530FA167M000DG

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Oscillators: 530FA167M000DG Application Field and Working Principle

The 530FA167M000DG oscillator is a precise and reliable timing device used in many industries. It operates with a temperature range from -40° to +85°C, and demonstrates exceptional stability and accuracy over this wide temperature range. This oscillator offers low phase jitter and low noise performance, and is capable of driving oscillator frequencies up to 170 MHz. This makes it an ideal choice for applications where superior timing performance and accuracy are essential.

The 530FA167M000DG oscillator is designed for a wide variety of uses, including communication systems, military and aerospace applications, base station broadcasting, and data transmission systems. Additionally, the combination of precise timing and low power consumption make this oscillator an ideal choice for applications that require high accuracy but consume little power. As a result, many electronics and embedded system designers turn to the 530FA167M000DG when looking for the ultimate in timing precision without sacrificing valuable power resources.

The 530FA167M000DG oscillator works on the principle of linear frequency sweeper. The oscillator\'s frequency is sweeped up or down with a linear frequency. A voltage controlled oscillator (VCO) is used to generate frequency sweeps. The output frequency depends on the characteristics of the VCO, and the capacitance of the crystal resonator used to control the oscillator. A voltage controlled resistor (VCR) is also used to control the output waveform, the frequency and gain levels. The combination of the VCO and VCR allows the oscillator\'s frequency characteristics to be precisely adjusted and controlled.

In addition to superior timing performance and accuracy, the 530FA167M000DG oscillator also offers excellent EMI and RFI immunity. Its frequency range is from 1 MHz up to 200 MHz, with a frequency deviation of ±2 ppm. This ensures that timing signals are accurately maintained despite electrical noise or interference. The oscillator also uses an advanced frequency trimming technique, which enables the user to fine-tune the output frequency for even greater accuracy and stability.

Due to its advanced features and reliable performance, the 530FA167M000DG oscillator is a popular choice among engineers and designers. Its wide temperature range, low power consumption, and accuracy make it the perfect choice for many applications that require timing precision and accuracy. Its combination of low cost and excellent performance adds to its appeal. As a result, the 530FA167M000DG oscillator is a great choice for applications that require superior precision and performance.

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