岩崎通信機 Company Overview

We are pleased to announce that our company will be exhibiting at Measurement Expo 2015 TOKYO. We sincerely invite you to visit us. ■ Dates: December 2 (Wed) - 4 (Fri), 2015 ■ Venue: Tokyo Big Sight, Booth No. M4-34 ■ Products to be exhibited: - Semiconductor Curve Tracer CS Series - 400MHz Wideband Differential Probe BumbleBee - Japanese-made Rogowski Coil Current Probe - SE-6000 Series Isolation Probe - PSM3750 Frequency Response & Impedance Analyzer (manufactured by Newtons4th, UK) - Small Signal Amplifier - and more.

Iwatsu Measurement Co., Ltd. (Headquarters: Suginami-ku, Tokyo, President: Hisao Nakayama, hereinafter referred to as "Iwatsu Measurement") is pleased to announce the release of the 5 1/2 digit digital multimeter VOAC7502. The naming of Iwatsu Measurement's digital multimeters consistently reflects the essence of the multimeter with V (Volt: voltage), O (Ohm: resistance), A (Ampere: current), and C (Count: measurement) (pronounced "Boakku"). The newly released VOAC7502 inherits the basic functions of the higher model VOAC7602, which underwent a significant model change (released in July 2013), and aims to meet a wide range of needs even in the 5 1/2 digit class.

We will launch the wideband, high-voltage differential probe 'BumbleBee' manufactured by PMK in Germany. The release will start on January 20, 2015, with shipments expected to begin in mid-March of the same year. The price is 480,000 yen (excluding tax). Since 2004, we have been selling high-voltage probes from PMK, and among them, 'BumbleBee' is a product developed with the latest technology from PMK, achieving class-leading bandwidth and common-mode signal rejection ratio. In recent years, the emergence of devices using SiC (silicon carbide) and GaN (gallium nitride) in power semiconductors has led to advancements in high-frequency and high-voltage applications, making it increasingly difficult to measure with conventional differential probes. This device clears those issues at a high level, achieving a bandwidth of 400 MHz and a maximum differential input of 2000V, meeting many user needs.