新栄電子計測器 Company Profile

Shin-ei Electronic Measuring Instruments Co., Ltd. (Headquarters: Fujisawa City, Kanagawa Prefecture, CEO: Kazuma Kubota) has launched the "PCM Series," a multi-channel microcurrent measurement device capable of simultaneously measuring minute leakage currents and consumption currents across multiple channels. This series is based on the PCM-200, which has already received positive feedback in the market, and expands the options for the number of measurement channels, offering five configurations: 25ch, 50ch, 100ch, 200ch, and 300ch. With this flexible series development, users can select the optimal number of channels according to the inspection targets and production scale, contributing to the efficiency of inspection and evaluation processes for electronic components.

Thank you very much for your continued patronage. We sincerely appreciate it. We regret to inform you that we will be closed on the following dates. Please note that inquiries via the email form will still be accepted during the closure period, and we will respond to them in order starting from the reopening date. We sincerely appreciate your continued patronage. We regret to inform you that we will be closed on the following dates. We apologize for any inconvenience this may cause and thank you for your understanding. From Saturday, December 27, 2025, to Sunday, January 4, 2026. We will resume normal business operations on Monday, January 5, 2026. Please note that inquiries via the email form will still be accepted during the closure period. Responses to inquiries received during this period will be addressed in order starting from the reopening date.

Shin-ei Electronic Measuring Instruments Co., Ltd. (Headquarters: Fujisawa City, Kanagawa Prefecture; CEO: Kazuma Kubota) has launched a new I-V curve tracer, the "IVCT Series," designed for perovskite solar cells. This product can be widely used from research and development to shipping inspections on production lines, achieving high-precision I-V curve measurements across a broad range with its asymmetric bipolar power supply. As the mass production of perovskite solar cells accelerates, our company leverages its power control technology and measurement know-how to contribute to the advancement of characteristic evaluation. Key features include I-V curve measurement across all ranges using an asymmetric bipolar power supply, high-reliability data acquisition through a delay function, four selectable models tailored to specific applications, and detailed graph displays and CSV output (Voc, Isc, Pmax, etc.) via a dedicated app. We provide optimal measurement solutions for research and development of perovskite solar cells, module evaluation, and quality inspections on production lines.