SIT8208AC-83-33E-25.000000Y

The SIT8208AC-83-33E-25.000000Y is an oscillator that belongs to the family of frequency control devices. It is a precise frequency generator that stands out due to its low profile, which is ideal for applications that require precise frequency output.

The SIT8208AC-83-33E-25.000000Y is typically used as a timing reference or clock source in high-speed data processing equipment, MCUs, DSPs, FPGAs, and other precision electronic devices. The oscillator can serve as a reliable timebase component for a wide range of precision-timing and low-profile applications.

The SIT8208AC-83-33E-25.000000Y has a wide operating temperature range, from -40?C to 85?C, and a low EMI output frequency that is ideal for many military and industrial environments. The oscillator features an extremely small form factor of 1.6mm x 1.2mm and a low operating power consumption of only 10mW.

The SIT8208AC-83-33E-25.000000Y is based on a monolithic sigma-delta frequency control loop with a built-in frequency control crystal. The crystal is used to establish a reference frequency, typically 25.000000MHz, and the loop is used to continuously adjust the reference frequency to maintain the desired frequency within the specified tolerance. The frequency control loop also helps reduce the sensitivity of the oscillator to temperature variations, vibration, and other environmental parameters.

The SIT8208AC-83-33E-25.000000Y is a highly reliable and flexible oscillator that is suitable for a wide range of applications, including communications, consumer electronics, automotive, and industrial electronics. The oscillator can also be used in high-speed data transmission and encoding applications, such as HD-SDI, HDMI, and DVI.

In conclusion, the SIT8208AC-83-33E-25.000000Y is an oscillator that is well-suited for applications that require precise and reliable frequency output. With its wide operating temperature range, low profile, low EMI output, and low power consumption, the oscillator is an ideal choice for demanding applications.