DSC1121CM2-024.5454T

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Oscillators are important in the science and technology industry, as their time-dependent functions support a range of applications. One example, DSC1121CM2-024.5454T, is an oscillator designed to provide the advantages of a high-precision, low-cost, and reliable way to measure time-domain parameters.

DSC1121CM2-024.5454T Overview

The DSC1121CM2-024.5454T is a precision, low-cost, temperature-compensated crystal oscillator (TCXO) designed for use in remotely-controlled and automated systems applications. The device offers a temperature range of -40°C to +85°C and a frequency range of 0.4 MHz to 4 MHz. It also provides short term frequency stability up to 2 ppm at room temperature, as well as long term drift rates up to 5 ppm per month.

Application Field

The DSC1121CM2-024.5454T is widely used in a variety of digital communication applications. These include short range wireless connectivity, short range frequency hopping, and military, transport, and industrial Ethernet backhauls. It is also useful in a variety of mobile devices, including tablet computers, smart phones, navigation systems, media devices, and other consumer electronics.

The device is also suitable for use in timing systems such as time-of-flight (ToF) transponders and real-time clock circuits. It is also suitable for use in instruments used for meteorology, navigation, broadcast, and telecommunications. In fact, its advanced features make it suitable for use in almost any application where accuracy, reliability, and cost are important.

Working Principle

The DSC1121CM2-024.5454T uses a high-precision, temperature-compensated crystal oscillator (TCXO) to provide a stable time base while minimizing the effect of temperature changes. The device works by using a quartz crystal in combination with an operational amplifier circuit. When a voltage signal is applied to the crystal, it vibrates at its resonance frequency, and this vibration is then amplified by the operational amplifier circuit.

The quartz crystal used in the oscillator is carefully cut to a precise shape and size, which ensures that it vibrates at a specific frequency under certain conditions. In addition, the operational amplifier circuit includes an on-chip temperature compensation circuit, which allows the oscillator to remain stable over time and temperature changes.

Conclusion

The DSC1121CM2-024.5454T is an oscillator designed to provide the advantages of a high-precision, low-cost, and reliable way to measure time-domain parameters. It is widely used in a variety of applications in digital communications, and its advanced features make it suitable for almost any application where accuracy, reliability, and cost are important. The device uses a high-precision, temperature-compensated crystal oscillator and an operational amplifier circuit to provide a stable time base while minimizing the effect of temperature changes.

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