Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
1801～1830 item / All 2079 items
This product has a wide range of voltage and current usage, allowing it to replace multiple small power supplies with a single 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 power supply, debugging, solar charging, and battery charging and discharging of factory equipment.
By connecting to a PC via TTL serial communication, storage/parameters can be automatically and continuously adjusted.
It can be used for power supply, debugging, solar charging, and battery charging and discharging of factory equipment.
Set the output voltage to 3.3V! Introducing the EC power supply with a DC-DC converter.
The "EC power supply with DC-DC converter (3.3V output)" incorporates a DC-DC converter into the EC1000-7.5, setting the output voltage to 3.3V. Regardless of the voltage of the EDLC, the output voltage remains constant. Assuming the efficiency of the DC-DC converter is 75%, the power that can be drawn from this product is approximately 340mWh. A standard version with a 5.0V output is also available. 【Operating Time at Each Current Value】 ■ Current Value: 200mA / Load Power: 660mW / Operating Time: 33 minutes ■ Current Value: 100mA / Load Power: 330mW / Operating Time: 63 minutes ■ Current Value: 50mA / Load Power: 165mW / Operating Time: 124 minutes ■ Current Value: 10mA / Load Power: 33mW / Operating Time: 10 hours 32 minutes (632 minutes) *For more details, please refer to the external link page or feel free to contact us.
Explaining the basics of power circuit design! Supporting the development of energy-saving appliances.
In the home appliance industry, there is a strong demand for improved energy-saving performance. Switching power supplies are essential for the efficient power supply of home appliances and are a crucial factor that influences energy-saving performance. Knowledge of power circuit design is indispensable for the development of energy-efficient appliances. This handbook explains the basics of power circuit design and supports the development of energy-saving home appliances. 【Usage Scenarios】 * Development of energy-efficient home appliances * Design and development of switching power supplies * Improvement of power circuit efficiency 【Effects of Implementation】 * Enhanced energy-saving performance * Miniaturization and lightweight of products * Reduction of development time
Explaining the fundamentals of power supply design that supports high-precision robot control.
In the robotics industry, a stable power supply is essential for precise motion control. Particularly in robots that perform high-precision positioning and force control, noise and fluctuations in the power supply directly affect operational accuracy, making knowledge of power supply design crucial. The handbook "Circuit Configuration and Design Methods of Switching Power Supplies" explains the fundamentals of power circuit design and provides the knowledge necessary to achieve high-precision operations in the field of robotics. [Application Scenarios] - Precision positioning robots - High-precision force control robots - Collaborative robots [Benefits of Implementation] - Acquisition of basic knowledge in power supply design - Improvement in robot operational accuracy - Reduction in product development time
Explaining the basics of power circuit design! Contributing to improved conversion efficiency.
In the renewable energy industry, the efficiency of systems is crucial, and the design of switching power supplies significantly impacts conversion efficiency. Particularly in fields such as solar power generation and wind power generation, optimizing power circuits affects system performance. The handbook "Circuit Configuration and Design Methods for Switching Power Supplies" explains the fundamentals of power circuit design and provides information that helps improve conversion efficiency. [Application Scenarios] - Solar power generation systems - Wind power generation systems - Energy storage systems [Benefits of Implementation] - Acquisition of knowledge in power circuit design - Improvement in conversion efficiency - Enhancement of system performance
Explaining the basics of power design to accelerate the development of low-power IoT devices.
The low power consumption of IoT devices is essential for extending battery life and improving energy efficiency. In particular, for devices that operate on limited power, such as sensor devices and wearable devices, the efficiency of the power supply circuit significantly affects the overall performance of the device. Switching power supplies achieve high power conversion efficiency and contribute to low power consumption, but appropriate design is required. This handbook explains the basics of power supply circuit design and supports problem-solving in IoT device development. 【Usage Scenarios】 * Wearable devices * IoT sensors * Wireless communication equipment 【Benefits of Implementation】 * Achieving low power consumption * Extending battery life * Reducing product development time
Explaining the basics of power circuit design! Supporting the stable operation of security systems.
In the security system industry, stable operation 24 hours a day, 365 days a year is required. Power outages and power supply issues can lead to the shutdown of monitoring systems and data loss, potentially causing significant security risks. Switching power supplies serve as the heart of the system, ensuring a stable power supply and are a crucial factor that influences the reliability of the system. This handbook explains the basics of power circuit design and contributes to the stable operation of security systems. 【Usage Scenarios】 * Surveillance camera systems * Access control systems * Emergency power supply systems * Data centers 【Benefits of Implementation】 * Improved system stability through the acquisition of power design knowledge * Reduced risk of power supply issues * Enhanced system reliability * Lower operational costs
A large-capacity backup power supply that supports the stable operation of data centers.
In the data center industry, stable operation 24/7 is essential, and information leaks or system outages can lead to significant losses. In particular, interruptions in power supply due to outages or disasters can cause serious problems. Emergency power supply BPS provides stable power to critical servers and network equipment in data centers even during unexpected power outages, supporting information protection. 【Use Cases】 - Backup power for data centers - Securing power during disasters - Measures against power outages 【Benefits of Implementation】 - Reduced risk of information leaks - Shortened system downtime - Improved business continuity
Prevent production line shutdowns during power outages! Supporting business continuity with high-capacity power supply.
In factories, power outages that halt production lines lead to significant losses. This is especially true for factories that operate 24 hours a day or handle precision equipment, where a stable power supply is essential. The emergency power supply (BPS) functions as a backup power source during outages, supporting the continuation of production activities. 【Usage Scenarios】 * Maintaining production line operation * Securing power for critical equipment * Data backup 【Benefits of Implementation】 * Minimizing production opportunity losses * Improving business continuity * Gaining trust from customers
Supporting business continuity during power outages. Protecting the office with high-capacity power supply.
In office buildings, power outages can lead to interruptions in operations and the shutdown of information systems, potentially resulting in significant losses. For companies that handle critical customer data and business systems, ensuring a stable power supply is key to business continuity. An emergency power supply (BPS) provides stable power even during outages, supporting the continuation of operations. 【Usage Scenarios】 - Power supply for PCs, servers, and communication equipment within the office - Maintaining functionality as a refuge during disasters - Power supply for elevators and security systems 【Benefits of Implementation】 - Reduces the risk of operational interruptions due to power outages - Continues service provision to customers - Enhances the reliability of the company
停電時も安心。顧客対応を支える非常用電源BPS。
ホテル業界では、停電時でも顧客へのサービス提供を継続することが重要です。特に、宿泊客への情報提供や緊急時の連絡手段確保は、顧客満足度を左右する重要な要素です。停電により、これらのサービスが中断されると、顧客からの不満や、安全への不安につながる可能性があります。非常用電源BPSは、停電時でもスマートフォンやタブレットなどの充電を可能にし、顧客対応を継続するための電力を確保します。 【活用シーン】 ・客室でのスマートフォン充電 ・フロントでの情報提供端末の電源確保 ・非常時の連絡手段確保 【導入の効果】 ・顧客満足度の向上 ・非常時における顧客への安心感提供 ・ホテルの信頼性向上
Protecting communication infrastructure! Ensuring stable communication with emergency power supply BPS.
For telecommunications operators, maintaining communication infrastructure during disasters and power outages is a significant social responsibility. In particular, the interruption of power supply to base stations and communication equipment can lead to widespread communication failures, severely impacting people's lives and businesses. Emergency power supply systems (BPS) support the stable operation of communication infrastructure by equipping large-capacity batteries that enable long-term power supply. 【Usage Scenarios】 - Power supply to base stations and relay stations during disasters - Backup power for communication equipment during power outages - Temporary power supply during events 【Benefits of Implementation】 - Continuation of communication services - Increased reliability from customers - Strengthening of business continuity plans (BCP)
Don't stop information dissemination even during power outages! High-capacity power supply for broadcasting stations.
It is important for broadcasting stations to continue to disseminate accurate information quickly, even during emergencies and disasters. Power outages are one of the biggest factors that halt the function of information transmission. A stable power supply is an essential element for broadcasting stations. The emergency power supply BPS enables reliable power supply to continue information dissemination even during power outages. 【Usage Scenarios】 - Information dissemination during disasters - Continuation of broadcasting during power outages - Securing power at remote locations 【Effects of Implementation】 - Avoiding interruptions in information transmission - Continuing the provision of accurate information - Providing reassurance to viewers
Support the continuation of administrative services during disasters. Protect information infrastructure with large-capacity power sources.
It is essential for government agencies to continue providing administrative services, such as information dissemination and evacuation guidance, even during disasters. Power outages can significantly hinder rapid response by disrupting communication channels and halting communication infrastructure. Emergency power supply systems (BPS) enable the provision of electricity to information systems and communication devices even during power outages, supporting the continuity of administrative services. 【Usage Scenarios】 - Disaster response headquarters - Evacuation shelters - Public facilities - Communication infrastructure 【Benefits of Implementation】 - Ensured information transmission - Rapid response - Assurance for residents
![[For Clinics] Regenerative Cubicle 'e.cubicle'](https://image.mono.ipros.com/public/product/image/2071927/IPROS9378360801945489767.png?w=280&h=280)
The examination system is perfect! Backup power supply during power outages.
In a clinic, it is important for medical equipment to continue operating during power outages to ensure patient safety. In particular, a stable power supply is required for equipment essential for examinations, tests, and treatments. Power outages can cause delays in medical care and interruptions in medical procedures, potentially increasing patient anxiety. The regenerative cubicle "e.cubicle" supports the safety of clinics as a backup power source during disasters and power outages. 【Usage Scenarios】 - Backup power source during disasters - Replacement of aging cubicles 【Benefits of Implementation】 - Cost reduction (1/2 of new) - Rapid delivery - Contribution to SDGs
The examination system is perfect! Reliable backup power supply.
In data centers, stable operation 24 hours a day, 365 days a year is essential, and the reliability of power supply is the most critical issue. Power outages can lead to serious situations such as interruptions in service delivery to customers due to system downtime and data loss. The regenerative cubicle "e.cubicle" protects the functionality of the data center even in the event of a power outage and supports business continuity. 【Usage Scenarios】 - Backup power for data centers - Replacement of aging cubicles 【Benefits of Implementation】 - Cost reduction (half the price of new) - Rapid delivery - Contribution to SDGs
![[Column on High-Frequency Heating] High-Frequency Dielectric Heating (Advantages and Disadvantages)](https://image.mono.ipros.com/public/product/image/4be/2000516169/IPROS10079520875621794288.png?w=280&h=280)
The generation of toxic gas and the surrounding environment do not become high temperature, creating a good working environment! We have many abundant application examples to introduce.
This column introduces the features and application examples of high-frequency dielectric heating. "High-frequency dielectric heating" utilizes the differences in dielectric loss coefficients of materials to enable localized and selective heating. It can also heat internal food materials wrapped in plastic films and similar packaging, and since the heated object itself generates heat, it is more thermally efficient and economical compared to external heating. 【Features】 ■ Rapid and uniform heating both internally and externally ■ Direct heating in the atmosphere ■ Heating of materials inside packaging is possible ■ High thermal efficiency *For more details, please refer to the PDF document or feel free to contact us.
![[Column on High-Frequency Heating] Applications of Induction Heating](https://image.mono.ipros.com/public/product/image/3f7/2000516174/IPROS67375001075206736691.png?w=280&h=280)
About the expanding use of induction heating! We will provide detailed introductions by field.
This column introduces the fields of application for induction heating. "Induction heating" can be utilized in various processes, including thermal processing such as melting and casting of ferrous and non-ferrous metals, as well as heat treatment like quenching. It is also applicable in shaping processes such as forging and wire drawing, and in assembly processes like brazing and shrink fitting. Additionally, ferrous and non-ferrous metals can be used as heating media for a wide range of applications, including inserting metal helicoils into resin molded products, bonding resins together, and promoting the drying and curing of paint films and adhesive layers. 【Fields of Application】 ■ Heat Treatment: Quenching/Tempering/Purification/Structure Control/Amorphous ■ Joining: Brazing/Soldering/Diffusion Bonding/Electric Resistance Welding ■ Resin Processing: Bonding of Molded Products/Container and Cap Sealing/Mold Heating ■ Shaping Processes: Hot Forging/Hot Rolling/Wire Drawing/Powder Sintering ■ Assembly Processes: Shrink Fitting/Shrink Removal/Metal Inserts/Adhesive Drying *For more details, please refer to the PDF document or feel free to contact us.
Supports 10KHz and 100KHz! An AC constant current power supply suitable for capacitor ripple current testers and more!
The AC constant current power supply "SLBP Series" is specifically designed for ripple testing of capacitors. Developed based on the proven performance of our conventional "NCBP Series," it adopts the Stabitron method, significantly reducing power loss! While ensuring the high precision of the output, it has successfully achieved a compact and lightweight design. It can be useful for testing and aging. 【Features】 ■ Compact and lightweight ■ Specialized for ripple testing ■ Significantly reduces power loss ■ Switching method *For more details, please refer to the PDF document or feel free to contact us.
Embedded DC power supply! There is no line noise or radiation noise due to series control.
The embedded DC power supply "PAAREC I" is a power supply that uses the traditional series (dropper) control method. The PAAREC I SERIES has achieved a reduction in volume to half and weight to two-thirds compared to conventional products (based on our comparison) by introducing a new circuit. The adoption of series control eliminates line noise and radiation noise. This product can operate in both series and parallel configurations. 【Features】 ■ Significantly reduced solid line wiring ■ Successful enhancement of quality, performance, and reliability ■ No line noise or radiation noise generated ■ Capable of series and parallel operation *For more details, please refer to the PDF materials or feel free to contact us.
The thyristor-based AC constant voltage device achieves a compact and lightweight design! It can be used with input frequencies of 50Hz and 60Hz without switching, ranging from 1KVA to 15KVA.
The "SPRV/SPWV series" is a high-efficiency AC voltage regulator that achieves remarkable miniaturization and lightweight design through the adoption of voltage control using thyristors, overcoming the limitations of conventional AC constant voltage devices. With our expertise in control circuit combinations, we ensure reliability and stability that others cannot match. From 0.5KVA to 15KVA, it can be used without switching between 50Hz and 60Hz. Additionally, we also offer a high-precision type "SPRX/SPWX." 【Features of SPRV-】 ■ Highly efficient, compact, lightweight, and noise-free ■ Very low waveform distortion with rapid response speed ■ Capable of handling instantaneous overloads 【Features of SPRV--WF】 ■ Reduces noise from the power supply, making it suitable for loads that are extremely sensitive to noise ■ Exceptionally compact and lightweight *For more details, please refer to the PDF materials or feel free to contact us.
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COSEL / SUCW1R52412C MGFS152412 SUS62405C SUW32415C PBA50F-24-N PLA300F-24 CBS1002412-F1 ZUW1R52412 LFA50F-24-J1 LGA240A-24-HJ1 MGFW102415 SANYO/ 9G0648P1G011 9LG1224F1D001 9GV1224P1J011 9GV1224P4G01 9GA0624H6001 109P0424G3D01 9G0612P4S001 TDKLambda CC1R5-2405SR-E ZWS15B-12 CC10-2405SR-E CCG15-24-05S ZWS75BAF-24 VS50E-24 CC10-2412DR-E CC1R5-2405 SF-E KWD10-1212 CUT35J-522/A etc. Other manufacturers with significant transaction records from May to July include: HIROSE, JRC, TE, OMRON, JST, TI, AD, RENESAS, TOSHIBA, and others.
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COSEL / SUCS32412BP MGS1R52415 SUCS32405C SUCS1R50512C STMGFW154812 SUCW102412C SUCW1R52415C CBS100-2424 SUS1R52415C ZTS1R52405 SUTW62415 SUCS10243R3B CHS604812-S SUW1R54812B SUS34805B SUCW32415C TDKLambda CC1R5-0512SR-E CC6-2405SF-E CC10-2405SF-E CCG15-24-05S PVD1R5-24-1212 ZWS75BAF-24 CC3-2412SS-E CC3-1212DR-E CC3-2405SF-E CC3-2412DF-E CC15-2405SFP-E etc... Other manufacturers with significant transaction records from October to December include: HIROSE, JRC, TE, OMRON, JST, TI, AD, RENESAS, TOSHIBA, among others.
Certification testing for white goods appliances. Reproducing various regional voltage and frequency conditions.
In the home appliance industry, product certification requires simulating the power environments of various countries to evaluate the safety and performance of products. In particular, the durability of products against voltage and frequency fluctuations is an important evaluation criterion. The Preen variable frequency power supply / AC power supply can efficiently conduct these tests by reproducing diverse regional voltage and frequency conditions. 【Usage Scenarios】 - Certification testing for home appliances - Testing for products intended for export - Domestic operation of imported equipment 【Benefits of Implementation】 - Simulating power environments from around the world to verify product reliability - Reducing and streamlining testing time - Improving product quality
Safety testing of medical devices. Reproducing various voltage and frequency conditions.
In the medical device industry, it is essential to conduct operational tests under various environmental conditions to ensure product safety. In particular, testing under diverse voltage and frequency conditions is required to evaluate electrical safety. Testing under inappropriate power supply environments can not only yield inaccurate results but also lead to device failures and safety issues. The Preen variable frequency power supply / AC power supply can reproduce the voltage and frequency of the required power systems for testing export products and domestic operation of imported devices. This enables accurate and efficient safety testing of medical devices. 【Usage Scenarios】 - Safety testing of medical devices - Testing of medical devices for overseas markets - Domestic operation verification of imported medical devices 【Benefits of Implementation】 - Reproduces diverse voltage and frequency conditions, allowing for accurate testing - Ensures product safety and improves reliability - Reduces testing time and increases efficiency
![[For Research Institutions] Preen Variable Frequency Power Supply / AC Power Supply](https://image.mono.ipros.com/public/product/image/2087908/IPROS3423355670762189990.png?w=280&h=280)
Reproducing diverse regional voltage and frequency conditions to enhance the reliability of experiments.
In experiments conducted at research institutions, it is essential to recreate various power environments and conduct tests. Particularly in the evaluation of product performance and the development of new technologies, accurate power supply is indispensable. Inappropriate power environments can compromise the reliability of experimental results. The Preen variable frequency power supply / AC power supply reproduces the voltage and frequency of the required power system, enhancing the reproducibility of experiments. 【Application Scenarios】 - Performance evaluation tests of electrical and electronic components - Operation tests of motors and lighting equipment - EMC tests 【Effects of Implementation】 - Improved reliability of experiments through the recreation of diverse power environments - Reduction of testing time - Increased efficiency in product development
Reproducing various regional voltage and frequency conditions to support compatibility testing of communication equipment.
In the telecommunications industry, compatibility testing of equipment used in various countries and regions is crucial. Being able to accommodate different voltage and frequency of power systems is essential for the global deployment of products. The Preen variable frequency power supply / AC power supply reproduces diverse regional voltage and frequency conditions, supporting compatibility testing of telecommunications equipment. 【Usage Scenarios】 - Pre-export testing of telecommunications equipment - Domestic operational testing of imported equipment - Simulation of various power environments in product development 【Benefits of Implementation】 - Improved product reliability - Rapid response to global markets - Reduced testing time
