Maxell‘s PSB401010H All-Solid-State Battery (Nominal Capacity 8mAh) Was Adopted in Nikon‘s “Multi-Turn Absolute Encoder”
Environmental resistance*1 has been acknowledged, contributing to the extension of the device's operating temperature range
Multi-turn absolute encoder (left) with mounted all-solid-state battery, and the PSB401010H all-solid-state battery (right)
The PSB401010H ceramic packaged all-solid-state battery manufactured by Maxell, Ltd. (President and Representative Director: Keiji Nakamura / hereinafter "Maxell") has been adopted in the MAR-M700MFA multi-turn absolute encoder*2 developed by Nikon Corporation (Representative Director, President: Toshikazu Umatate / hereinafter, "Nikon").
The MAR-M700MFA absolute encoder will be showcased at the Nikon booth (booth E7-59 in the East 7 Hall) of the "International Robot Exhibition 2023: iREX2023" to be held at Tokyo Big Site (Koto Ward, Tokyo) from November 29 to December 2, 2023.
Maxell's PSB401010H ceramic packaged all-solid-state battery (nominal capacity 8mAh) has been highly recognized for its capability of surface mounting through reflow soldering*3 and its environmental resistance which allows devices to be operated at temperatures of up to 105℃.
To solve many social issues, utilizing its analog core technologies, Maxell will continue to develop reliable, high-performance all-solid-state batteries that can be used in areas where existing batteries cannot be used by focusing on the following four features: long lifetime, high-temperature resistance, high output, and high capacity.
*1 Environmental resistance: For the battery's operating temperature range, please refer to the details on Maxell's all-solid-state battery webpage. https://biz.maxell.com/en/rechargeable_batteries/allsolidstate.html
*2 Absolute encoder: An absolute encoder is a type of sensor device used commonly in industrial robots on automobile manufacturing lines, machine tools, and many other applications. Its purpose is to detect absolute values for robot-arm rotational displacement and similar measurements.
*3 Capability of surface mounting through reflow soldering: No deterioration in basic characteristics such as capacity and load characteristics due to reflow at a maximum temperature of 245℃.
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