well-suited for applications which require higher frequencies. This device combines a precision oscillator and temperature compensating circuitry, allowing it to maintain an accurate frequency output over a wide temperature range.

The SIT1602BC-12-XXS-30.000000G employs a Pierce oscillator design with complementary CMOS output. This circuit ensures high frequency stability, low jitter, low power consumption and low cost. The output frequency of this oscillator ranges from 16.000000MHz to 30.000000MHz. The oscillator also has an adjustable pullability from ± 20 ppm to ± 75 ppm.

The SIT1602BC-12-XXS-30.000000G offers a wide range of applications that require extremely accurate and reliable frequencies. It is a great choice for digital video processing, audio systems, and cellular communications that require tight frequency control. The oscillator also provides extremely precise frequency control that is required in testers, instrumentation, video conferencing, medical equipment, and military applications.

The structure of this oscillator consists of five components; a quartz crystal, a differential amplifier, an RC network, a transistor and a voltage-controlled oscillator (VCO). The quartz crystal is connected to the differential amplifier. This amplifier works to separate the oscillator’s vibrational signal into two out-of-phase components that are then sent to the VCO. The magneto-resistive component then monitors the frequency and adjusts the output in order to compensate for temperature changes.

The SIT1602BC-12-XXS-30.000000G oscillator is a very reliable device that can be used for a wide range of applications. It is a great choice for systems that require precision frequency control. The oscillator offers low jitter, low power consumption and low cost. This makes it an ideal choice for applications that require high levels of accuracy. The device can also maintain an accurate frequency output over a wide temperature range, due to its temperature compensating circuitry.

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