ASSFLP-R-C02

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Programmable oscillators are an integral part of modern circuit design. They provide stability and accuracy to control systems, while also providing the flexibility to accommodate rapidly changing design requirements. The ASSFLP-R-C02 programmable oscillator is one such device, offering excellent performance in terms of both accuracy and reliability.

This oscillator is a transistor-based, temperature compensated, digitally controllable frequency synthesizer that is used in numerous fields. It is designed to generate output frequencies between 50 Hz and 10 kHz, with an adjustable voltage output of 0 to 5 volts. The device can be programmed via a simple 4-bit control word to generate an output frequency that is independent of ambient temperature and voltage.

This oscillator is typically used in several types of applications, including trucking, industrial equipment, energy management systems, and communication networks. In trucking applications, the oscillator can be used to provide a stable frequency reference for periodic speed measurements and to control the engine speed. In industrial equipment, it can be used to control and regulate the speed of motors and pumps. In energy management systems and communication networks, it can be used to generate frequency reference signals and perform timed events.

The ASSFLP-R-C02 offers excellent performance when it comes to accuracy. The typical drift rate is 5 ppm, which is one of the best in its class. Furthermore, the device has an exceptionally low power consumption and is highly reliable due to its CMOS technology.

The working principle of the ASSFLP-R-C02 is fairly straightforward. The device consists of an oscillator, a temperature variable resistor, and a voltage controlled variable resistor. The oscillator generates a reference frequency, which is then divided down using a digital divider. The output frequency is determined by the voltage applied to the voltage controlled variable resistor. As the temperature changes, the resistance of the temperature variable resistor changes, which in turn changes the output frequency. The resistor is used to provide the device with the necessary temperature compensation.

In conclusion, the ASSFLP-R-C02 is an excellent choice for a wide variety of applications due to its high accuracy, low power consumption, and reliability. Its simple working principle makes it easy to set up and use, and its ability to adjust output frequencies in response to varying temperatures make it ideal for applications that require temperature compensation.

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