丸文 List of Products and Services

Clarity by Broadcom is a leading Strategic Portfolio Management (SPM) solution designed to give organizations confidence in their business decisions – especially as AI looms large. Bridging the gap between siloed finance and operations systems, Clarity offers real-time visibility and unified governance across all investment types.Unlike traditional project management, Clarity connects strategy to execution, empowering leaders to move beyond guesswork. With Clarity, businesses can finally answer the age-old question, “Where did all the money go?”

• Project management tools
• Other Software

The Moku:Pro is a multifunctional measuring instrument that combines the features of both the Moku:Go and Moku:Lab. It is loved by researchers and engineers around the world, allowing for easy expansion of research capabilities with just this one device. This product has the most advanced measurement functions in the Moku series, with a wider range of measurable bandwidths and sampling rates compared to other Moku series devices. [Features] - Capable of supporting up to 11 types of functions (5 standard functions and 6 optional functions) - Multi-instrument mode - Input voltage noise and mixed ADC *You can download the English version of the catalog. *For more details, please feel free to contact us.

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The "Moku:Lab" is a multifunctional measuring device that allows for wireless measurements via a tablet, simplifying complex measurement environments with its design. It has the most measurement items in the Moku series, capable of supporting up to 12 types of functions (5 standard functions and 7 optional functions). Due to its high versatility, this product is used by universities and research institutions worldwide. 【Features】 ■ The most measurement items in the Moku series ■ Three types of connection methods ■ Measurement possible using an iPad *For more details, please refer to the PDF document or feel free to contact us.

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This document introduces three methods for generating FPGA-compatible code for user-programmable devices using AI tools. It provides detailed explanations on using user-programmable FPGAs and Moku Cloud Compile, as well as defining prompts for generating VHDL. Examples include the implementation of signal limiters, creation of event counters, and converting Python to VHDL. [Contents (partial)] ■ Mastering user-programmable FPGAs ■ Prompts, adjustments, copying, deployment ■ Getting started with Moku Cloud Compile ■ Generating VHDL using ChatGPT: Defining prompts *For more details, please refer to the PDF document or feel free to contact us.

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The "Moku Series" is a multifunctional measuring instrument developed by the Australian company LIQUID INSTRUMENTS. It incorporates over 10 different functions in a single device, making it versatile for a wide range of applications, from major measurements to niche research. It is used in universities and research institutions around the world, supporting experiments and measurements. In addition to commonly used functions such as oscilloscopes and function generators, it also includes features like data loggers and lock-in amplifiers. There are three types available to suit various applications, from portable to wireless measurements. It is also possible to implement ideal functions using programming code generated by ChatGPT. We are currently offering explanatory materials on utilizing ChatGPT, which can be easily downloaded as a PDF.

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"Moku:Go" is a multifunctional measuring instrument designed for engineers and students to actively test designs and projects. This product features 11 instruments, a wide range of connectivity, and an optional programmable power supply, allowing you to work anywhere without the need for bulky benchtop equipment. Its lightweight and compact design makes it easy to carry in a backpack, adapting to any learning environment, whether outdoors or at home. 【Features】 ■ Equipped with 10 standard functions and 1 optional function ■ Flexibility ■ Multi-instrument mode available *For more details, please refer to the PDF document or feel free to contact us.

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"BDS2" is an RF power monitoring system for non-50Ω lines. In semiconductor manufacturing processes that require RF reproducibility, it can be used not only as a constant monitoring tool for RF but also allows for the measurement of current, voltage, and phase angle, making it possible to manage the RF state after the matching box for each chamber. By utilizing log data and a simple spectrum measurement function, it also contributes to understanding the RF state during successful processes and analyzing the causes of process failures. 【Features】 ■ Monitors current, voltage, and phase angle in non-50Ω lines, with RF effective power and impedance analysis using Smith charts ■ Spectrum analysis using frequency sweep function, analysis of harmonic and noise components ■ Built-in trigger function allows for capturing arcs and pulse rise times without missing them, suitable for process analysis and quality assessment ■ Optional time domain function allows monitoring of up to 4 levels of pulse waveforms *For more details, please refer to the related link page or feel free to contact us.

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The "Model 4027A Series" is a power sensor developed for high-precision RF (radio frequency) measurements aimed at the semiconductor market. We have thoroughly examined the uncertainty and errors of the power sensor itself. Additionally, we have made significant revisions to calibration standards, achieving high-precision measurements. We promise that it will be extremely useful in quality assurance departments, manufacturing processes, and maintenance. 【Features】 ■ Guaranteed high precision. Achieves ±1% of reading (at calibration output and calibration frequency) ■ Has a proven track record as a replacement for the 4020 series ■ Connector selection is possible at the time of order according to customer requests *For more details, please refer to the related link page or feel free to contact us.

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At Lavision, we have successfully visualized phenomena that were difficult to achieve with conventional methods by utilizing over 15 years of expertise in fluid analysis algorithms and a very simple setup method. This digital shadowgraph camera proposes a new approach to process evaluation, quality control, and fluid observation that has never been seen before, and can be used as a tool for traceability, observation, verification, and recording of phenomena that are difficult to visualize.

• Other measuring instruments

The MNL series from LTB Lasertechnik Berlin is a high-output compact nitrogen laser with sub-nanosecond and nanosecond pulse durations. In particular, the MNL100 series is a groundbreaking laser with a sealed design. All models in the MNL series can be upgraded to dye lasers, and by adding a crystal (doubler) in the front stage, they can output wavelengths of 225nm-400nm (UV1) and 205nm-225nm (UV2). This allows coverage of a wavelength range from 205nm to 900nm. It can be applied to a wide range of uses, especially in currently popular applications such as MALDI-TOF, LIF, UV microscopy, and laser acoustic measurement systems. Additionally, it is also ideal as a light source for the spectroscopic analysis of organic substances.

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