IRAM136-3023B2 Solid State Relay DIP-8 Package ÿ High Power Switching Module

IRAM136-3023B2 Overview

The IRAM136-3023B2 is an advanced Integrated Power Hybrid Module designed for efficient motor control and inverter applications. Engineered for industrial and commercial environments, this device combines critical power electronics components into a single, compact package, optimizing board space and system reliability. Its design enables straightforward integration into AC motor drives, variable frequency drives, and other demanding power management solutions. The module offers robust thermal performance and simplifies circuit design, helping engineers accelerate project development cycles. For additional information and sourcing, visit the IC Manufacturer website.

IRAM136-3023B2 Technical Specifications

IRAM136-3023B2 Key Features

• Integrated 3-phase inverter topology enables simplified circuit design, reducing component count and PCB complexity.
• 600V voltage rating with 6A current handling supports robust motor drive and power conversion applications, enhancing operational safety.
• SIP package format allows for efficient heat dissipation and space-saving assembly in high-density circuit layouts.
• Through-hole mounting ensures secure attachment and reliable long-term operation in demanding industrial settings.

IRAM136-3023B2 Advantages vs Typical Alternatives

Compared to discrete solutions and standard power modules, this integrated inverter module offers superior integration, reducing the need for multiple external components. The result is streamlined assembly, improved reliability, and minimized PCB footprint. Its robust voltage and current ratings make it ideal for heavy-duty motor control tasks, while the SIP package enhances thermal management and simplifies manufacturing processes.

Typical Applications

• AC motor drives for industrial automation, where precise 3-phase control and reliability are essential for conveyor systems, pumps, and fans.
• Variable frequency drives (VFDs) in HVAC systems, delivering energy-efficient motor speed control and optimized power usage.
• Home appliance inverter boards, supporting efficient, quiet, and long-lasting operation in products such as washing machines and air conditioners.
• Compact power conversion units, enabling effective integration in space-constrained power electronics designs across commercial and light industrial sectors.

IRAM136-3023B2 Brand Info

This product reflects the manufacturer’s commitment to high-performance integrated power modules tailored for the evolving needs of industrial, commercial, and appliance sectors. By consolidating key power components into a single SIP package, the module delivers consistent quality, reliability, and ease of assembly. Its robust electrical ratings and thoughtful design support engineers seeking efficient, compact, and durable solutions for advanced motor control and power inverter applications.

FAQ

What types of motors can the IRAM136-3023B2 control?

This module is ideally suited for controlling 3-phase AC motors commonly found in industrial drives, HVAC equipment, and home appliances. Its integrated inverter topology simplifies control tasks and enhances drive efficiency for these motor types.

How does the SIP package benefit system design?

The Single Inline Package (SIP) format provides a compact footprint, facilitating optimal heat dissipation and straightforward PCB assembly. This is especially valuable in high-density or thermally demanding applications, reducing design complexity and supporting robust mechanical stability.

What are the main advantages of using an integrated power module?

An integrated module such as this combines multiple power semiconductor components, reducing the need for discrete parts. This results in a smaller PCB, lower assembly costs, and improved reliability thanks to reduced interconnects and optimized thermal performance.

Is through-hole mounting suitable for industrial environments?

Yes, the through-hole mounting design ensures a secure mechanical connection, making the module highly resistant to vibration and thermal cycling??both common in industrial settings. It also simplifies manual assembly and repair processes.

Can this module support energy-efficient applications?

Absolutely. By integrating high-voltage and current-handling capabilities, the device is well-suited for energy-efficient motor control and inverter applications, helping end products meet modern efficiency standards while delivering reliable performance.