SLD8S26A

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

Transient voltage suppressors (TVS) diodes are widely used as protection devices for electronic circuits from high voltage transients that may occur on power lines, on interface lines of digital systems, or due to electrostatic discharge. The SLD8S26A TVS is specifically designed to protect sensitive electronic devices from damage or malfunction due to transient over-voltage or electrostatic discharge. This article gives an overview of the applications of SLD8S26A TVS diodes and their working principles.

SLD8S26A TVS diodes are designed for transient voltage suppression and are suitable for a wide range of applications. They are especially well suited for protecting digital data lines, such as from USB, from electrostatic discharge. These devices can also provide some protection from high-frequency noise spikes. SLD8S26A TVS diodes are widely used in automotive applications such as for transient protection of ECUs. SLD8S26A diodes are also used in many industrial applications such as wind turbines, solar inverters, power supplies, and smart grid devices.

SLD8S26A TVS diodes have a wide breakdown voltage range of from 18 V to 24 V and can stand off up to 32 V. They are bidirectional, which means they can protect against both positive and negative transients. The maximum peak pulse power of SLD8S26A TVS diodes is typically 2.5 kW. As such, they offer good protection for components connected to high-voltage power supplies. The low clamping voltage of SLD8S26A TVS diodes is typically 12 V, which makes them able to absorb a wide range of transient voltages.

The SLD8S26A TVS diode has a working principle based on the initiating of a low-resistance path between the anode and cathode. When a high voltage is applied to it, electrons flow into the device and cause current to flow through the device until the voltage is reduced to a safe level. The current flows relatively quickly, typically in nanoseconds, and is then sharply reduced. The SLD8S26A diode has enough current capacity to suppress transients that may occur in systems that use digital switching or microprocessors.

SLD8S26A TVS diodes can also be used in reverse mode. In this mode, a reverse voltage is applied to the diode in order to ensure that it remains in the off state and is not activated by a reverse current. Reverse mode is often used in surge suppressors, where it provides an additional level of protection for sensitive components.

Overall, SLD8S26A TVS diodes are a practical and cost-effective solution for applications in which high-voltage transient protection is required. They offer a wide range of applications and can protect a variety of digital systems and components from the effects of over-voltage or electrostatic discharge. Moreover, their low clamping voltage and high current capacity make them ideal for use in power supplies and industrial applications.

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