TG-5035CJ-43N 38.4000M0

Oscillators: TG-5035CJ-43N 38.4000M0 Application Field and Working Principle

An oscillator, or resonator, is an electronic device used to create consistent and stable frequencies. Oscillators play an important role in many applications, such as frequency synthesis, encoding and decoding, sensing, wireless communication, robotics, navigation, and more. Therefore, they need to have excellent performance and reliable stability, which could provide reliable operation and stable frequency.

The TG-5035CJ-43N 38.4000M0 is a type of oscillator with a frequency range of 38.4000MHz. It is constructed as a hermetically sealed, three-pin miniature ceramic package oscillator suitable for operations up to + 125 °C.

Application Field

The TG-5035CJ-43N 38.4000M0 is widely used in a variety of electronic devices including communications, precision instrumentation, microprocessor systems, vehicle tracking systems, satellites, emergencies alarms, and others. It is ideal for BC band crystal radio, crystal radio communication, and cellular communication, because of its high precision frequency stability.

In addition, the oscillator is commonly applied in consumer electronic applications, such as CD and VCD players, audio equipment, and other electronic products. TG-5035CJ-43N oscillators are also used for applications in the field of electrical equipment and industrial automation, for example frequency detectors, electrical turbines and microwave equipment.

Working Principle

The TG-5035CJ-43N 38.4000M0 uses a piezoelectric quartz crystal as its resonator. The resonator’s protective package includes a printed circuit board, metal leads, and an enclosure. An external voltage is applied to the electrodes of the crystal and the crystal vibrates at a precise frequency.

This oscillation of the quartz crystal is the principle of operation for the oscillator. The frequency of the electrical output signal is determined by the amount of voltage applied to the crystal and the frequency of oscillation of the crystal. The oscillator is constructed with a voltage-controlled oscillator IC (VCO), amplifiers, and other components which are connected to the quartz crystal to complete the oscillator’s frequency synthesis and to provide a stable precision frequency output.

The quartz crystal also provides a feedback circuit that maintains a very consistent and stable frequency. The frequency stability of the oscillator is also improved with the use of a temperature compensation circuit.

Conclusion

The TG-5035CJ-43N 38.4000M0 oscillator has many uses and applications and has reliable frequency stability. It is constructed with a voltage-controlled oscillator IC, amplifiers, and other components, which come together to provide a stable precision frequency output. Thanks to its various advantages, This oscillator is an ideal choice for many applications such as communications, precision instrumentation, and consumer electronics.