The Allen-Bradley 1336-BDBMX3-SP75D represents a Gate Driver PC-board that boasts 480 Volts and 400 Horsepower of power, plus an adjustable frequency. It is part of the 1336 series and it features an F frame size which helps it accommodate various third-party components. This component suits a variety of industrial environments, regardless of size, and it benefits from the dozens of years of experience of the Allen-Bradley company in this field. When ordered new, which is usually for 1 year. The Allen-Bradley 1336-BDBMX3-SP75D can be combined with an inverter snubber and with other hardware components. This model is an ability amplifier that allows a low-power insight to be provided from an IC controller. It also produces a high-current drive insight for the gate of any high-power transistor such as an IGBT or a vitality MOSFET, in order to provide the necessary amount of power for the other components. Essentially, the gate driver contains a shifter combined with an amplifier.

As opposed to bipolar transistors, the 1336-BDBMX3-SP75D does not require frequent power input, so long as it is not frequently reset. Being a transistor, it takes a particular gate voltage to be able to change, so the gate capacitor must be incurred to at least the mandatory voltage for the transistor to be started up. Similarly, to change the transistor off, this voltage must be dissipated. Whenever a transistor is started up, it generally does not immediately transition from a non-conducting to an active state; and it could transiently support both a higher voltage and a higher current than normal. As a result, when the gate current is put on a transistor to lead it to switch, a level of heat is reached which can, in some instances, damage the transistor. Therefore, it is important to keep the Allen-Bradley 1336-BDBMX3-SP75D Gate Drive Board’s transitioning time very short, in order to minimize switching damage.