FMB-G19L

The FMB-G19L is a diode rectifier (also known as a diode bridge) that belongs in the category of single-phase silicon rectifiers. This component is designed to provide a high efficiency switching and rectification function, allowing power to be converted from AC to DC forms. In other words, this diode rectifier converts alternating current (AC) electricity to direct current (DC).

The FMB-G19L is commonly used in applications such as power supplies, UPS systems, rectifiers, converters, and photocopiers. Generally, higher voltage ratings of up to 600V are also available, depending on the application. This component is best used in applications that require higher reliable performance and tighter regulation during periods of peak transient current. The component offers maximum reverse voltage of 1300V, forward current of 19A, and surge forward current of 250A.

The working principle of the FMB-G19L is that it acts as a bridge rectifier, which converts the AC voltage into DC voltage. The component includes four diodes, each of which is arranged in a bridge configuration. The diode rectifier works by allowing current to flow in one direction only and blocking current from flowing in the opposite direction. When AC voltage is applied across the bridge rectifier, the diodes in the bridge will be forward biased in an alternating sequence, and allow electrical current to pass through the component. When the voltage is reversed, the diodes will be reverse biased, blocking current from flowing.

These types of components are widely used in electrical and electronic equipment. They are highly reliable and durable, making them suitable for a wide range of applications. The FMB-G19L is especially designed to provide higher reliable performance and tighter regulation during periods of peak transient current.

The FMB-G19L is a reliable, cost-effective, and efficient component that is widely used in electronic and electrical applications ranging from power supplies, to UPS systems, and photocopiers. This component offers maximum reverse voltage of 1300V, forward current of 19A, and surge forward current of 250A. In addition, the component\'s working principle allows for efficient conversion of alternating current to direct current.