AX7PBF2-1244.1600C

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Oscillators are electronic devices that generate a periodic electrical signal. They’re used in many different applications including radio equipment, medical instrumentation, and automotive components. The AX7PBF2-1244.1600C is an oscillator that is designed for use in systems where stability and long-term accuracy are essential. It is a low-power oscillator that operates from a standard 3.3V power supply.

The AX7PBF2-1244.1600C is based on a Pierce oscillator circuit, which is an oscillator circuit that is commonly used in devices such as frequency counters, radio transmitters, and frequency synthesisers. The Pierce oscillator has two main components: the active device and the tank circuit. The active device is typically a transistor and its job is to set the frequency of the oscillations. The tank circuit is an LC network and when the active device supplies current to it, it creates an oscillating signal.

The AX7PBF2-1244.1600C is designed with a low-power CMOS process that minimizes power usage and provides a stable operation over a wide temperature range. The oscillator has a low jitter of 10 picoseconds and a frequency stability of ±50 parts per million. It also features a high output current of 2mA and an adjustable output voltage ranging from 0V to 3.3V. The device has a wide operating temperature range of -40°C to +85°C.

The AX7PBF2-1244.1600C is typically used in applications where accuracy, long-term stability, and low power consumption are essential. The device is suitable for use in medical instruments, frequency counters, and other precision industrial applications. It is also used in automotive systems such as engine controllers, body electronics, and navigation systems. The device is capable of meeting stringent requirements such as high shock and vibration tolerance.

In summary, the AX7PBF2-1244.1600C is an oscillator that is designed for use in applications where accuracy and long-term stability are essential. The device is based on a Pierce oscillator circuit and is manufactured using a low-power CMOS process. It features a low jitter of 10 picoseconds, a frequency stability of ±50 parts per million, and a wide operating temperature range of -40°C to +85°C. The oscillator is used in applications such as medical instruments, frequency counters, and automotive systems. It is capable of meeting stringent requirements such as high shock and vibration tolerance.

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