Search results for "rohm"
IoT solutions guide covers sensors, connectivity
Anglia is supporting customers designing connected devices for the Internet of Things (IoT) with a new Wireless Connectivity and Sensors guide covering the wide range of solutions available from industry leaders like Analog Devices, Gemalto, Honeywell, Renesas, Littelfuse, Murata, Omron, Panasonic, Rohm, STMicroelectronics and TDK.
Boost-buck charging ICs support smartphones and power banks
ROHM has recently announced the availability of its dual-input boost-buck charging ICs that support 1-4 battery cells for notebook PCs, smartphones, and power banks and is fully compatible with the the latest charging technologies such as wireless and USB Power Delivery (USBPD).
Shunt resistors reduce surface temperature rise by 45%
Suitable for current detection in high-power applications in the automotive, industrial and large-scale consumer electronics sectors, ROHM has announced the development and mass production of high-power low-ohmic shunt resistors of the GMR100 series. The new shunt resistors are characterised by a high rated power of 3W and a resistance range from 5-220mΩ. Their resistance tolerance is specified with F (±1%). The temperature coefficie...
Step down power supply masters common automotive challenges
A new DC/DC converter from ROHM Semiconductor has been announced namedBD9V100MUF-C. It features a built-in MOSFET that can generate output voltages of just 3.3 or 5V (minimum 2.5V) from input voltages up to 60V at a switching frequency of 2MHz.
Noise tolerant op-amps used in electric vehicle core systems
With its BA8290xYxx-C series, ROHM is offering automotive-grade op-amps featuring superior noise immunity. The output voltage fluctuations are suppressed in all frequency bands to less than ±1%, compared to ±3.5% to ±10% with conventional products. This allows, for example, sensor signals to be amplified without the need for noise countermeasures, which significantly reduces design load and contributes to greater reliability.
Dual-Mode LPWA Compliant Wireless Communication LSI
ROHM Group company LAPIS Semiconductor has recently announced the availability of an RF LSI optimized for LPWA (Low Power Wide Area), which is expected to usher in a new area of wireless IoT communication.
Analogue accelerometers assist vibration sensing
The KX220 sensor series, a family of medium-g, tri-axis Analog Accelerometers has been launched by Kionix, a ROHM group company. Initially two versions are available: the KX220-1071 and the KX220-1072, providing +/-20g and +/-40g ranges respectively. Maximum supported bandwidths range from 4.5kHz to 8kHz.
Power management market will reach $61.33bn by 2024
In the report 'Power Management IC MarketBy Type (Voltage Regulators, Battery Management ICs, Motor Control ICs and Integrated ASSP (application-specific standard product), By Industry Verticals (Electronics, Automotive, Telecommunications and Others (Defence and aerospace, railway and healthcare) Industry trends, Estimation & Forecast, 2016 - 2024',the globalPower Management IC (PMIC) marketwas valued at $40.21bn in 2016, and is projected to...
Evaluation boards enable USB Type-C power delivery
Designed to connect to information and peripheral devices using the new Type-C connector,ROHM has announced the availability of USB Power Delivery (USBPD) compatible transmitter/receiver evaluation boards.Recent years have seen a greater demand to reduce industrial waste in many regions, including Europe, for example by utilising or developing universal connectors and chargers for a variety of electronic devices that can be used worldwide.
Low-power turnkey pedometer comes with embedded functionality
ROHM Group company Kionix has added embedded functionality to its line of high-performance accelerometers. The new KX126 tri-axis accelerometer integrates a step detector and step counter.According to Nader Sadrzadeh, Kionix’s CEO, “As the applications for sensors grow, we look for use cases that become widespread enough to warrant embedding algorithms and functionality directly into our sensors.