AX7MBF3-160.0000C

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Oscillators: AX7MBF3-160.0000C application field and working principle

Oscillators are essential components of many circuits, as they create the required clock signals. For high-accuracy timing applications, such as clock synchronization and signal synchronization, precision oscillators must be used. The AX7MBF3-160.0000C is a precision oscillator that can be used in many applications due to its high accuracy. The oscillator works by producing a periodic signal of precise frequency and phase, which can be used to accurately time the operations of a circuit.

The application field of the AX7MBF3-160.0000C is wide. It can be used in almost all digital applications, including microprocessors, memory chips, data converters, test and measurement equipment, and communications systems. The oscillator is also widely used in industrial, military, aerospace, and medical applications, as well as for laboratory testing. Due to its high accuracy, it is also used for precise timing applications, such as for precise synchronization between two or more circuit elements, or for precise signal synchronizing.

The AX7MBF3-160.0000C is an extremely accurate oscillator, with a temperature stability of ±1ppm and a frequency stability of ±0.05ppm over a wide temperature range of -20°C to 85°C. It also has a sinusoidal wave shape, with low XTAL jitter of only 250fs. The oscillator’s frequency range is between 10MHz and 160MHz, and the input voltage range is 1.3 Volts to 3.3 Volts. The oscillator has a low power consumption of only 2.1 milliwatts, and its pullability and pull range are 0 ppm and 0.2 ppb respectively.

The working principle of the AX7MBF3-160.0000C is quite simple. It consists of two quartz crystals in a small package. When a voltage is applied across the two crystals, the quartz crystals vibrates at the same frequency, which produces an electrical signal in the form of a periodic waveform. The oscillator then outputs this signal as an output waveform, which can be used to accurately time the operation of a circuit or to synchronize two or more circuits. The frequency of the signal is determined by the electrical characteristics of the quartz crystals, and is very stable over a wide temperature range.

The AX7MBF3-160.0000C is a high-precision, low-drift oscillator, with a temperature stability of ±1ppm and a frequency stability of ±0.05ppm. It features a low power consumption, a wide frequency range, a low XTAL jitter, a low pullability, and a low pull range, making it suitable for many applications. It can be used in digital, industrial, military, aerospace, medical, and laboratory applications to accurately time operations or to precisely synchronize several elements of a circuit. The working principle of the AX7MBF3-160.0000C is based on the two quartz crystals in the oscillator producing a periodic signal, which is then output as an output waveform.

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