STMicroelectronics ST7LITEU09
Manuales y guías de usuario para STMicroelectronics ST7LITEU09. Encontramos 7 manuales para descargas gratuitas Data Sheet, User manual, Programming Manual, Quick Reference manual
Below you will find brief information for Single-Phase Multi-Tariff Energy Meter. This document highlights the key features of the STMicroelectronics single-phase multi-tariff energy meter reference board, which is designed to provide a complete, ready-to-use energy meter application. The system utilizes the ST72F321 microcontroller, the M41T94 Real Time Clock, the M95256 EEPROM, and the STPM14 energy meter ASSP device. The reference board contains features such as multi-tariff management, absolute and average maximum demand calculation, tamper management, and power failure management. This reference board can be utilized as a platform for evaluation and development of meter applications.
Características clave
Multi-tariff management
Maximum demand calculation
Tamper management
Power failure management
LCD display
IRDA communication
EEPROM storage
STPM14 metering ASSP
ST72F321 microcontroller
Real Time Clock
páginas: 146 STMicroelectronics ST7LITEU09 Data Sheet
Marca: STMicroelectronics Categoría: Software Tamaño: 2 MB
Idiomas: English
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Frequently Answers and Questions
What are the key features of this energy meter?
The energy meter offers multi-tariff management, absolute and average maximum demand calculation, tamper detection, and power failure management.
What type of microcontroller is used in this energy meter?
The energy meter is powered by the ST72F321 microcontroller.
What types of tamper detection are supported?
The energy meter can detect two types of tamper: box tamper and line/voltage wire tamper.
How does the energy meter communicate with a handheld unit (HHU)?
The energy meter supports IrDA communication compliant with IEC 62056 protocol Mode C, allowing for data reading and parameter changes via an HHU connected to a PC serial port.
What is the purpose of the EEPROM in this energy meter?
The EEPROM is used for storing sensitive data, such as energy readings, tamper information, and maximum demand data.
What is the role of the STPM14 ASSP in this energy meter?
The STPM14 metering ASSP is a key component that measures active energy, detects tamper events, and provides a pulse output proportional to the measured power.
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