MBR340STR

Introduction

The MBR340STR is an ultra fast, single phase, 3A, high power Schottky (Schottky) rectifier, the special feature of this rectifier is its very low junction to case thermal resistance (R_j-c), which makes it the ideal choice for use in high frequency and low voltage applications.

The most important parameter for the MBR340STR when compared to other competitive rectifiers is its low forward voltage (V_f), which is only 0.42V typical, this low voltage is beneficial to the application, since it results in low power dissipation and thermal losses. The low R_j-c of the MBR340STR makes it the best choice in applications where fast switching is required and low thermal resistance is required.

MBR340STR Application Field and Working Principle

The MBR340STR is a general purpose, single phase, 3A, high power Schottky (Schottky) rectifier, the major feature of this device is the very low junction to case thermal resistance (R_j-c), which makes it the ideal choice for use in high frequency and low voltage applications.

The MBR340STR can be used in a variety of applications, these include applications such as motor control, speed control, solar panel applications, and other high power switching and dc to dc converter applications.

The working principle of the MBR340STR is the same as that of other Schottky rectifiers, the device operates in a mode where the reverse voltage is reversed biased and the diode is held in a non-conductive state, however when a positive voltage is applied to the diode, electrons are attracted to the anode, allowing current to flow and the diode to become conducting. The diode is able to handle high switching speeds as well as very low forward voltages, this makes the MBR340STR the ideal choice for applications needing fast switching and low voltage operation.

MBR340STR Advantages

The MBR340STR has several advantages compared to other rectifier solutions on the market, the most important being its very low forward voltage (V_f) of 0.42V, which makes it ideal for applications requiring low power dissipation and thermal losses. The very low R_j-c of the MBR340STR also makes it suitable for applications requiring fast switching and low thermal resistance.

The MBR340STR also offers higher efficiency than other solutions on the market, due to its lower junction to case thermal resistance (R_j-c). This efficiency makes the device suitable for a variety of applications, such as motor control, speed control, solar panel applications, and other high power switching and dc to dc converter applications.

The MBR340STR is highly reliable, due to its robust construction and very low V_f, this ensures that the device can handle high switching speeds as well as low forward voltages, providing an extremely reliable solution for a variety of applications.