Nisshinbo Micro Devices
@nisshinbo-micro-devicesNisshinbo Micro Devices is a global provider of analog semiconductor solutions, formed by the merger of New Japan Radio and Ricoh Electronic Devices. Headquartered in Tokyo, the company offers advanced power management ICs, amplifiers, sensors, and microwave devices for automotive, industrial, and consumer applications, driving innovation in energy efficiency and signal precision.
Articles by Nisshinbo Micro Devices
Nisshinbo Micro Devices Launches NT1741 Ultra-Low-Current Rx Booster
Nisshinbo Micro Devices launches the NT1741 2.4 GHz Rx booster with 1.5 mA LNA current, 1 µA bypass current, 13 dB gain and integrated RF matching in a 1 × 1 mm package.
Read article →Nisshinbo Silicon Motherboard Cuts Mounting Footprint by 80%
Nisshinbo Silicon Motherboard 3D integration technology combines ICs, wafer-formed elements and external passive components, reducing mounting footprint by about 80% in a window comparator prototype.
Read article →Nisshinbo Targets Long-Life IoT Nodes With 85 nA Buck Regulator
Nisshinbo Micro Devices has introduced the NC2650 Series, a 1 A synchronous buck regulator with 85 nA quiescent current, automatic PWM/PFM switching, and compact WLCSP packaging for IoT, wearable, and battery-powered sensor designs.
Read article →Nisshinbo NT1199HEAE4S LNA Strengthens Multi-Band GNSS Reception
The Nisshinbo NT1199HEAE4S wideband LNA delivers high linearity, low noise, and stable gain across all major GNSS bands, helping navigation systems maintain accuracy in interference-heavy automotive, industrial, and consumer environments.
Read article →Nisshinbo Micro Devices Launches Quad-Channel PMIC to Simplify Automotive Camera Designs
Nisshinbo Micro Devices introduces the NP8700, a four-channel power management IC that integrates buck and LDO regulators to shrink automotive camera designs and reduce EMI.
Read article →Nisshinbo Launches Precision Battery Protection ICs for Compact Li-ion Designs
The NB7123 and NB7130 ICs bring high-accuracy protection and flexible FET support to compact battery-powered devices.
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