ASSFLP1-D02

Programmable oscillators are widely used in different fields and they can cope with a variety of different requirements related to frequency and stability. A typical example is the ASSFLP1-D02, a widely used oscillator designed for precise frequency applications and digital circuits. In this article, we will discuss the application field and working principle of the ASSFLP1-D02 to help you understand how this oscillator works and when to use it.

Application Field

The ASSFLP1-D02 is a programmable oscillator from Listening Partners Corporation. It is a frequency synthesizer that processes signals in a wide range from 1 MHz to 65 MHz depending on the application. Its application field includes communications, board-level test, industrial, educational and data acquisition.

In terms of communication, the ASSFLP1-D02 can be used to stabilize and control the frequency, or to produce precise signals for advanced transmission and reception operations. In board-level tests, it can be applied to filter out noise and harmonics while providing maximum stability, thus ensuring reliable data transmission.

The oscillator can also be widely used in the industrial and data acquisition fields, which require precise frequency and stability. The ability to program the frequency makes it ideal for use in various applications and devices, such as digital meters and other monitoring instruments.

Working Principle

As a programmable oscillator, the ASSFLP1-D02 is based on a closed-loop frequency feedback system. It consists of three sections—-control section, oscillator section and detector section.

The control section consists of a control logic circuit and a programmable frequency divider. The control logic reads a program stored in the internal memory and drives the circuit to adjust the frequency. The frequency divider is used to divide the output from the oscillator section and output a signal, which can be further processed by the detector section.

The oscillator section produces a sine wave signal with a certain frequency. This is then divided by the frequency divider in the control section and output to the detector section. The detector section will detect the frequency of the signal and adjust the output of the oscillator section to maintain the frequency specified by the control logic.

Conclusion

The ASSFLP1-D02 is a programmable oscillator designed for precise frequency applications and digital circuits. It is widely used in communications, board-level test, industrial, educational and data acquisition fields. The oscillator uses a closed-loop frequency feedback system to produce a sine wave signal with a predetermined frequency. This makes it ideal for use in various applications and devices requiring precision frequency and stability.