What are the characteristics of the analog signal output of the Vertical Functional Module?

The characteristics of the analog signal output of the Vertical Functional Module may vary depending on the design and application field of the specific module, but in general, the analog signal output generally has the following characteristics, which are also applicable to the analog signal output of the Vertical Functional Module:

Continuity: The amplitude of the analog signal changes continuously over time, without discrete values. This means that the signal can smoothly transition from one value to another without sudden jumps.
Infinite precision: Since analog signals are continuous, they can theoretically have infinite precision. However, in practical applications, the accuracy may be limited due to the limitations of physical devices and transmission media. But compared with digital signals, analog signals usually have higher potential in terms of accuracy.
Susceptibility to interference: Analog signals are susceptible to various interferences during transmission, such as electromagnetic noise, line loss, etc. These interferences may cause signal distortion or reduce the accuracy of the signal. Therefore, when designing and using the Vertical Functional Module, it is necessary to consider taking corresponding anti-interference measures.
Flexibility: Analog signal output is usually flexible and can adapt to different application scenarios and needs. For example, the signal parameters such as amplitude, frequency and phase can be adjusted to meet specific control requirements.