AKSG-200/G

Shunts, Jumpers and the AKSG200/G are all electrical engineering components that play a crucial role in various applications. They are primarily used for controlling, connecting, and conducting electrical current between different components in modern electronic devices. The AKSG200/G is a shunt regulator commonly used in alternating current (AC) applications and widely recognized for its exceptional performance in powering high-end applications. In this article, we\'ll cover its application field and working principle.

Firstly, the AKSG200/G is used in a wide range of AC applications - from precision voltage regulation in consumer electronics to industrial automation. It is also used in many multi-phase systems, such as motor control, military equipment and solar systems. In these situations, the AKSG200/G is used to regulate current to ensure that power is evenly distributed between the components in the system. This in turn reduces the power consumption and eliminates potential overloads.

Secondly, the AKSG200/G works by utilizing the sliding-mesh construction. This technology allows for the voltage regulation across the shunt without any manual adjustment. The shunt is connected in series along the main power source, and the voltage is then regulated using the sliding-mesh principle. The most basic design involves an inner core connected to a control device that allows for voltage adjustment. This is known as the "slider".

Thirdly, the voltage regulation of the AKSG200/G is achieved by the use of the slider. The slider exerts an electromagnetic force, which is a combination of two forces. One force controls the amount of current passing through the shunt, and the other adjusts the voltage. This process results in a smooth and reliable voltage regulation across the entire system.

In summary, the AKSG200/G is a shunt regulator widely used in AC applications for its exceptional performance in powering various systems. It utilizes the sliding-mesh construction, allowing for the voltage to be regulated without manual adjustment. The slider regulates the voltage by combining two forces - one that controls the current and the other that adjusts the voltage. This leads to a more reliable voltage regulation in a wide range of applications.