TB602-049.152M Crystals, Oscillators, Resonators

Oscillators

The TB602-049.152M is an oscillator which consists of a frequency-determining oscillator circuit and an amplifier circuit. It is typically used to generate signals at precise frequencies, based on a reference frequency. Its applications range from clock generators to signal generators for sophisticated scientific equipment.

Applications

The TB602-049.152M is widely used in a variety of fields, including radio communications, medical electronics, aircraft controls, computer system clock generators and more. It is often used as a reference oscillator, which drives a frequency synthesizer used to generate other frequencies. This type of oscillator is also used as a stable frequency source for digital circuits, and as a stable source of frequency modulation for communication systems.

Working Principle

The TB602-049.152M oscillator is constructed of two sections that are driven by a single master oscillator. The first section is the frequency-determining oscillator. This circuit consists of a resonator, such as a quartz crystal or an LC tank circuit, an op-amp, and a transistor. The frequency of the oscillator is determined by the characteristics of the resonator. This oscillator provides a very stable and accurate frequency output signal.

The second section is the amplifier circuit. This circuit amplifies the output of the frequency-determining oscillator to produce the desired amplitude of the output signal. This section includes an op-amp, a driver transistor, and a power amplifier transistor. It is capable of producing an output signal with an amplitude of up to 5V.

The TB602-049.152M oscillator uses an advanced temperature-compensating design that ensures accurate frequency stability over a wide temperature range of 40°C to+85°C. The design also allows for very low phase noise and fast startup.

Conclusion

The TB602-049.152M is a highly advanced oscillator that is capable of generating precise frequencies. It is widely used for a variety of applications and its advanced design ensures stable and reliable frequency. This oscillator is ideal for use in systems that require precise and reliable signal generation.