ams OSRAM

AS8510 Data Acquisition Front-End IC

ams OSRAM introduces their AS8510 data acquisition front-end IC for accurately measuring battery current

Image of ams OSRAM's AS8510The ams OSRAM AS8510 data acquisition front-end IC is a virtually offset free, low noise, 2-channel measurement device. It is tailored to accurately measure battery current from mA range up to kA range in combination with a 100 µΩ shunt resistor connected in series with the battery rail. Through the second measurement channel, it enables capture of either battery voltage synchronous with the current or to measure the analog output of an internal or external temperature sensor.

Features and Benefits
  • First 16-bit dual ADC + PGA data acquisition ASSP with zero offset  as a  flexible sensor interface
  • Offset  < 1 LSB
  • Noise < 1 LSB @ 1kHz, 1 sigma
  • Full AEC Q 100 conformance
  • Highest accuracy dual ADC for signal conditioning up to 4 kHz
  • Flexible concept enables short time to market in evolving field of battery management

AS8510

ImageManufacturer Part NumberDescriptionAvailable QuantityPrice
IC BATTERY MANAGEMENT 20-SSOPAS8510-ASSMIC BATTERY MANAGEMENT 20-SSOP12401 - Immediate$87.92View Details
EVAL BOARD FOR AS8510AS8510 DEMOBOARDEVAL BOARD FOR AS85101 - Immediate$1,446.28View Details
Published: 2015-10-07

Related Videos

ams OSRAM wide portfolio of sensors and emitters
ams OSRAM wide portfolio of sensors and emitters

Publish Date: 2023-04-26

Related Product Highlight

AS8510 – Channel Measurement Device ams OSRAM's AS8510 is a low noise, 2 channel measurement device featuring control signals for external high side PGA including zero offset architecture.

Related Articles and Blogs

Design Considerations for Dual-Voltage Automotive Power Systems Moving to dual 12 V/48 V automotive power systems requires more attention to safety and efficiency while rethinking the Li-ion battery management system.
Charge and Battery Control Sensors and Solutions Learn about the use of embedded sensors in battery-based designs with a look at both stand-alone and peripheral toplogies.
Data Acquisition in Apollos March to the Moon An examination of the Apollo flight data acquisition hardware & techniques. Technologies of the past compared to their modern equivalents for state-of-the-art sending & conversion for DAQ.

Related Product Training Modules

AS8510 Data Acquisition IC Wide range of sample rates and configuration options make AS8510 a flexible interface for battery sensor applications with 2 independent acquisition channels