SIT9003AI-1-33SB

Programmable Oscillators represent a highly accurate and versatile presettable frequency and timing solution. The SIT9003AI-1-33SB is a highly advanced programmable oscillator which provides frequency control over a wide range of 0-200MHz. This device is ideally suited for use in a variety of frequency and timing applications, such as frequency counters, timing and synchronizing systems, precision micro-controller clocks and digital signal processors.

The SIT9003AI-1-33SB incorporates several technical features which make it an ideal choice for application engineers. The device is highly accurate and reliable, with resolutions of 0.25 MHz and stability of +/-1 ppm. The programmable frequency is maintained over a wide operating temperature range (-40 to 85C). Furthermore, the device contains a Drive Redundancy Compensation feature, which ensures that the oscillator can adapt to a wide range of conditions without sacrificing accuracy or reliability.

In addition to its excellent frequency control features, the SIT9003AI-1-33SB also offers significant clock skew flexibility. This is due to the integration of advanced phase-lock-loop (PLL) technology. The PLL ensures that jitter-induced frequency errors are minimized even when operating under tight specifications. This provides higher accuracy and improved performance in applications such as network synchronization, data communications and embedded control systems.

The SIT9003AI-1-33SB also offers power consumption advantages in comparison to other programmable oscillators. The device utilizes a low power consumption design, which not only reduces power consumption, but also extends the life of the oscillator. It also has a wide dynamic output range, providing stable and reliable frequency control for a wide range of input frequencies.

The working principle of the SIT9003AI-1-33SB is relatively simple. The oscillator is powered by a voltage regulated power supply, and converts a reference frequency into an output signal. The reference frequency may come from a variety of sources, including crystals, MEMS, or oscillators. The output signal is then compared to the reference input to ensure that the output frequency remains within the specified range. The SIT9003AI-1-33SB also incorporates several additional features, such as frequency offsets, hysteresis range and differential outputs.

The SIT9003AI-1-33SB is an excellent choice for a wide range of precision frequency and timing applications. Its combination of accuracy, flexibility and power efficiency make it an ideal solution for applications where high performance and reliability are essential.