SL13HE3_A/I

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SL13HE3/I is a single-phase silicon rectifier specifically designed for inverter systems. It offers an efficiency advantage over other rectifier technologies, including Schottky and MOSFET rectifier systems. The SL13HE3/I is constructed with a low projected minority current (PMC), high frequency, low differential mode noise and small capacitive characteristics.

The SL13HE3/I application field includes power supplies for personal computers, PCs, industrial automation equipment, home appliances, and electronic products used in various industrial equipment, such as insulation power equipment, air-conditioning machines, robots, pumps, and other electronic equipment.

A distinctive feature of the SL13HE3/I is its low forward voltage drop, low temperature coefficient and reverse leakage current. The low forward voltage drop results in greater efficiency when compared to other rectifier systems, as a consequence of which the system size can be reduced and cost savings achieved. The low temperature coefficient of the device ensures that its forward voltage drop remains constant over its operating temperature range.

The SL13HE3/I utilizes a heat spreader to ensure its power elements remain at the correct temperature for maximum efficiency. The device also provides the highest instantaneous surge current capability (IGT) of any single-phase rectifier, allowing the designer to use a smaller transformer with the same reliability.

The SL13HE3/I working principle is based on the use of P-N junction to generate a forward current. It is typically made up of four elements: the anode, the cathode, the gate and the substrate. The anode and cathode are connected to the power line via the gate. When a forward current is applied to the device, the contact poles form a potential barrier, causing a current of electrons to flow through the device.

When the potential barrier is reduced, the potential difference is reduced and the forward current decreases. As the potential barrier is reversed, the potential difference across the device reverses and the forward current decreases further. This is the principle of forward conduction. The device also features a reverse leakage current to prevent reverse flow of current.

The SL13HE3/I can be used in applications requiring a wide range of current and voltage transients, such as in power supplies for various electronic products, and in air conditioning systems. It offers a wide range of features including low forward voltage drop, high frequency and small capacitive characteristics. The low forward voltage drop and high frequency make it very suitable for applications requiring low output ripple and very low noise.

The SL13HE3/I single-phase silicon rectifier is a versatile and effective solution for a wide range of applications requiring low voltage, low noise and high efficiency switching. Its low temperature coefficient, high frequency, low differential mode noise and small capacitive characteristics make it suitable for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference