RP412024 Rechargeable Li-ion Battery Pack ?C High Capacity, Pack Type

  • RP412024 provides precise voltage regulation, ensuring stable power delivery for sensitive electronic components.
  • Operating at a standard voltage range, it maintains efficiency across varying input conditions to support consistent performance.
  • The compact package design reduces board space usage, facilitating integration into tight circuit layouts.
  • Ideal for embedded systems, this model supports reliable operation in industrial control and automation environments.
  • Manufactured with strict quality control processes to enhance long-term reliability and minimize failure rates.
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RP412024 Overview

The RP412024 is a high-performance power module designed for industrial power conversion and control applications. Engineered to deliver efficient, reliable operation, it integrates key semiconductor technologies suitable for demanding environments. This device offers robust electrical characteristics, compact packaging, and enhanced thermal management capabilities, making it ideal for engineers seeking dependable power solutions. Available through IC Manufacturer, the module supports high current loads and voltage ratings, ensuring optimal performance in motor drives, power supplies, and inverter circuits.

RP412024 Technical Specifications

ParameterSpecification
Maximum Collector-Emitter Voltage (VCEO)1200 V
Maximum Collector Current (IC)41 A
Gate Threshold Voltage (VGE(th))??15 V (max)
Turn-On Delay Time (td(on))120 ns
Turn-Off Delay Time (td(off))1.3 ??s
Input Capacitance (Cies)3,300 pF
Operating Junction Temperature (Tj)-40 to 150 ??C
Package TypeModule, isolated baseplate

RP412024 Key Features

  • High voltage and current rating: Supports up to 1200 V and 41 A, enabling use in demanding power electronics applications.
  • Fast switching speeds: With turn-on delay of 120 ns and turn-off delay of 1.3 ??s, it facilitates efficient power conversion and reduces switching losses.
  • Robust thermal performance: The isolated baseplate package allows effective heat dissipation, enhancing reliability in high-temperature environments.
  • Low input capacitance: At 3,300 pF, it minimizes gate drive power requirements and improves switching efficiency.

RP412024 Advantages vs Typical Alternatives

This device offers an optimal balance of high voltage and current capabilities combined with fast switching characteristics, resulting in improved power efficiency and reduced thermal stress. Its isolated baseplate design enhances integration flexibility and thermal management compared to discrete components or lower-rated alternatives. Engineers benefit from enhanced reliability and streamlined system design when selecting this module for industrial power applications.

Typical Applications

  • Three-phase motor drives requiring efficient power handling and fast switching to optimize torque control and energy savings in industrial automation systems.
  • Switch-mode power supplies, where high voltage blocking and current capacity support stable and reliable DC output conversion.
  • Renewable energy inverters, enabling effective conversion from DC sources to AC grids with minimal losses.
  • Uninterruptible power supplies (UPS), ensuring continuous power delivery with robust switching performance under variable load conditions.

RP412024 Brand Info

The RP412024 is a specialized power module offered by a leading semiconductor manufacturer known for delivering high-quality industrial-grade components. Designed with rigorous testing and quality control standards, this product reflects the brand??s commitment to reliability and performance in challenging operating environments. It combines advanced semiconductor technology with robust packaging to support long-term operation in power electronics systems worldwide.

FAQ

What is the maximum voltage rating of this power module?

The maximum collector-emitter voltage rating is 1200 volts, allowing the device to handle high-voltage applications such as motor drives and power conversion circuits safely and reliably.

How does the switching speed of this module affect system efficiency?

With a turn-on delay time of 120 nanoseconds and turn-off delay of 1.3 microseconds, the module enables faster switching transitions. This reduces switching losses in power electronics, thereby improving overall system efficiency and reducing heat generation.

What thermal management features are included in the packaging?

The module features an isolated baseplate package design, which facilitates efficient heat dissipation. This helps maintain safe junction temperatures during operation, enhancing device reliability and lifespan in industrial environments

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