**About Sampling Frequency Calculator (Formula)**

The Sampling Frequency Calculator is a tool used to calculate the sampling frequency of a discrete-time signal based on its sampling period. In a digital system, a continuous-time signal must be converted into a discrete-time signal through a process known as sampling. This process involves taking samples of the continuous-time signal at a certain rate, which is determined by the sampling frequency.

**The formula used in the Sampling Frequency Calculator is:**

**fs = 1 / Ts**

where **fs** is the sampling frequency in **Hz (Hertz),** and **Ts **is the sampling period in seconds. The formula expresses the relationship between the sampling frequency and the sampling period in a discrete-time system.

The sampling frequency determines the rate at which samples are taken from the continuous-time signal. It is important to choose an appropriate sampling frequency to avoid loss of information or aliasing. If the sampling frequency is too low, high-frequency components of the continuous-time signal may be lost, resulting in a distorted output signal. On the other hand, if the sampling frequency is too high, it may lead to unnecessary computational overhead and increase the storage requirements of the signal.

In summary, the Sampling Frequency Calculator provides a simple and effective way to calculate the appropriate sampling frequency for a discrete-time system. The formula **fs = 1 / Ts** is a fundamental formula in digital signal processing, and an understanding of its significance is essential to ensuring the accuracy and integrity of sampled signals.