SIT8008BCE8-18N

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Programmable oscillators play a vital role in modern electronic circuits and the vast majority of products and systems depend on them in order to accomplish the intended task in an accurate and reliable manner. In many cases, a specialized oscillator, such as the SIT8008BCE8-18N, will be required in order to provide the desired performance characteristics and/or size requirement.

The SIT8008BCE8-18N is a programmable oscillator, specifically designed for extremely low-power and ultralow-frequency applications like short-distance wireless communications, audio input/output, automotive tachometers, and thermometers. The SIT8008BCE8-18N is based on a patented technology and it enables the user to select any oscillation frequency from 0.1 Hz to 4 MHz with a single component.

The SIT8008BCE8-18N is a fast programmable oscillator that features a single-wire full-duplex programming interface as well as significantly enhanced programming speed and performance. The integrated oscillator is a synchronous clocked oscillator that can achieve virtually any frequency and phase accuracy required by the user. Furthermore, due to its low power consumption, wide operating temperature range, and low fabrication and operational costs, the SIT8008BCE8-18N is an ideal solution for space-constrained designs and meets the power needs of the most space-constrained designs.

The integrated SIT8008BCE8-18N is a programmable oscillator module and it implements the programming logic in the oscillator’s central circuit. All programming is done through the programmable interface and the programming logic is based on a wave and frequency range. The central circuit accepts 9 bits of data and it programs the oscillator for the desired frequency and waveform. The SIT8008BCE8-18N implements a Frequency-Locking functionality which allows for programming of the oscillator directly to the desired frequency and waveform, reducing the time and complexity involved.

The SIT8008BCE8-18N offers many advantages over more traditional discrete oscillators in terms of size, cost and reliability. By using a single component, the user can achieve virtually any frequency/waveform desired in a very small package, thus allowing for greater integration into high-density designs. Furthermore, the integrated oscillator forms part of a more cost-effective approach to providing programmable oscillator solutions.

In terms of its working principle, the SIT8008BCE8-18N operates through the regular oscillator circuit, with an internal bandgap voltage reference and a differential pair that drives the actual oscillator output. By driving the differential pair with the programmable voltage, the programming logic can be adjusted to select any desired frequency. Additionally, the synchronous clocking feature allows for both low jitter and high-frequency stability.

In summary, the SIT8008BCE8-18N is a fast programmable oscillator module. It offers the advantage of providing the desired frequency and waveform from a single component in a very small package with low power consumption, wide operating temperature range, and low fabrication and operational costs. It can provide virtually any frequency/waveform required for space-constrained designs and its patented technology ensures high performance and reliability. Furthermore, the synchronous clocking feature of the SIT8008BCE8-18N ensures both low jitter and frequency stability, making it an ideal choice for a wide range of applications.

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