DSC1123AI5-175.0000T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators have many applications in modern industry, both for the production of waveforms and as a control mechanism for automation and other industrial processes. The DSC1123AI5-175.0000T is one such oscillator specifically designed for applications which require an exact frequency, high precision and long-term stability. This article will discuss the application fields it accommodates, and the working principle of the unit.

Application field

The DSC1123AI5-175.0000T is designed primarily for use in temperature and pressure control systems, as well as in clock generation and synchronization for digital systems, such as communication networks and controllers. It is also used in industrial applications such as crystal oscillators, frequency dividers, frequency counters, signal generators and frequency lock loops. In particular, the unit is used in applications where a very accurate frequency is required, including mil-spec systems, base station equipment and digital signal processing applications.

The unit offers high stability and accuracy over a range of temperatures, and is capable of operating over a temperature range of -40 to +85°C, while its resistance to shock and vibration allows it to withstand harsh conditions within the industrial environment. It is also designed to meet technical safety requirements, including international standard IEC60068-2-27.

Working principle

The DSC1123AI5-175.0000T oscillator works on the principle of phase-locked loop (PLL) technology. In a PLL circuit, a reference signal is sent to a voltage controlled oscillator (VCO), which is then compared to the reference signal. If the original signal and VCO signal differ in terms of frequency, phase or amplitude, the PLL circuit will adjust the frequency of the VCO until the two signals match. The DSC1123AI5-175.0000T consists of a frequency-locked loop, in which a control voltage is sent to the VCO to adjust its frequency. The PLL inside the unit ensures precise matching between the reference signal and the VCO, thus allowing the oscillator to maintain the desired frequency.

The DSC1123AI5-175.0000T is also capable of working in ‘backward loop’ mode, where the VCO output signal is compared to the reference signal and the VCO frequency is adjusted accordingly. In this mode, the unit can achieve even better long-term stability and accuracy, as the frequency can be adjusted more precisely.

The unit also features an integrated temperature-compensated crystal oscillator (TCXO), which ensures that the unit maintains its frequency accuracy over a wide range of temperatures. The low power, low noise and wide operating temperature range help to make the DSC1123AI5-175.0000T the ideal choice for precision applications such as frequency synthesis and synchronization.

Conclusion

The DSC1123AI5-175.0000T oscillator is designed for applications which demand high accuracy and long-term stability. It incorporates phase-locked loop and an integrated temperature-compensated crystal oscillator technologies, which ensure frequency accuracy over a wide range of temperatures. Its wide range of temperature tolerance and high performance make it the perfect choice for a variety of industrial applications.

The specific data is subject to PDF, and the above content is for reference