ASGTX-D-38.400MHZ-1-T

Oscillators are a critical component of most electronic systems. With the rapid development of electronic devices, both the requirement for the accuracy of oscillators and the sizes of devices continue to rise. The ASGTX-D-38.400MHZ-1-T oscillator is one of the most popular of its kind, and is widely used in communication, instrumentation, medical and navigation applications due to its high performance and its compact size.

The ASGTX-D-38.400MHZ-1-T oscillator is a type of surface-mount quartz crystal oscillator. It utilizes a quartz crystal to provide a stable and accurate output signal. The quartz crystal works in a similar way to a quartz mechanical watch, vibrating at a particular frequency when it is subjected to an electric field. The frequency of the output signal is determined by the resonant frequency of the quartz crystal. A piezoelectric assembly is used to convert the mechanical motion of the quartz crystal into a voltage signal, which is then buffered by a T-amplifier before being sent out as the output signal.

The device offers superior performance, with an initial tolerance of ±10 ppm over -20°C to +70°C, and a ±20 ppm over -40°C to +85°C operating temperature range. It exhibits a superior tight frequency stability over temperature. The device also features a low aging rate of ±1 ppm over the first week. Moreover, the comprehensive unique design of the device ensures that it is free from noise, distortion and interference. Furthermore, it also offers an excellent heat stability, enabling good performance even under extreme temperatures.

The output signal of the ASGTX-D-38.400MHZ-1-T oscillator is available in a wide range of output formats, including LVCMOS, LVDS, HCMOS and other special formats. It is capable of providing an output frequency range of up to 400MHz, and is designed to be highly reliable and to offer low power consumption.

In conclusion, the ASGTX-D-38.400MHZ-1-T oscillator is a highly versatile device that offers excellent performance. Its small size and wide frequency range make it an ideal choice for many electronic applications. Its superior and highly stable characteristics make it especially suitable for precision instrumentation, medical and navigational devices.