S16-4148/TR13

S16-4148/TR13 is a rectifier diode array module composed of four rectifier diodes whose anodes and cathodes are respectively connected to two high-voltage AC terminals. It is furnished complete with integral transient suppression. As the terminals are pointed upward, the array is well suited for direct installation onto printed circuit boards.

The simple and ergonomic concept of this diode array module makes it ideal for a variety of applications. High-voltage circuits such as single-phase AC equipment can be well protected giving them long-term operational safety. It can be used for AC line voltage stabilizing and for voltage regulation in power systems.

The most common application of S16-4148/TR13 is its use as a regulator in AC power systems. This is because it allows the user to regulate the voltage input so as to avoid any power losses that may arise due to high or low voltage inputs. This diode array module is also used in theprotection of third-layer equipments, adding an extra hold-up time preventing voltage drops and momentarily cut offs.

The principle of operation of this rectifier diode array module is akin to the rectifier diodes that compose it. The electricity entering this module is converted into DC output voltage by the action of the four diodes in the bridge rectifier configuration. The device is designed to absorb the transient spikes present in the input AC signal and convert them into DC power. This makes it highly useful for efficient voltage stabilization in AC circuits.

S16-4148/TR13 is extremely reliable and provide long-term safety for various high-voltage AC equipment. It is suitable for industrial, telecommunications, renewable energy, automotive and medical applications due to its versatility and performance. Its small size and easy installation also make it ideal for automotive and medical applications as a voltage regulator.

In conclusion, S16-4148/TR13 is a very versatile rectifier diode array module, suitable for a wide range of applications. Its ability to efficiently regulate voltage, absorb transient spikes and provide long-term safety makes it particularly suitable for single-phase AC equipment, high-voltage circuits and power system voltage regulation. Its ergonomic design and easy installation make it suitable for a large number of industrial, telecommunications, automotive, medical and renewable energy applications.