AX7PAF4-400.0000C

Oscillators are components designed to produce an ongoing signal for an electrical circuit when operated. They are used extensively in a wide variety of fields, and one of the most versatile oscillators today is the AX7PAF4-400.0000C oscillator.

The AX7PAF4-400.0000C oscillator offers several important features. First of all, its power requirements are quite low, making it a suitable choice for many applications where power consumption is a consideration. The oscillator can operate on input voltages ranging from 4.5V to 15V, and is capable of providing output frequencies from 4 to 400 kHz. It also features a fast start-up time, and can reach its rated speed in less than 200 nanoseconds.

As for its application field, the AX7PAF4-400.0000C oscillator is widely used in many areas that require precise timing and frequency control. It is particularly well-suited for use in electronic controllers, radio frequency communication systems, and various types of digital signal processors. It is also frequently used in consumer products, such as PCs, cellular phones, and digital cameras.

The AX7PAF4-400.0000C oscillator utilizes an oscillator core designed around a temperature sensitive resistor and a buffer amplifier. This core is responsible for generating the oscillator\'s output signal, which is then further processed by the buffer amplifier. This buffer amplifier shapes the output signal into the desired frequency and amplifies it for output purposes.

In addition to providing a reliable output signal, the AX7PAF4-400.0000C oscillator also has several other advantages. It is immune to EMI and ESD interference, and can withstand temperatures up to 125°C. It is also highly efficient, with a power consumption of only 1.5mA and low phase noise.

All things considered, the AX7PAF4-400.0000C oscillator is a powerful and versatile component, suitable for use in a wide variety of applications. Its low power requirements, fast start-up time, and reliable output make it ideal for use in digital signal processors, radio frequency communication systems, and electronic controllers.