ASGTX-D-1.2890625GHZ-1-T

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Oscillators are electronic components that generate periodic signals. There are types of oscillators such as LC oscillators, RC oscillators and crystal oscillators. The ASGTX-D-1.2890625GHZ-1-T oscillator is a specialized type of oscillator typically used in wireless communications systems. The oscillator provides precision, stability, and low phase noise. Below is a description of this oscillator and its application field and working principle.

Application Field

The ASGTX-D-1.2890625GHZ-1-T oscillator is widely used in LTE, 5G, Wi-Fi, and Bluetooth wireless communication networks. The oscillator has high precision and low phase noise, which make it ideal for wireless communications systems which require secure, low latency and reliable connections.

Working Principle

The ASGTX-D-1.2890625GHZ-1-T oscillator uses a quartz crystal to produce the signal. This crystal is an electrical device made of a quartz crystal which when powered will vibrate at a specific frequency (1.2890625GHz). The signal produced by the crystal is sent to an amplifier, where it is amplified and then sent to the output. The output signal will be an exact copy of the signal applied to the quartz crystal, with an extremely low phase noise. This combination of stability, precision, and low noise make this oscillator ideal for wireless communication networks.

The ASGTX-D-1.2890625GHZ-1-T oscillator can also be used in medical equipment or instrumentation for frequency synthesis. It is capable of supplying accurate reference signals with low phase noise which allow for precise measurements. This makes it suitable for medical and laboratory equipment where accurate and reliable signals are essential.

Conclusion

The ASGTX-D-1.2890625GHZ-1-T oscillator is a specialized type of oscillator, typically used in wireless communications systems for its precision, stability, and low phase noise. The oscillator is also used in medical and instrumentation applications for frequency synthesis. It is capable of providing accurate reference signals with low phase noise, making it suitable for medical and laboratory equipment where accurate and reliable signals are essential.

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