Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.
1831～1860 item / All 1871 items
It is excess inventory.
This is an item that we used in the past. If anyone is interested, please contact us at the email address below! info-s@stardenshi.co.jp Please mention "Regarding LDA10F-24" in your message.
High stability fixed output 5V/1A output overall output protection voltage and current output preset CC/CV automatic switching
High stability Fixed output 5V/1A Overall output protection Voltage and current output preset CC/CV automatic switching
High stability, fixed output 5V/1A output, overall output protection, voltage and current output preset, CC/CV automatic switching.
High stability Fixed output 5V/1A Overall output protection Voltage and current output preset CC/CV automatic switching
It can provide continuous output at full load and comes with coarse and fine adjustment dials.
It can provide continuous output at full load and comes with coarse and fine adjustment dials.
This product has a wide range of voltage and current usage, allowing it to replace multiple small power supplies with just one unit.
This product has a wide range of voltage and current utilization, allowing it to replace multiple small power supplies with a single unit. It comes standard with an RS232 communication interface, supports the SCPI protocol, and facilitates remote control.
By connecting to a PC via the USB-TTL terminal, storage/parameters can be automatically and continuously adjusted.
It can be used for the power supply of factory equipment, debugging, solar charging, and battery charging and discharging.
By connecting to a PC via the USB-TTL terminal, storage/parameters can be automatically and continuously adjusted.
It can be used for the power supply of factory equipment, debugging, solar charging, and battery charging and discharging.
Explaining the basics of power circuit design! Contributing to the lightweighting of automobiles.
In the automotive industry, reducing vehicle weight is a crucial challenge for improving fuel efficiency and minimizing environmental impact. Switching power supplies can contribute to the lightweighting of onboard electronic devices due to their compact and lightweight nature. The design of power circuits is essential to meet these demands. This handbook explains the fundamentals of power circuit design and supports the design of switching power supplies that contribute to vehicle lightweighting. 【Usage Scenarios】 - Power supply design for onboard electronic devices - Power supply design aimed at weight reduction - Power supply design requiring high efficiency and compactness 【Benefits of Implementation】 - Improved fuel efficiency through the lightweighting of onboard electronic devices - Effective use of space due to miniaturization - Shortened development time through more efficient power supply design
Explaining the basics of power circuit design! Contributing to high efficiency.
In the industrial equipment industry, high-efficiency power circuit design is required to achieve energy savings and improve product reliability. Particularly in industrial equipment used in harsh environments, the stability and efficiency of the power supply are crucial factors that influence the product's performance and lifespan. Inadequate power supply design can lead to equipment failure or performance degradation. This handbook explains the fundamentals of power circuit design and supports high-efficiency power design. 【Usage Scenarios】 * Development of industrial equipment requiring high-efficiency power supplies * Engineers looking to improve the design efficiency of power circuits * Technicians wanting to acquire basic knowledge of switching power supplies 【Benefits of Implementation】 * Streamlining power supply design * Achieving high-efficiency power circuits * Enhancing product reliability
Explaining the basics of power circuit design! Contributing to improved power efficiency.
In the data center industry, energy efficiency has become an important issue. Reducing power consumption not only lowers operational costs but also reduces environmental impact. Switching power supplies significantly affect power conversion efficiency, and their design influences power efficiency. This handbook explains the circuit configuration and design methods of switching power supplies, contributing to the improvement of power efficiency in data centers. 【Usage Scenarios】 - Power supply design for data centers - Improvement of power efficiency - Energy conservation 【Benefits of Implementation】 - Acquisition of basic knowledge in power supply design - Realization of high-efficiency power supply design - Reduction of operational costs
Explaining the basics of power circuit design! Contributing to the miniaturization of medical devices.
In the medical device industry, there is a demand for miniaturization and enhanced functionality of products. In particular, the design of power circuits is a crucial element for packing many functions into limited space. Switching power supplies are widely adopted in medical devices because they are efficient and suitable for miniaturization. However, designing power circuits requires specialized knowledge, and errors in design can lead to decreased performance or safety issues with the equipment. Our handbook explains the fundamentals of power circuit design and contributes to the miniaturization of medical devices. 【Usage Scenarios】 - Portable medical devices - Endoscopic systems - Imaging diagnostic equipment 【Benefits of Implementation】 - Acquisition of knowledge in power circuit design - Reduction of design time - Realization of product miniaturization
停電時も安心。医療現場の継続を支える非常用電源。
医療業界では、停電は患者の安全と医療行為の継続を脅かす深刻な問題です。特に、生命維持装置や医療機器の電源確保は、患者の生命に関わる重要な課題です。非常用電源BPSは、停電時にも安定した電力供給を行い、医療現場の機能を維持します。 【活用シーン】 ・手術室、ICU、病棟など、重要な医療機器が稼働する場所 ・災害時や停電時のバックアップ電源として ・医療従事者のスマートフォンやタブレットの充電 【導入の効果】 ・停電時でも医療機器を稼働させ、患者の安全を守る ・医療情報の継続的なアクセスを可能にする ・医療従事者の業務効率を向上させる
Support for school evacuation. Ensuring information sharing and safety with a large-capacity power supply.
In evacuation support at schools, ensuring the safety of students and staff is the top priority. During a disaster, securing means of communication and the use of electronic devices during evacuation is essential. In the event of a power outage, a dead smartphone battery poses a significant risk of losing means for information gathering and communication. An emergency power supply (BPS) equipped with a large-capacity battery enables long-term power supply. This supports communication during evacuation, safety confirmation, and the use of electronic devices in evacuation life. 【Usage Scenarios】 - Information sharing at evacuation centers - Securing communication means for students and staff - Charging smartphones during power outages - Use in disaster prevention training 【Effects of Implementation】 - Faster information transmission - More efficient safety confirmation - Improved quality of evacuation life - Enhanced disaster prevention awareness
A large-capacity backup power supply that supports the operation of transportation systems.
In transportation, it is important to ensure stable operations, such as train and bus services. Even during power outages or disasters, it is required that communication systems and operation management systems continue to function without interruption, allowing for safe operations to be maintained. The emergency power supply (BPS) provides power to these systems and supports the continuation of operations. 【Usage Scenarios】 - Railway operation management systems - Bus operation information systems - Emergency lighting at stations 【Benefits of Implementation】 - Continuation of operation information during power outages - Ongoing information provision to passengers - Assurance of safe operations
Support for transaction continuity with emergency power supply BPS for financial institutions' BCP measures.
In financial institutions, stable operation of systems and communication infrastructure is essential for continuing transactions with customers. Even during power outages or disasters, it is necessary to maintain operations and uphold customer trust. The emergency power supply BPS supports transaction continuity through stable power supply in response to these challenges. 【Usage Scenarios】 - Continuing transactions with customers as a backup power source during disasters - Preventing system shutdowns during power outages and protecting customer data - Ensuring employee safety and business continuity during emergencies 【Benefits of Implementation】 - Increased reliability from customers - Strengthening of business continuity plans (BCP) - Enhancement of risk management systems
A large-capacity backup power station that supports the continuation of experiments.
In research institutions, the continuous acquisition of experimental data is crucial, and power interruptions due to outages can lead to interruptions in experiments and data loss. Especially in long-duration experiments, as well as in temperature management and the use of precision instruments, a stable power supply is essential. The emergency power supply (BPS) ensures a stable power supply even during outages, reducing the risk of experiment interruptions. 【Usage Scenarios】 - Continuing experiments during power outages - Conducting experiments in locations with unstable power supply - Use as an emergency power supply 【Benefits of Implementation】 - Prevents interruptions in experiments - Reduces the risk of data loss - Ensures continuity of research activities
Supporting stable operations of logistics warehouses with backup power supply.
In logistics warehouses, 24/7 operation is required, and system outages due to power failures can lead to delays and damages in operations. Especially for critical equipment such as inventory management systems and automated transport systems, a stable power supply is essential. The renewable cubicle 'e.cubicle' is useful as a backup power source during disasters or power outages. 【Usage Scenarios】 - Backup power during power outages - Replacement of aging cubicles 【Benefits of Implementation】 - Cost reduction (half the price of new) - Rapid delivery - Contribution to SDGs
![[Column on High-Frequency Heating] Induction Heating and Dielectric Heating Targets](https://image.mono.ipros.com/public/product/image/6b6/2000516172/IPROS02392467506453534387.png?w=280&h=280)
The amount of heat generated changes depending on the electrical properties of the material (such as resistance)! Here, we introduce the heating objects for induction heating and dielectric heating.
"High-frequency heating" not only allows for the heating of materials within a container but also features high control over high-frequency output, enabling rapid and precise output control, among various other characteristics. In this column, we will introduce the objects of induction heating and dielectric heating. In both cases of induction heating and dielectric heating, the amount of heat generated varies depending on the electrical properties of the material (such as resistance). Therefore, we have created this column to help you confirm what can and cannot be heated. We encourage you to read it. [Overview] <Induction Heating and Heating Targets> ■ Objects that can be heated (conductors) - Ferrous metals (Fe, SS, SUS, etc.) - Non-ferrous metals (brass, gold, platinum, nickel, lead, copper, aluminum, etc.) - Graphite (carbon) or their alloys *For more details, please refer to the PDF materials or feel free to contact us.
The "SLGX series" features an easy-to-understand touch panel that reduces misoperations! The differences between constant voltage and constant current operating modes are clear at a glance.
The "SLGX Series" is a device equipped with a digital touch panel that makes fine adjustments easy and reduces the risk of operational errors. It is compact and lightweight, with a rich variety of options, and inherits the reliable specifications of the "SLG Series," including overvoltage protection and overcurrent protection features. You can trace back the operational history to check changes in operation or settings up to four instances, and the differences between constant voltage and constant current operating modes are immediately clear. 【Features】 ■ The differences between constant voltage and constant current operating modes are immediately clear ■ Graphical display intuitively shows the margin against the rated power ■ You can trace back the operational history to check changes in operation or settings up to four instances ■ ALARM displays the cause clearly ■ Energy-saving design with the screen dimming after 30 minutes of inactivity *For more details, please refer to the PDF document or feel free to contact us.
A DC power supply using the Stabilotron method, which incorporates the advantages of switching power supplies and series power supplies! Achieves remarkable lightweight, compactness, and high efficiency!
The variable type / Stabitron method DC power supply "SICZ series" is a DC constant voltage and constant current power supply that adopts the Stabitron method. The Stabitron method combines lightweight and high-efficiency switching control with high precision and high reliability series control, achieving remarkable ultra-lightweight, compactness, and high efficiency! In terms of functionality, it features a stabilizing circuit for overvoltage protection, a current value check function, and remote control that is easy to operate with a slide switch transition. 【Features】 ■ Adopts our unique new control method that matches lightweight and high-efficiency switching control with high precision and high reliability series control ■ Easy operation with slide switch transition ■ Compact, lightweight, high precision, and high efficiency *For more details, please refer to the PDF materials or feel free to contact us.
The easily accessible "Fuel Cell Hydrocube-3" that anyone can use freely anytime, anywhere! It demonstrates outstanding effectiveness as an emergency power source!
In addition to the general features of fuel cells (below), here are the features of the Hydrocube-3: - The Hydrocube-3 has a renewed design from the ABIOS-2.4, with a stack power generation capacity of 300W. - In the ABIOS series, fuel cells and hydrogen cylinders are transported together using a dedicated carrier, but in the Hydrocube series, these components are separated, distributing the load during transport. Additionally, the smaller housing of the fuel cell makes it even easier to transport. A carry handle for the fuel cell and a cylinder carrier for the hydrogen cylinder are available as options. - The Hydrocube series has made it easier to use larger hydrogen cylinders. The Hydrocube-3 can operate for over 28 hours with a single 47L cylinder. By replacing the cylinder, even longer power generation times are possible. - It can be used outdoors even in rainy weather. Moreover, it operates quietly without emitting exhaust gases, making it suitable for indoor use as well. - Starting and stopping power generation is very simple, involving the opening and closing of the cylinder and operation via switches or buttons. - The water generated alongside electricity is primarily discharged as water vapor, eliminating the need for cumbersome wastewater treatment.
The easily accessible "Fuel Cell Hydrocube-10" that anyone can use freely anytime, anywhere! It demonstrates outstanding effectiveness as an emergency power source!
In addition to the general features of fuel cells (below), here are the features of the Hydrocube-10: - The Hydrocube series has renewed the design of the ABIOS series, and the stack power generation capacity of the Hydrocube-10 is 1kW. - In the ABIOS series, fuel cells and hydrogen cylinders are transported together using a dedicated carrier, but in the Hydrocube series, these components are separated, distributing the load during transport. Additionally, the smaller casing of the fuel cell makes it even easier to transport. A carry handle for the fuel cell and a cylinder carrier for the hydrogen cylinder are available as options. - The Hydrocube series has made it easier to use large hydrogen cylinders. The Hydrocube-10 can operate for over 9 hours with a single 47L cylinder. By replacing the cylinder, even longer power generation is possible. - It can be used outdoors even in rainy weather. Furthermore, it operates quietly with no exhaust emissions, making it suitable for indoor use as well. - Starting and stopping power generation is very simple, involving the opening and closing of the cylinder and operation via switches or buttons.
Ultra-compact, ultra-lightweight 【GF06 Series】 AC/DC Switching Power Supply
■Operating principle: Switching method ■Input: AC90~264V 47~63Hz ■Output characteristics: Stabilized output ■Compliant with PSE/UL Electrical Appliance Safety Law ■Equipped with protection features against overcurrent, overvoltage, and short circuits
![[For the lighting industry] Preen Variable Frequency Power Supply - Capable of verifying various frequencies](https://image.mono.ipros.com/public/product/image/2087908/IPROS5565993360374318026.png?w=280&h=280)
For testing and developing lighting fixtures. Reproducing various voltage and frequency conditions.
In the lighting industry, efficiency measurements under various power supply conditions are required to enhance the energy-saving performance of products. Particularly for LED lighting and energy-efficient lighting fixtures, power quality significantly affects product performance. Testing under inappropriate power supply conditions may hinder accurate performance evaluation. The Preen variable frequency power supply can replicate diverse regional voltage and frequency conditions, enabling precise testing. 【Usage Scenarios】 - Testing of LED lighting fixtures - Development of energy-efficient lighting fixtures - Testing of lighting fixtures for overseas markets 【Benefits of Implementation】 - Accurate performance evaluation under various power supply conditions - Reduction in product development time - Improvement in product reliability
High-capacity programmable AC power supply ideal for power evaluation in the aerospace field.
In the aerospace industry, power evaluation of electronic devices is essential to ensure the safety and performance of aircraft. Particularly in the aerospace field, which requires advanced technology, the reliability of the power supply is directly linked to the stability of the system. Unstable power supplies can lead to equipment malfunctions or system shutdowns, potentially resulting in serious accidents. The AFV+ series is an ideal power supply for accurately evaluating the power requirements of aerospace equipment by reproducing various regional voltage and frequency conditions. 【Usage Scenarios】 * Power evaluation testing for aerospace equipment * Performance testing for avionics * Research and development for power supply manufacturers 【Benefits of Implementation】 * More accurate evaluations through the reproduction of diverse power environments * Contribution to improved equipment reliability * Reduction and efficiency of testing time
AC power supply equipped with STEP/RAMP function, ideal for durability testing of home appliances.
In the home appliance industry, various durability tests are essential to ensure product quality and safety. In particular, verifying product performance under harsh conditions such as power fluctuations and overloads is a crucial factor that influences product reliability. The AFV series enables efficient and accurate durability testing of home appliances by precisely simulating conditions from standard power states to abnormal states through programmable functions. 【Usage Scenarios】 - Durability testing during the design and development phase of home appliances - Product quality evaluation testing - Compliance testing at certification bodies 【Benefits of Implementation】 - Reproducing various power environments to enhance product reliability - Reducing and streamlining testing time - Improving the accuracy of test data
High-precision measurement, space-saving design. Accelerating testing and development in semiconductor manufacturing.
In the semiconductor manufacturing industry, there is a demand for miniaturization and increased efficiency of equipment. In particular, power supplies are crucial for accurate power delivery and space-saving design in testing and development. The AFV-P series is equipped with high-precision measurement capabilities and achieves a compact design. This contributes to the efficiency of testing and development environments in semiconductor manufacturing. 【Usage Scenarios】 - Power testing for semiconductor manufacturing equipment - Characteristic evaluation of various electronic components - Quality inspection 【Benefits of Implementation】 - Miniaturization of the entire equipment due to space-saving design - Improved reliability of test data through high-precision measurements - Applicability to diverse tests by accommodating a wide frequency range
High-precision measurement, abundant communication interfaces. A high-performance power supply that changes the development and testing environment. Lightweight and compact design.
In the aerospace industry, reducing the weight of aircraft is a critical issue. The weight of the aircraft directly affects fuel efficiency and flight performance, necessitating the miniaturization and lightweighting of onboard electronic devices. Power supply units used in testing and development stages are no exception, and space-saving, high-performance products are essential. The AFV-P series, with its lightweight and compact design, is equipped with high-precision measurement capabilities, contributing to design verification and quality inspection in the aerospace field. 【Application Scenarios】 - Design verification of aerospace equipment - Quality inspection - Research and development 【Benefits of Implementation】 - Overall weight reduction of equipment through space-saving design - Improved reliability through high-precision measurements - Increased testing efficiency by accommodating a wide frequency range
High-precision measurement, abundant I/F. AC power supply that improves experimental efficiency.
In research and development, accurate measurements and efficient experiments are essential. Particularly in testing switching power supplies, LED lighting, and motors, the performance of the power supply significantly affects the experimental results. The AFV-P series addresses these challenges with its high-precision measurement capabilities and wide output range. 【Application Scenarios】 - Design verification of switching power supplies - Quality inspection of LED lighting - Performance evaluation of motors - Research related to renewable energy 【Benefits of Implementation】 - Improved reliability through high-precision measurements - Adaptability to a wide range of applications - Enhanced experimental efficiency
Safety testing of railway systems. Achieving high-precision measurement and reliability.
In the railway industry, the reliability of electrical systems is extremely important for ensuring safety. In particular, power supply during emergencies and the stable operation of signal systems are critical factors that affect human lives. In AC power supply testing, it is necessary to handle high inrush currents and achieve precise voltage and frequency control. The AFV-P series supports the safety of railway systems by meeting these requirements. 【Usage Scenarios】 - Testing of emergency power supplies - Operational testing of signal systems - Durability testing of onboard equipment in railway vehicles 【Benefits of Implementation】 - Improved reliability of tests by handling high inrush currents - Early detection of abnormalities through high-precision measurement functions - Capability to test various equipment due to a wide output range
