CS5460A Power Measurement Solution
A highly integrated solution for accurate power measurement in single phase power metering applications.
- Energy Data Linearity: ±0.1% of Reading over 1000:1 Dynamic Range
- On-Chip Functions: (Real) Energy, IV, IRMS and VRMS, Energy-to-Pulse Conversion
- Smart "Auto-boot" Mode: Enables Use without MCU
- AC or DC System Calibration
The CS5460A is a highly integrated power measurement solution that combines two Analog-to-digital Converters (ADCs), high-speed power calculation functions, and a serial interface on a single chip. It accurately measures and calculates Real (True) Energy, Instantaneous Power, IRMS, and VRMS for single phase 2- or 3-wire power metering applications.
The CS5460A interfaces with a low-cost shunt resistor or transformer to measure current, and with a resistive divider or potential transformer to measure voltage. It features a bi-directional serial interface for communication with a microcontroller and a pulse output engine where the average pulse frequency is proportional to the real power.
With on-chip functionality to facilitate AC or DC system-level calibration, the CS5460A's "Auto-boot" feature allows it to function stand-alone and initialize itself on system power-up. It reads calibration data and start-up instructions from an external EEPROM in Auto-boot Mode, enabling operation without a microcontroller to reduce costs.
- Power Dissipation: 500 mW
- Analog Input Voltage: (VA-) - 0.3V to (VA+) + 0.3V
- Digital Input Voltage: (DGND - 0.3V) to (VD+ + 0.3V)
- Ambient Operating Temperature: -40°C to 85°C
The CS5460A is designed with ground-referenced signals using a single supply, featuring on-chip 2.5V reference with drift of MAX 60 ppm/°C. The simple three-wire digital serial interface, watch dog timer, and power supply monitor enhance its usability in power measurement applications.
For more details or bulk pricing, reach out to our sales team directly at sales02@thansiv.com or call +91-8095406416.
*Images are for illustration only; actual product may vary.*