ANALOG DEVICES PRD 1363 handbook

The ADP1048 600 Watt Evaluation Kit is a product that provides high power factor and low harmonic distortion with interleaved boost PFC topology. It features protection for AC line input and high voltage output, current balancing between two phases, high-efficiency I2C serial interface to PC software GUI, programmable digital filters, programmable response to faults, programmable inrush control, accurate AC power metering, digital calibration, and trimming.


ANALOG DEVICES PRD 1363 handbook - cover page
Brand
Analog Devices
Category
Power Management
Document type
User Manual
Language
Chinese
Pages
26
File format
PDF
File size
2.1 MB
Published
02 August, 2012
Updated
29 September, 2023
MD5 checksum
7785D4D4836C20A5173D264B8E961E86

About this manual

The document provides a reference guide for the ADP1048-600-EVALZ evaluation board, which features an interleaved boost power factor correction (PFC) topology. It supports a rated load of 600W with an input voltage range of 85 V RMS to 265 V RMS and an output of 385 V DC. The board includes protection features, high efficiency, and an I2C serial interface for communication with PC software via a USB adapter. This manual is written in Chinese.

What's inside

  • Features
  • Topology and Circuit Description
  • Connectors
  • Setting Files and EEPROM
  • Board Evaluation Equipment
  • Setup
  • ADP1048 Programming Software
  • Schematic
  • Layout
  • Bill of Materials

Specifications

Rated Load600 W
Input Voltage85 V RMS to 265 V RMS
Output Voltage385 V
Efficiency95 %
Switching Frequency97.7 KHz

Frequently asked questions

What is the input voltage range for the evaluation board?

The board is set up for an input voltage ranging from 85 V RMS to 265 V RMS.

How does the software communicate with the board?

Communication is achieved via an I2C serial interface connected to a PC running Windows 2000/XP/Vista/NT through the computer's USB port.

What safety precaution is required before disconnecting the load?

The output capacitor must be discharged before the load is disconnected because it stores a high level of energy.

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