Ricoh Electronic Devices Company R5617 Series Battery Protection ICs


https://www.electronics-lab.com/ricoh-electronic-devices-company-r5617-series-battery-protection-ics/

Ricoh Electronic Devices Company R5617 Series Battery Protection ICs provide overcharge, over-discharge, and charge/discharge overcurrent protection for one-cell Li-ion and polymer batteries. The R5617 Battery Protection ICs feature an ultra-high overcharge detection of ±10mV, enabling the R5617 Series to ensure safety against overcharge and fully use the battery capacity. Also, the low 2µA power consumption of the […]

400mA Synchronous Step-Down DC/DC Module with MODE Pin and Inductor


https://www.electronics-lab.com/400ma-synchronous-step-down-dc-dc-module-with-mode-pin-and-inductor/

RICOH introduced RM590 with a powerful 400mA Buck DC/DC converter and built-in inductor along with the high operating frequency of 6 MHz which, requires a significantly small PCB board space and a low number of external components. The RM590 can be configured for either PWM/VFM automatic shift operation or forced PWM operation by controlling of […]

1-Cell Li-ion Battery Protection IC with Built-in Driver for High-side Nch FETs and Temperature Protection


https://www.electronics-lab.com/1-cell-li-ion-battery-protection-ic-with-built-in-driver-for-high-side-nch-fets-and-temperature-protection/

RICOH has introduced R5445 Series of 1-Cell Li-ion battery protection IC with built-in driver for high-side Nch FETs and temperature protection. This new IC serves as Li+ / Li-polymer protector of overcharge, over-discharge, and over current for battery pack. The R5445 Series IC can drive external high-side Nch MOSFETs and provide high-accuracy detection at overcharge […]

1-Cell Protection IC with Reset and Forced Standby Function for Li-Ion and Li-Polymer Batteries


https://www.electronics-lab.com/1-cell-protection-ic-with-reset-and-forced-standby-function-for-li-ion-and-li-polymer-batteries/

Ricoh Electronic Devices has introduced a primary battery protection IC R5613 Series for rechargeable 1-cell Lithium-Ion and Lithium Polymer batteries. This Series is designed to enforce strict usage limits keeping the battery cell in optimal condition and preventing critical overload conditions. The new R5613 series features standard functions like over-charge and over-discharge voltage, discharge overcurrent, and charge overcurrent, […]

Ricoh Electronic Devices Company R1810 600nA IQ Boost DC/DC Converters


https://www.electronics-lab.com/ricoh-electronic-devices-company-r1810-600na-iq-boost-dc-dc-converters/

Ricoh Electronic Devices Company R1810 600nA IQ Boost DC/DC Converters are boost DC/DC converters featuring a typical start-up voltage of 0.35V. Ricoh R1810 is designed for electrical power storage devices, especially 1-cell photovoltaic (PV) energy harvesters. The R1810 can start up with 9µW, making it ideal for charging a 1-cell PV element. R1810 can be […]

Ricoh Electronic Devices Company launches the RIOT-001 Environment Sensing Board


https://www.electronics-lab.com/ricoh-electronic-devices-company-launches-riot-001-environment-sensing-board/

Ricoh Electronic Devices Company RIOT-001 Environment Sensing Board is designed to transmit data obtained from a temperature/humidity/pressure sensor (BME280) and an ambient light sensor (MAX44009) via Bluetooth, to tablets or other smart devices. The board also includes a voltage regulator with a battery monitor (RP124) for the measurement of the secondary battery voltage. The RIOT-001 Board […]

Ultra small quiescent current DC/DC converters for IoT and wearable devices


https://www.electronics-lab.com/ultra-small-quiescent-current-dc-dc-converters-iot-wearable-devices/

Ricoh Electronic Devices launched RP516 and RP517 series, buck (step-down) DC/DC converters featuring ultra-low output voltage (0.3 V to 1.2 V) and ultra-low quiescent current (typically 0.3 µA). The new converters are designed for IoT systems. As the IoT market expands, IoT devices with sensors, MCUs, communication ICs, etc. are required to correspond to low voltage to prolong […]