SIT8008BCR3-18E

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Programmable Oscillators are defined as those that have all their functions, such as frequency, phase, power, and gain, programmed with the hardware configuration and software routines of patchwork to be able to hit a variety of pre-defined frequency settings. The SIT8008BCR3-18E is one such programmable oscillator.

Application Field

The SIT8008BCR3-18E is widely used in computer applications such as digital signal processing, communications, switches and routers, remote control equipment, and medical control systems. It is suitable for Network Attached Storage (NAS) devices, Optical Transport Network (OTN) systems, and ATM switches. It is also used in telecommunication applications for maximum total harmonic distortion (THD) applications, as well as for frequency drift applications. In addition, it is also suitable for radio applications such as Satellite Ground Station communication.

The SIT8008BCR3-18E can be used in consumer electronics, such as consumer gaming consoles, media players, cell phones, and home entertainment systems. It can also find application in consumer video products, such as DVD players, LED TVs, and digital cameras. It is suitable for pulse and RF modulation, as well as clock synchronization applications in consumer and industrial applications.

Working Principle

The SIT8008BCR3-18E Uses a proprietary configurable logic core to provide a stable, programmable clock frequency output. The main component of this oscillator is a combination of a master oscillator and a frequency multiplier, with an added “fuzzy logic” module. The core combination controls the frequency of the generated clock wave. The programmable functions of the SIT8008BCR3-18E include frequency selection, power and gain, and phase.

The programmable functions are dependent on user inputs that can be fed through a general purpose input/output (GPIO) connection, or via an external interface such as a USB or RS232 interface or Ethernet protocol. The master oscillator is programmed to a desired frequency, and then the frequency multiplier, phase and power and gain adjustments are made to generate the desired clock wave.

In addition, the SIT8008BCR3-18E features a built-in temperature monitoring and tuning system, to ensure the frequency is consistently stable over a wide range of temperatures. It also features a wide dynamic range control circuit to ensure outputs have minimum jitter and noise.

Conclusion

The SIT8008BCR3-18E is an ideal choice for many applications due to its high stability, low jitter, wide dynamic range and effective temperature monitoring system. The adjustable functions and programming inputs provide great flexibility for the user. The combination of a master oscillator, frequency multiplier and “fuzzy logic” allows for accurate and repeatable results, making the SIT8008BCR3-18E the ideal oscillator for various applications such as computer and telecommunication, consumer electronics, radio communication, as well as consumer and industrial applications.

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