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Fuji 2MB1300NB-060 IGBT Module

Fuji 2MB1300NB-060 IGBT Module

Posted Date: 2023-06-13
Fuji 2MB1300NB-060 IGBT Module
Fuji 2MB1300NB-060 IGBT Module
Fuji 2MB1300NB-060 IGBT Module
Fuji 2MB1300NB-060 IGBT Module

The Fuji 2MB1300NB-060 is an IGBT (Insulated Gate Bipolar Transistor) module.

Options of the 2MB1300NB-060:

Low VCE(sat): The module is designed with low VCE(sat) (Collector-Emitter saturation voltage), which helps scale back energy losses and improves effectivity in energy conversion purposes.

P.C. board mount: The module is designed for simple mounting on printed circuit boards (PCBs), simplifying the combination course of in digital methods.

converter diode bridge: The module features a converter diode bridge circuit, which permits for the conversion of AC energy to DC energy or vice versa.

Dynamic brake circuit: The module is supplied with a dynamic brake circuit, which gives braking performance for motor drives and helps in deceleration or stopping of motors.

Functions of the 2MB1300NB-060:

Inverter for motor drive: The module can be utilized in motor drive purposes, the place it converts DC energy to AC energy to manage the pace and torque of motors.

AC and DC servo drive amplifier: The module is appropriate for servo drive amplifiers utilized in AC and DC servo motor methods, offering exact management of motor actions.

Uninterruptible energy provide: The module can be utilized in UPS methods, making certain steady energy provide throughout mains energy failures.

Most scores and traits of the 2MB1300NB-060:

Collector-Emitter voltage Vces: 600V
Gate-Emitter voltage VGES: ±20V
Collector present IC: 300A
Collector present Icp: 600A
Collector energy dissipation Laptop: 1100W
Collector-Emitter voltage VCES: 1200V
Working junction temperature Tj: +150°C
Storage temperature Tstg: -40 to +125°C
Mounting screw torque: 3.5 * 1 N·m

It's able to dissipating energy as much as 1100W. The working junction temperature is specified as +150°C. Correct thermal administration needs to be thought of to make sure the module operates inside protected temperature limits.