2P25U3S/28

The 2P25U3S/28 is mainly used in the medical industry for applications such as low-level electrical stimulation. It is designed to use pulse-width modulation to generate varying intensities of electrical current in the area of the body where it is applied. This versatile power source can also be used to generate shock wave therapy as well as high-frequency ultrasound power.

2P25U3S/28 is composed of a main board, a control board, and a terminal board. The main board is responsible for the conversion of alternating current (AC) to direct current (DC). The control board handles the pulse-width modulation operations and monitors the intensity of the electrical current. The terminal board connects the power input, power output, and other components.

The working principle of 2P25U3S/28 is based on pulse-width modulation. This technique is used to control the magnitude of the electrical current being transmitted to the body. The signal generated by the 2P25U3S/28 is a series of pulses ranging from very low frequencies to high frequencies. The width of each pulse is modulated in order to control the intensity of the electrical current. The pulse-width modulation process allows for control over the exact intensity of the electrical current at any given time.

2P25U3S/28 is a very efficient and precise way to deliver varying intensities of electrical current to the area of the body where it is applied. It can also be used for shockwave therapy and/or ultrasound power delivery. The device is mainly used in the medical industry for low-level electrical stimulation applications. Its efficient and precise performance make it an ideal choice for medical practitioners looking to provide effective treatments to patients.