Avnet Asia Connect
 
 

Microchip - MCP39F511A電源監控IC



利用Microchip雙模式電源監控IC發揮最大系統效能 單顆IC為直流交流電源即時測量提供領先業界精確度水準。

在同時使用交流和直流電源的系統中,實現雙模式電源監控傳統上需要多個IC才能保證達到優越的效能和準確性。越來越多的應用,例如太陽能逆變器、智慧照明和雲端伺服器通常使用雙模式來保持安全運行,使用交流電作為主電源,直流電作為備用電源,或者反過來。為了優化效能,降低此類系統的開發難度。Microchip Technology Inc.推出靈活的雙模式電源監控IC,在測量交流和直流電源時,能在寬達4000:1的範圍內,達到領先業界的0.1%精確度水準。將電源計算和事件監控融入到一個IC中,降低了材料成本,並縮短了韌體開發時間。



Features

• Real-Time Measurement of Input Power for AC or DC Supplies
• Power Monitoring Accuracy capable of 0.1% error across 4000:1 dynamic range
• Automatic Sensing and Switching Between AC and DC Modes
• Built-In Calculations:
   - Active, Reactive, Apparent Power
   - Active and Reactive Energy Accumulation
   - True RMS Current, RMS Voltage
   - Line Frequency, Power Factor
• Dedicated Zero Crossing Detection (ZCD) Pin
• Dedicated PWM Output Pin
• Automatic Event Pin Control through Fast Voltage Surge Detection
• Fast Calibration Routines
• 2-wire UART: Baud Rate up to 115.2kbps
• 512 bytes User-accessible EEPROM through page read/write commands
• Low-Drift Internal Voltage Reference: 10 ppm/°C typical
• 28-lead 5x5 QFN package
• Extended Temperature Range -40°C to +125°C
• AEC-Q100 qualified



Application

• Consumer
• Internet of Things
• Industrial



Block Diagram




Downloads:

http://ww1.microchip.com/downloads/en/DeviceDoc/MCP39F511A-Data-Sheet-20006044A.pdf







▲回頁首

 
avnet.com/apac  
Copyright ©2018 Avnet, Inc. All rights reserved.