530KC114M285DGR

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Oscillators, such as the 530KC114M285DGR, are a specialized type of electronic device designed to generate an output signal that oscillates with a predetermined frequency and strength. The signal may be a periodic one, a constant signal, or a combination of both. As such, these oscillators are used to control or regulate a variety of applications, such as audio amplifiers, signal generators, oscilloscopes, and radio communications.

The 530KC114M285DGR is an example of a stable Crystal Oscillator. It is capable of providing a wide range of frequencies with very low phase noise and excellent thermal stability. This makes it ideal for applications in high speed electronic signal processing, embedded control, and protocol conversion applications.

The 530KC114M285DGR uses a quartz crystal as the frequency control element. Quartz crystals are formed from a specific type of crystalline structure made of silicon dioxide, also known as silica. This crystalline structure vibrates at its own natural frequency when a small alternating current is applied to its surface. By understanding this fundamental concept, the 530KC114M285DGR is able to control and regulate an oscillating signal with very precise control over frequency and other parameters.

The 530KC114M285DGR package consists of a quartz Crystal element in a hermetically sealed, molded package sitting on top of a low-power CMOS integrated circuit. The integrated circuit (IC) is the core of the oscillator and controls the frequency and amplitude of the oscillating signal. The signal is then tailored and filtered before being output from the package.

The frequency of the signal can range in the range of 1.500 to 40.000 kHz. The output signal is either a sine-wave or an HCMOS signal with less than -100 dBc/Hz phase noise at 10 kHz off center. The output signal is either TTL or HCMOS compatible. The output signal is also available in other logic levels, such as RS422. The package size for the 530KC114M285DGR is small at 5.6mm * 3.2mm * 1.3mm and is available in a variety of mounting options.

The 530KC114M285DGR is typically used in radio communication systems, embedded control systems, automotive audio applications, and other embedded applications. In radio communication systems, it may be used as a clock reference to control the timing and frequency of data transmission and reception. It can also be used to generate signals for the synchronization and control of digital filters, phase-locked loops, and other digital circuitry. In automotive audio applications, it can be used in the reception of AM/FM radio signals. In embedded control systems, it can be used to generate control signals for motors and drivers.

In conclusion, the 530KC114M285DGR is an example of a stable Crystal Oscillator that is capable of generating very low-phase noise signals over a wide range of frequencies. It is used in a variety of applications, such as radio communication systems, embedded control systems, and automotive audio applications. Due to its small size and excellent thermal stability, the 530KC114M285DGR is ideal for cost-sensitive applications that require a reliable and cost-effective clock reference.

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