The ACPL-782T Automotive-Grade Isolation Amplifier is designed with a wide operating temperature range and qualified to AEC-Q100 automotive stress test requirements and manufactured in compliance to TS16949, making it suitable for use in automotive applications. This amplifier is ideal for use in motor inverters, battery charger systems for plug-in hybrids, AC and DC rail voltage measurement, temperature sensing isolation. ACPL-782T isolation amplifier is designed with a tight +/-2% gain tolerance providing high accuracy measurement and stability over time needed to accurately monitor motor current or voltage in high noise motor control environments…
Avago Technologies Introduces Automotive-Grade Isolation Amplifier for Use in Hybrid Electric Vehicles
New Isolation Amplifier Accurately Monitors Motor Current and Inverter Bus Voltage in High Noise Environments
The MPC5668G MCU offers unparalleled performance and single-chip integration to help automotive developers reduce the cost and design complexity of connecting in-vehicle networks together at a single point. The dual-core Power Architecture® device supports the automotive industry’s leading communications interfaces, such as CAN, LIN, Ethernet, Media Local Bus and FlexRay[tm] technology. The MPC5668G MCU offers unmatched performance and integration that enables a single connection point to eliminate the bottleneck between various high-speed communication protocols. the MPC5668G device helps deliver significant system performance improvements in the areas of communication bandwidth, diagnostic capabilities and module re-flashing time…
Freescale delivers single-chip microcontroller solution for next-generation automotive gateways
Highly integrated 32-bit dual-core MCU simplifies design of gateway modules that connect leading automotive communications protocols
The new S12HY family combines affordable 16-bit performance with the optimal on-chip features for cost-sensitive dashboard applications in emerging automotive markets. The S12HY MCUs provide exactly the right amount of on-chip integration to enable the migration from mechanical solutions still used in emerging markets to modern electromechanical instrument clusters. The S12HY devices offer up to 64 KB of on-chip flash memory for non-volatile program storage, as well as 4 KB of flash memory for data storage with error correction code (ECC) technology…
Freescale helps reduce cost and complexity of instrument clusters for entry-level vehicles
16-bit S12HY microcontroller family with integrated LCD and stepper motor drivers targets cost-sensitive instrument cluster applications
Freescale Semiconductor has introduced a cost-effective family of 16-bit microcontrollers (MCUs) designed for electromechanical instrument clusters used in entry-level vehicles – a rapidly growing segment of the automotive industry. The latest addition to Freescale’s expanding 16-bit MCU portfolio, the new S12HY family combines affordable 16-bit performance with the optimal on-chip features for cost-sensitive dashboard applications in emerging automotive markets.