SIT9002AC-23H25DK

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Programmable Oscillators, of which the SIT9002AC-23H25DK is a notable example, are a type of oscillator designed to generate highly precise signal frequencies across a vast range of values. They are typically used in signal processing applications, such as timing insensitive communications, clock synchronization, and pulse width modulation, where signal oscillation needs to be precisely maintained. Furthermore, thanks to their programmable nature, they are capable of quickly and efficiently adapting to new signal requirements.

The SIT9002AC-23H25DK is a programmable oscillator capable of generating frequencies ranging from silicate to man-made radio frequencies. It has been manufactured from a combination of IC construction technology and SAW filter which allows the production of stable, reliable, and accurate frequencies with an extremely high purity. The SIT9002AC-23H25DK oscillator also features wide input voltage and temperature ranges, making it an ideal solution for a variety of demanding aerospace, automotive and defense applications. This model also has an extended product life, making it suitable for long-term deployments.

The SIT9002AC-23H25DK is capable of generating a wide range of highly precise output frequencies up to 433.92Mhz. It also provides users with a comprehensive selection of output formats including sine wave, square wave, and adjustable square wave (adjustable from 50% to 95%). Its programmable nature allows it to rapidly and efficiently adapt to different signal requirements, helping to speed up production cycles and reduce costs. Additionally, it includes sub-harmonic options, making the oscillator suitable for a range of different applications.

The SIT9002AC-23H25DK programmable oscillator is based on a crystal oscillator, which is an important part of a frequency control system as it provides an accurate and stable frequency output. The oscillator works by exchanging electrical energy with a physical crystal and converting this energy into a series of electrical signals. The crystal oscillator is able to produce highly stable frequencies, however, its output is typically limited to a narrow range of frequencies (typically to the range of 1 to 10 megahertz). By pairing the crystal oscillator with other types of components, such as SAW filters and temperature-compensated crystal oscillators, the oscillator is able to produce a wide range of highly accurate frequencies up to 433.92Mhz.

The SIT9002AC-23H25DK programmable oscillator is a reliable and efficient option for a range of different applications. It is capable of producing highly accurate and stable frequencies with very low time jitter. Additionally, its programmable nature allows it to quickly and efficiently adapt to new signal requirements, helping to reduce production costs and speed up production cycles. Due to its wide input voltage and temperature ranges, the SIT9002AC-23H25DK is suitable for a range of aerospace, automotive and defense applications and with its extended longevity, it is a perfect option for long-term deployments.

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