DSC1123AE2-200.0000

Oscillators are essential components in many modern electronic systems. They are critical in providing reliable and accurate system timing and synchronization. DSC1123AE2-200.0000 is one such oscillator device that is designed for a variety of applications. This article explains the application field of DSC1123AE2-200.0000 and its working principle.

Application Field Of DSC1123AE2-200.0000

The DSC1123AE2-200.0000 is a temperature compensated quartz crystal resonator (TCXO), with a frequency accuracy of ±2.0 ppm over the temperature range of -20°C to +70°C. This makes the device suitable for a variety of applications such as timing and synchronization of communication systems, time and frequency control of networks, frequency synthesis, precision frequency measurements, and phase-locked loops. The device is also well-suited for portable, battery-powered devices such as smart phones and tablets for frequency control.

Working Principle of DSC1123AE2-200.0000

The DSC1123AE2-200.0000 is designed for easy integration in many application platforms. The device is powered by a single 3V supply and draws a maximum of 4mA current. The crystal resonator provides a highly accurate frequency of 200.0000MHz, which is further compensated for the effects of crystal aging and temperature. This is done through an analog temperature compensation circuit which is integrated within the device.

The output signal of the DSC1123AE2-200.0000 is rectangular in shape, as it utilizes an advanced harmonic filtering technique to suppress spurious signals. This ensures low jitter performance and high reliability over a wide temperature range. The output signal is available in either a sinewave or TTL format, and can be selected by an onboard pin. The device also features Power-On Reset (POR) and 1 second reset delay to ensure stable operation after power-up.

The DSC1123AE2-200.0000 is an excellent choice for applications requiring accurate, temperature compensated frequency control. It provides an easy-to-use, low-cost solution for a wide range of timing and synchronization needs, such as network time and frequency control, precision frequency measurements, and more.