SIT9005ACE1D-XXEI

Programmable oscillators are a type of electronic system technology that uses frequency control and adjustable features to generate a continuous series of output pulses from an input source. Programmable oscillators offer distinct advantages in precision, stability, and control while applying a specific signal to an application. The SIT9005ACE1D-XXEI offers the same advantages, providing a general-purpose, programmable oscillator in a low-cost, simple-to-use, and highly reliable package.

SIT9005ACE1D-XXEI programmable oscillators feature an adjustable output frequency, adjustable pulse width, and programmable duty cycle. With these features, applications can precisely control the signal delivered to various components. Specifications vary from model to model, but typical output frequency range is up to 200 MHz. Pulse width and duty cycle can be independently adjusted from 0.5 to 1000 ns and from 0.1 to 9.9%, respectively.

SIT9005ACE1D-XXEI programmable oscillators provide an extended functional range, enhanced band consistency, improved accuracy, and high-density mounting options. These oscillators are built to support a wide range of device communications, including I/O loading, Clock formation, controlling of communications timing, and data acquisition. Furthermore, they offer adjustable ranges and increased accuracy capabilities, allowing for greater accuracy and reduced bandgap losses when operated in clean power environments.

The underlying principle of operation is a collection of PLLs, or phase-locked loops, in which a specific frequency of the input signal is detected and controlled by a control voltage. The PLLs provide a frequency reference, as controlled by the control voltage, to generate the output signal at a predetermined output frequency. This process eliminates the need for additional circuitry beyond the oscillator and its associated components.

SIT9005ACE1D-XXEI programmable oscillators include built-in EDA and signal integrity features such as a differential output, broadcast selection, dual-buffered signal outputs, advanced signal amplitude adjustment, and clock formation capabilities. The wide range of operating parameters and signal control features makes the SIT9005ACE1D-XXEI applicable in applications that would otherwise require significant system redesign. As an example, the SIT9005ACE1D-XXEI programmable oscillator can be used in applications such as imaging systems, medical equipment, and small form factor motherboards.

In conclusion, the SIT9005ACE1D-XXEI programmable oscillator provides superior performance, great flexibility, and low cost, making it a perfect choice for applications that require precise timing control, high stability, and precision. These oscillators offer many advantages, such as an adjustable output frequency, adjustable pulse width, and programmable duty cycle, as well as improved accuracy and band consistency. The oscillators are suited for applications ranging from imaging systems to medical equipment, due to their ability to be precisely adjusted and provide specialized signal processing.