AX7DAF1-800.0000C

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Oscillators, in a broad sense, are electrical components used to generate periodic signals at certain frequencies. In particular, the AX7DAF1-800.0000C oscillator is a type of active oscillator based on two RC networks and operational amplifiers. As a widely applicable time-base generator, it is suitable for devices of high precision and accuracy.

At its core, the AX7DAF1-800.0000C uses two operational amplifiers to amplify the difference between two integrated resistors and capacitors, RC components. The amplifiers are also used to prevent the negative feedback caused by any difference between the two RC components. The whole circuit is calibrated so that the operational amplifiers can achieve sufficient closed-loop gain to form a feasible oscillator.

A feature of good precision oscillators is their thermal stability. The AX7DAF1-800.0000C is a good example of such. The oscillators use a special method of current temperature compensation, which can ensure the output quality remains consistent. According to testing, each unit\'s drift of frequency in different temperature is 0.04 ppm /C. This feature makes the AX7DAF1-800.0000C quite suitable for monitoring real-time events and activities such as timing, frequency distribution and display.

The AX7DAF1-800.0000C oscillator has a wide range of application fields, such as integration into telecom hardware, broadcasting and metering systems. Apart from its high reliability, the AX7DAF1-800.0000C is also energy efficient. It operates on a 5V~12V DC supply voltage and can be configured to regulate the voltage while still providing stable frequency output.

In conclusion, the AX7DAF1-800.0000C is an active oscillator with a wide range of application fields. Its two RC network coupled with operational amplifiers are able to amplify the difference between two RC components while producing a consistent output even when voltage drops. This makes it suitable for real-time monitoring, broadcasting and metering purposes, not to mention its excellent temperature compensating feature.

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