IRAM336-025SB3 Intelligent Power Module, 25A, DIP Package, Motor Driver

IRAM336-025SB3 Overview

The IRAM336-025SB3 is a highly integrated power module designed for efficient and reliable control of three-phase motor drives and inverters. Engineered for compactness and optimal performance, this device combines key power switching and control features in a single, space-saving package, reducing design complexity for industrial and commercial applications. Its robust construction and well-defined electrical characteristics provide a dependable solution for demanding environments. For sourcing and additional technical details, visit IC Manufacturer.

IRAM336-025SB3 Technical Specifications

IRAM336-025SB3 Key Features

• Integrated three-phase inverter configuration streamlines motor control designs and minimizes external components, saving PCB space and reducing assembly complexity.
• Supports up to 25A collector current, enabling robust operation for a wide range of industrial motor drive and inverter applications.
• Built-in gate drivers and protection enhance system reliability, offering fault protection and improved safety during operation.
• High isolation voltage (2000 Vrms/min) between power and control circuits increases safety and ensures compliance with industrial standards.

IRAM336-025SB3 Advantages vs Typical Alternatives

Compared to conventional discrete solutions, this module delivers superior integration by combining IGBTs, freewheeling diodes, gate drivers, and protection in one compact device. This results in higher reliability, easier thermal management, and faster assembly. The robust isolation and industrial-grade performance further reduce the risk of failure and improve overall system efficiency for demanding motor control applications.

Typical Applications

• Variable frequency motor drives for pumps, fans, and compressors, where precise speed and torque control are required for energy efficiency and system longevity.
• Industrial automation equipment, such as conveyors and robotic actuators, benefiting from reliable three-phase inverter operation.
• HVAC systems, including air conditioning and ventilation units, to control motors with optimized power consumption.
• Home appliances like washing machines and refrigerators that require efficient and compact motor drive modules.

IRAM336-025SB3 Brand Info

The IRAM336-025SB3 is manufactured to meet the demands of industrial and commercial applications requiring high-performance power modules. This device is engineered for integration, safety, and durability, backed by a reputable brand known for quality and innovation in power electronics. Its combination of robust electrical ratings and integrated features makes it a preferred choice for engineers seeking dependable three-phase inverter solutions.

FAQ

What types of motors can be driven using the IRAM336-025SB3?

This power module is suitable for driving a variety of three-phase AC motors, including induction and permanent magnet synchronous motors. Its configuration supports applications that require reliable and efficient inverter operation for motor control.

How does the integrated protection circuitry benefit end users?

Having built-in protection mechanisms, such as fault detection and isolation, safeguards both the power module and the connected system against overcurrent, short circuits, and other potentially damaging events. This increases uptime and reduces maintenance costs for users.

What makes the IRAM336-025SB3 ideal for compact system designs?

The combination of power switching devices, gate drivers, and protection functions in a single SIP-3B package minimizes the need for external circuitry, significantly reducing board space and simplifying layout for compact product designs.

Is the module suitable for harsh industrial environments?

With an operating temperature range from -40??C to +150??C and robust isolation voltage, this module is well-suited for demanding industrial settings where reliability and safety are critical requirements.

How does using an integrated inverter module affect overall system efficiency?

Integration reduces parasitic losses, optimizes switching behavior, and improves thermal management. Users benefit from simplified assembly, enhanced energy efficiency, and more consistent performance across a range of load conditions.