LC87F2R04AU-MFP-H-ON: High-Performance Relay Module in Compact Package

  • LC87F2R04AU-MFP-H-ON provides efficient control for various electronic systems, enhancing overall performance.
  • Features advanced processing capabilities, ensuring reliable and accurate signal management.
  • Compact package design allows for better space utilization on the circuit board.
  • Ideal for automotive applications, facilitating improved system responsiveness and safety.
  • Designed with stringent quality standards, ensuring long-lasting and dependable operation.
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产品上方询盘

LC87F2R04AU-MFP-H-ON Overview

The LC87F2R04AU-MFP-H-ON is a high-performance microcontroller designed for a variety of embedded applications. This device features a compact and efficient architecture, ensuring optimal power consumption and responsiveness. With its advanced processing capabilities, the LC87F2R04AU-MFP-H-ON is well-suited for applications requiring reliable performance and integration. For more information, visit IC Manufacturer.

LC87F2R04AU-MFP-H-ON Key Features

  • High processing speed: The microcontroller offers excellent performance for complex calculations, making it ideal for demanding real-time applications.
  • Low power consumption: Designed to operate efficiently, this device reduces energy costs, which is crucial for battery-operated systems.
  • Integrated peripherals: The inclusion of multiple I/O interfaces simplifies system design and minimizes additional components, enhancing overall reliability.
  • Robust architecture: The device is built to withstand various environmental conditions, ensuring longevity and stability in diverse applications.

LC87F2R04AU-MFP-H-ON Technical Specifications

Parameter Value
Operating Voltage 2.7V – 5.5V
Max Clock Frequency 20 MHz
Flash Memory 4 KB
RAM 256 Bytes
EEPROM 512 Bytes
I/O Pins 24
Operating Temperature Range -40??C to +85??C
Package Type 32-pin MFP

LC87F2R04AU-MFP-H-ON Advantages vs Typical Alternatives

This microcontroller stands out against typical alternatives due to its low power consumption and high efficiency. Its integrated peripherals allow for a more compact design while maintaining high reliability, making it suitable for a wide range of applications.

Typical Applications

  • Industrial automation systems, where the microcontroller’s efficiency and performance can optimize production processes and equipment control.
  • Consumer electronics, enabling smart functionality in devices while maintaining low energy usage.
  • Battery-operated devices, where power efficiency is critical for extending operational life.
  • Automotive applications, supporting various control systems that require reliability and precision.

LC87F2R04AU-MFP-H-ON Brand Info

The LC87F2R04AU-MFP-H-ON is a product of a reputable manufacturer known for providing reliable and innovative electronic components. This microcontroller exemplifies the brand’s commitment to quality and performance in the semiconductor industry.

FAQ

What are the main applications for the LC87F2R04AU-MFP-H-ON?

This microcontroller is ideal for applications in industrial automation, consumer electronics, battery-operated devices, and automotive control systems, thanks to its efficiency and versatility.

What is the operating temperature range of the LC87F2R04AU-MFP-H-ON?

The device operates effectively within a temperature range of -40??C to +85??C, making it suitable for various environmental conditions encountered in industrial and automotive applications.

How does the LC87F2R04AU-MFP-H-ON compare in power consumption?

This microcontroller is designed for low power consumption, which is significantly advantageous for battery-operated systems, allowing for longer operational life and reduced energy costs.

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产品中间询盘

What kind of memory does the LC87F2R04AU-MFP-H-ON include?

The device features 4 KB of Flash memory, 256 Bytes of RAM, and 512 Bytes of EEPROM, offering sufficient storage for code and data handling in various applications.

Is the LC87F2R04AU-MFP-H-ON easy to integrate into existing systems?

Yes, the microcontroller’s design includes multiple I/O interfaces, facilitating straightforward integration into existing systems and reducing the need for additional components.

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