Image of ams OSRAM AS8510 IC

AS8510 Data Acquisition IC

ams OSRAM

This presentation includes information about the key features, possible applications (mainly automotive) and main benefits of the AS8510, which is a virtually offset free, low noise, two channel measurement device. Product information will be provided and an overview of different major target applications of this product, which can be used nearly everywhere that small signals should be measured, will be given. More detailed explanation will be related to battery management, which is the main target application.

Related Parts

KuvaManufacturer Part NumberKuvausSaatavana oleva määrä Hinta
IC BATTERY MANAGEMENT 20-SSOPAS8510-ASSMIC BATTERY MANAGEMENT 20-SSOP12201 - Immediate$9.22Näytä tiedot
IC BATTERY MANAGEMENT 20-SSOPAS8510-ASSPIC BATTERY MANAGEMENT 20-SSOP2000 - Immediate$9.22Näytä tiedot
PTM Published on: 2011-07-15

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 Data Acquisition Front-End IC ams OSRAM's AS8510 data acquisition front-end IC is a virtually offset free, low noise, 2 channel measurement device tailored to accurately measure battery current
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.