SIT1602ACF1-25E

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Programmable Oscillators provide precise control over oscillation frequency. The SIT1602ACF1-25E is one such programmable oscillator designed to meet the most challenging specifications in precision frequency control and frequency stability. This oscillator is capable of operating between 12V and 30V, offering reliable performance while providing a variety of features and functions to help manufacturers achieve higher levels of accuracy and reliability.

The SIT1602ACF1-25E has several output waveforms, including quartz crystal (XT) oscillators, crystal oven controlled oscillators (OCXOs), voltage controlled oscillators (VCXOs), and temperature controlled oscillators (TCXOs). Each waveform has its own unique benefits and drawbacks. Quartz crystal oscillators (XT) provide excellent control over frequency and can be used in applications where cost and size are concerns. Crystal oven controlled oscillators (OCXOs) provide an even more precise frequency control as they contain elements which are heated to maintain the frequency even in cases of temperature variations. Voltage controlled oscillators (VCXOs) offer greater flexibility in applications which demand frequency adjustments over temperature or voltage changes. Finally temperature controlled oscillators (TCXOs) provide improved frequency stability in applications dealing with severe temperature variations.

The working principle of the SIT1602ACF1-25E programmable oscillator is based on its design features. It uses an isolated low-profile ceramic resonator on top of a ceramic tower package. As the oscillator heats up, the resonator increases its frequency. A small temperature compensation module (TCM) is included at the back of the oscillator to counterbalance any temperature fluctuations and to keep the oscillation frequency stable over temperature. This module ensures a high degree of accuracy over its entire operating temperature range.

The SIT1602ACF1-25E programmable oscillator has a wide range of application fields. It can be used in precision clocks, RFID, data collection, aircraft navigation, automotive electronics and a wide range of high-performance communication systems. Due to its high frequency stability, it is also suitable for power control, digital signal processing and data acquisition applications. With its various output waveforms, manufacturers can gain greater control over the oscillation frequency, which expands their design flexibility and improves their product reliability.

In conclusion, the SIT1602ACF1-25E programmable oscillator offers manufacturers great flexibility in frequency control and frequency stability. With its wide range of output waveforms and temperature compensation module, the oscillator is suitable for a variety of application fields, providing reliable performance for a wide range of high-performance communication systems, data collection and RFID applications.

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