XG5032HAN 100.000000M-CLDA3

Oscillators are electronic devices used in a variety of roles, ranging from creating or detecting an alternating or periodic signal at multiple frequencies and varying the frequency of an existing signal, as well as achieving the proper gain in analog communication systems. One such oscillator is the XG5032HAN 100.000000M-CLDA3. This article will discuss the application field and the working principle of the XG5032HAN 100.000000M-CLDA3.

The XG5032HAN 100.000000M-CLDA3 is a high performance, temperature compensated quartz controlled oscillator (TCXO) that operates in the 100 MHz frequency range. It is housed in a hermetically sealed ceramic package, ensuring increased stability and reliability. The XG5032HAN 100.000000M-CLDA3 is designed for use in mobile base stations, communication systems, test and instrumentation systems, and aerospace applications.

The XG5032HAN 100.000000M-CLDA3 has a wide temperature range of -40 °C to +85 °C, and its temperature coefficient is as low as ±3 to ±12ppm over the full operating temperature range. It features low phase noise (-150dBc/Hz), low power consumption, auto frequency tuning capability, and superior shock and vibration resistance. Additionally, it has an extremely good aging rate and is EMC compliant.

In order to achieve the desired output frequency, the XG5032HAN 100.000000M-CLDA3 utilizes a quartz crystal oscillator. This oscillator is part of an electrical circuit composed of the crystal, an amplifier, and a power supply. The quartz crystal, placed between two electrodes of the oscillator circuit, acts as a resonator, producing an electrical signal and a frequency determined by the physical properties of the crystal.

The amplifier amplifies the output from the crystal and sends it back to the crystal. When this amplified signal is applied to the crystal, it causes the crystal to vibrate at its resonant frequency. This resonant frequency is then compared to the reference signal, which is then phase compared then adjusts the oscillation frequency. This ensures that the output frequency is maintained and precise.

Lastly, the power supply is responsible for supplying energy to the oscillator circuit. Depending on the application, the power supply can either be an external power source or an internal battery. Without power, the oscillator is unable to function.

The XG5032HAN 100.000000M-CLDA3 is an excellent choice for a wide range of applications, including wireless communications, navigation systems, and instrumentation systems. Its temperature coefficient and shock and vibration resistance ensure that the frequency is precise and reliable, even under extreme conditions. Its precision and stability make it a competitive option against other oscillators in the same frequency range.