MICROCHIP TECHNOLOGY IC: A/D converter; Ch: 4; 16bit; 15sps; 2.7÷5.5V; IN: differential [MCP3428T-E/SL]
The Microchip ADC is a 16-bit, low-power Analog to Digital Converter designed for high-performance applications. This versatile device boasts a programmable gain amplifier, ensuring accurate signal processing across a wide range of input conditions. Ideal for battery-operated systems, it consumes minimal power while delivering exceptional resolution and precision in data conversion. Its compact design facilitates easy mounting and reduces overall system footprint, enhancing design flexibility and efficiency. Offers up to 16 bit resolution for superior data accuracy Includes multiple programmable gain options to suit diverse applications Utilises a low power design to extend battery life in portable devices Supports I2C interface for seamless connectivity with microcontrollers Provides multiple data rate settings for tailored performance Features integrated temperature sensing for comprehensive monitoring Compact size enhances placement versatility in tight spaces
The Microchip ADC is a 16-bit, low-power Analog to Digital Converter designed for high-performance applications. This versatile device boasts a programmable gain amplifier, ensuring accurate signal processing across a wide range of input conditions. Ideal for battery-operated systems, it consumes minimal power while delivering exceptional resolution and precision in data conversion. Its compact design facilitates easy mounting and reduces overall system footprint, enhancing design flexibility and efficiency.
Offers up to 16 bit resolution for superior data accuracy
Includes multiple programmable gain options to suit diverse applications
Utilises a low power design to extend battery life in portable devices
Supports I2C interface for seamless connectivity with microcontrollers
Provides multiple data rate settings for tailored performance
Features integrated temperature sensing for comprehensive monitoring
Compact size enhances placement versatility in tight spaces