SS210LHM2G

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Diodes - Rectifiers - Single:SS210LHM2G is a diode rectifier that provides a fast and easy-to-use solution for power-supply applications. It is made of a high-speed Schottky silicon mesa-block rectifier, fabricated in a Schottky barrier, which provides high-current ratings under all conditions. The SS210LHM2G is an economical and reliable choice for many power applications.

The SS210LHM2G is intended for use in power supplies and high-frequency switching applications such as those used in the telecommunications and data-communications industries. It can also be used in automotive and industrial applications for reverse polarity protection, over-current protection, or switching. In addition, the SS210LHM2G can be used as an AC-to-DC rectifier for a wide range of applications, as well as in voltage regulator circuits.

Typically, the SS210LHM2G can replace up to two standard 50V Schottky diodes in a power supply application and provide the same protection at a fraction of the cost. In addition, the SS210LHM2G is designed to be extremely reliable and efficient, making it an ideal choice for applications requiring high reliability and high current output. This product offers customers the ability to reduce cost, size, and power loss while performing a wide range of applications.

The SS210LHM2G is a Schottky diode rectifier that employs a Schottky barrier principle to construct a rectifier that resolves the trade-off between on-state voltage and on-state current. The Schottky barrier eliminates the need for a PN junction, allowing for improved forward voltage drop and higher forward current than traditional rectifying diodes. This allows for faster switching times and higher power dissipation in the same size package.

The device is a one-way electrical component and works according to the principle of rectification. This means it is made up of two PN layers stacked on top of each other. When forward biased, the SS210LHM2G will allow current to flow in only one direction. When reverse biased, no current will pass through the SS210LHM2G. The SS210LHM2G will usually be used in series with other components in order to rectify alternating current into direct current.

In addition to its high-efficiency rectification capabilities, the SS210LHM2G provides a wide range of features, including high maximum forward current, low turn-on and reverse recover capacitance, and low temperature coefficients. The device is designed to provide the following features: fast switching, low forward voltage drop, low reverse leakage current, high peak repetitive reverse voltage and low reverse recovery time.

The SS210LHM2G is available in a variety of package sizes, ranging from small leadless chip carriers (LCCs) up to large surface-mount packages that occupy nearly one square inch of board area. The device is also available in a variety of lead configurations and can be mounted on either the top or bottom side of the PCB. The SS210LHM2G can also be directly soldered on the bottom of the PCB with the leads on the top.

The SS210LHM2G is built to be robust and reliable, accommodating a wide variety of current and voltage applications. The device is designed to meet the most rigorous industry standards, offering guaranteed maximum current room temperature ratings as well as minimum breakdown voltages.

The SS210LHM2G is suitable for a wide array of applications, making it an attractive solution for many power supply, high frequency switching and rectification needs. The device is currently being used in semiconductor device fabrication, electronic circuits and power supplies, commercial and communication applications, automotive vehicles, and industrial machines and motors.

In conclusion, the SS210LHM2G offers many advantages for applications requiring high current and reliable rectification performance. The device employs Schottky diode rectifier technology, which offers lower forward voltage drop and higher forward current than traditional rectifying diodes. The SS210LHM2G is available in a variety of package sizes and lead configurations, making it an ideal solution for a range of applications. The device is reliable and robust, offering guaranteed maximum current and voltage ratings, and is suitable for a wide array of applications.

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