TG-5021CE-38N 39.0000M3

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Oscillators are electronic components that produce an alternating electric current in response to a voltage signal. TG-5021CE-38N 39.0000M3 oscillators, for instance, are often used in applications that require a precise alternating waveform of a certain frequency. In this article, the application field and working principle of TG-5021CE-38N 39.0000M3 will be discussed.

Application Field

The TG-5021CE-38N 39.0000M3 is a full-size, high-frequency oscillator. It is commonly used in low-noise signal transmission, local oscillator and other high-frequency signaling applications. The device is specifically designed for use with a 50 Ω impedance through an SMA connector.

The TG-5021CE-38N 39.0000M3 is an ideal choice for applications requiring significant signal strength and low signal noise. It is suitable for radio frequency signals (RF) up to 39 MHz and can be used to generate frequencies from 8.6 MHz to 39 MHz.

The TG-5021CE-38N 39.0000M3 is also used in applications requiring precise, low-noise timing signals. It is often used in clocks and timers, in order to control the precise timing of operations. The oscillator can also be used to control the clocking of digital circuits, as well as in precision applications where time accuracy is critical.

Working Principle

The TG-5021CE-38N 39.0000M3 has a temperature-compensated crystal oscillator (TCXO) based design. A TCXO is an oscillator circuit with a quartz crystal or other engineered material as the frequency-determining element. The quartz crystal provides a frequency reference that varies in response to temperature changes, thus allowing for an extremely stable and accurate output frequency.

The TG-5021CE-38N 39.0000M3 is designed to operate in an 8-12V power supply. The input voltage is converted to an alternating current which is then passed through a quartz crystal. This crystal acts as a filter, allowing a certain frequency of AC current to pass through it. The signal is then processed by the TCXO circuit, providing an output signal that is accurately tuned to the desired frequency.

The TG-5021CE-38N 39.0000M3 can operate in both a standby and active modes. In the standby mode, the oscillator will supply a low-power signal that requires very little power. In the active mode, the oscillator will supply a full-power signal, ensuring a higher signal-to-noise ratio and improved timing accuracy.

Conclusion

The TG-5021CE-38N 39.0000M3 is a full-size, high-frequency oscillator designed for low-noise signal transmission, local oscillator and other high-frequency signaling applications. It operates with a temperature-compensated crystal oscillator (TCXO) based design, using an 8-12V power supply, and is capable of generating frequencies from 8.6 MHz to 39 MHz. The device can also operate in either a standby or active mode, providing users with a highly accurate and stable output signal.

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