656L66936C2T

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Oscillators can be described as devices or systems that generate and output periodic signals. The 656L66936C2T oscillator belongs to a family of mature and reliable quartz oscillators from HOLYCRYSTAL. It is based on a low frequency quartz crystal, also known as a 32.768KHz crystal.

The 656L66936C2T oscillator is commonly used in real time clock (RTC) applications and data acquisition systems. Its basic working principle is to convert the relatively harmonic and stable current of the quartz crystal into an electric current. This current then drives the crystal oscillator frequency output, which can be tuned by a frequency control element to reach the desired frequency.

In addition to its use as an RTC oscillator, the 656L66936C2T can be used in a variety of other applications, such as event timers, data acquisition systems, electromechanical timing, wave shaping, frequency modulation, digital signal processing, and timing-critical applications. It can also be used in applications where low power consumption or accrual of time or distance is an important requirement.

The 656L66936C2T oscillator is very reliable and has several advantages over mechanical and digital oscillators. Its operation does not require a continuous supply of electric current, it consumes very low power, it is extremely reliable and has very low EMI, making it ideal for numerous applications such as military, space and medical equipment.

The 656L66936C2T is also relatively easy to use, as its output frequencies can be adjusted by manipulating the frequency control element. Additionally, its frequency can be accurately measured with a frequency counter connected to its output. It is also modular in design, meaning that it can be easily replaced or upgraded if necessary.

Overall, the 656L66936C2T oscillator is a reliable, low power, low cost and accurate quartz crystal device which makes it suitable for numerous timing-critical applications. Its wide range of applications and ease of use make it an ideal choice for projects that require precise timing and low power consumption.

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