520L15HT13M0000

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Oscillators: 520L15HT13M0000 Application Field and Working Principle

Oscillators are a form of electronic circuitry that constructs continuous signals of specific frequencies. They are commonly used as most other electronic circuits, for transmission and amplification of signals such as television commercials, long-distance radio communications, and telecommunications through satellite. Additionally, they are an important part of electronic instrumentation, controlling the operation of such devices as oscilloscopes and signal generators. Oscillators are often described according to the type of frequency they generate, such as AM, FM, or digital. The 520L15HT13M0000, for example, is an oscillator designed primarily for the purpose of digital transmission.

Application Field of the 520L15HT13M0000

The 520L15HT13M0000 is designed primarily for digital transmission, such as telex communication, satellite and radio broadcasting. It is also able to be incorporated into automated digital processing systems of data signals, handling measurement technology, and the control inter-networking of computers. With advanced functions such as temperature compensation, quick response, and built in frequency precise output, it has been widely used in air traffic control, radio and television transmission, digital audio, broadcast authoring systems, signal processing, and in industrial automation, test and measurement, and scientific research.

Working Principle of the 520L15HT13M0000

The 520L15HT13M0000 employs a proprietary Multilayer Ceramic Capacitor (MLCC) resonator circuit that utilizes extremely small micro cuts for frequency adjustments. This circuit uses the MLCC in reverse charge modes, and the micro cuts measure the frequency of oscillation and its temperature coefficient. This in turn boosts the performance of the oscillator, allowing better temperature adjustability, higher stability in the range and frequency, and better responsiveness.

The 520L15HT13M0000 outputs a voltage-controlled square wave form of frequency modulation in the range of 1 MHz to 15 MHz with a supply voltage of 5V. The high frequency stability is due to its oscillation mode, temperature characteristics, and the reaction time. It is also equipped with numerous operating modes such as single pulse (single-shot), free-running, and H-reset (reset) modes.

The operation voltage of the 520L15HT13M0000 is 5V DC, whereas the load current is less than 100mA. It features TTL/CMOS compatibility and features impressive frequency and temperature stability. This oscillator is available in plastic and ceramic packages, and is widely used for frequency control in all types of electronic systems.

Conclusion

The 520L15HT13M0000 from Oscillators, Inc. is a versatile and reliable oscillator. It is designed for digital transmission, such as telex communication, satellite and radio broadcasting. It is also capable of being integrated into automated digital processing systems for data signals, corrosion detection systems, and instrumentation applications. The oscillator utilizes a proprietary Multilayer Ceramic Capacitor (MLCC) resonator circuit, which utilizes extremely small micro cuts for frequency adjustments, and produces voltages from 5V to 15MHz. It is equipped with numerous operating modes, and has excellent frequency and temperature stability.

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