ROHM Semiconductor USA, LLC
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San Diego, CA 92121
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Development Kit supports mini, low power microcontrollers.
Featuring- code development and debugging software and hardware, LAPIS Development Kit helps accelerate development of embedded designs that leverage ML610Q100 Series microcontrollers. To start creating circuits and programs, kit routes all I/O pins to prototyping area on development board, providing access to all combined 40 I/O pins, as well as power and ground rails of 2 microcontrollers. Two...
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Switching Regulators serve diverse power supply applications.
DC/DC switching regulators meet operating voltage, temperature, and layout requirements of space-constrained power supply applications. While BD9G101G DC/DC converter features 6–42 V input range and internal high-side 42 V power MOSFET and provides 0.5 A DC output, 6 MHz synchronous step-down switching regulator BU9000xGWZ utilizes ultra-low current PFM mode and provides up to 1.0 A load...
Read More »Low Power Microcontrollers provide sensor management.
Designed to manage, collect, and analyze data from environmental sensors, Models ML610Q793 and ML610Q794G incorporate 8-bit RISC CPU core and 16-bit coprocessor for arithmetic operations, along with analog to digital converters. Devices operate at up to 4 MHz and include 64 KB of Flash for program storage, 4 KB of RAM for program use, and 8 KB of dual port RAM for data logging. Interfaces such as...
Read More »Operational Amplifiers boost sensor signals.
Designed to amplify signals from motion sensors such as accelerometers and gyroscopes, Models BD5291G and BD5291FVE utilize analog technology, enabling input/output full-swing operation at only 1.7 V. Low input offset voltage combined with high common-mode rejection ratio of 70 dB min makes it possible to amplify small signals with accuracy. Typical applications include smartphones, tablets,...
Read More »Microcontrollers provide single-phase DC motor control.
Designed to provide precise control of rotation and speed of single-phase fans and motors, 8-bit Models ML610Q101 and ML610Q102 feature internal oscillator and multiple timers to reduce rotational speed variations, minimizing audible noise. Built-in hysteresis allows differential comparator to monitor Hall element on motor to determine motor speed and direction. Housed in 16-pin, 4 x 4 mm...
Read More »ROHM Semiconductor Introduces a Complete System PMIC for Intel Bay Trail I Platform
KYOTO, Japan and SANTA CLARA, Calif. -- ROHM Semiconductor (TSE : 6963) today introduced Power Management ICs (PMICs) designed for the Intel-® Atom™ processor E3800 family. ROHM PMICs utilize superior analog technology, ensuring outstanding performance in even the most demanding applications. Their highly integrated design eliminates the need for parts selection, complicated sequence/circuit...
Read More »SiC Power MOSFETs feature no tail current.
Rated at 80 mΩ and 1,200 V, Models SCT2080KE and SCH2080KE are intended for solar inverters, DC-DC converters, UPS, and motor drive applications.- Absence of tail current and fast recovery characteristics lower switching losses, while 70–90 ns- turn ON/OFF times allow for switching frequencies in hundreds of kHz range. Model SCH2080KE, co-packaged with discrete anti-parallel SiC Schottky...
Read More »ROHM Semiconductor and Avnet Internix Collaborate on a Power Supply Module Board Optimized for Xilinx 7 Series FPGAs and Zynq(TM)-7000 All Programmable SoCs
A high-speed, high-performance and high-efficiency power module that reduces power consumption for industrial equipment applications SANTA CLARA, Calif.- – Avnet Internix, a subsidiary of Avnet's global Electronics Marketing group (Avnet EM) and ROHM Semiconductor, (ROHM) a Japanese IC manufacturer, have collaborated to jointly design and develop a power supply module board optimized for...
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Mini Microcontrollers provide embedded system control.
Based on 8-bit RISC U8 core, ML610Q100 Series exhibits low power consumption of 1 uA and 3.7 mA in sleep and operating modes, respectively, while executing 1 instruction per clock cycle at up to 8 MHz clock rates. Devices include non-volatile RAM plus embedded peripheral functions, including GPIO, PWMs, counter/timer blocks, ADCs, and comparators. With supply voltage of 2.7–5.5 Vdc and -40 to...
Read More »Low-Power Mini MCUs are suited for embedded system control.
Mini Low Power Microcontrollers include ML610Q1xx devices available in 10-, 16-, 20-, and 30-pin SSOP packages and ML61017x MCUs, with LCD display controllers, available in 64-, 80-, and 100-pin TQFP packages. Units feature processing core, non-volatile memory and RAM, and various embedded peripheral functions. Consuming 1 -µA in sleep mode and 3.7 mA while operating, both products execute 1...
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