穂高電子 Product Lineup

The "TEX Series" is a texture testing machine that supports quality control and inspection tasks, from measuring texture in food product development to verifying approval standards for food for individuals with swallowing difficulties. It can measure "hardness," "adhesiveness," "cohesiveness," "brittleness," "elasticity," "chewiness," "gumminess," and "stickiness." Additionally, there is a Peltier-equipped type "TEX-P Series" that allows for temperature adjustment of the work table. 【Features】 ■ Easy setup for automatic measurement ■ Wide working space ■ Water-resistant ■ Easy replacement of fixtures ■ Automatic stop in case of overload *For more details, please download the PDF or feel free to contact us.

We offer a connector testing model that combines options based on our high-precision load testing machine "MAX-1KN-P." It features a load resolution of 0.1mN (0.01g) and a length resolution of 0.001mm. The displacement accuracy is high, and both "deflection measurement" and "absolute value measurement" can be selected. Additionally, the testing speed can be freely set from 0.001 to 1000mm/min. Its compact tabletop design makes it easy to find a suitable installation location. 【Testable Measurements】 ■ Insertion and extraction characteristics test ■ Spring pressure test ■ Repeated insertion and extraction durability test ■ Contact resistance measurement ■ Destructive testing *For more details, please download the PDF or feel free to contact us.

The "Automatic Servo Stand" caters to your needs and supports better measurements. It is compact and portable, allowing for easy transport by one person. It can also be used for load measurements of up to 1kN (100kgf). Additionally, we offer a "Handy Force Gauge" that can perform everything from simple measurements to serious load testing. 【Features】 ■ Lightweight and compact ■ Easy operation ■ Safe design *For more details, please download the PDF or feel free to contact us.

At Hodaka Electronics Co., Ltd., we offer "power solutions" for those struggling with discontinued parts, even for small quantities. We support design, prototyping, evaluation testing, and mass production. Our main development examples include bidirectional AC-DC grid-connected converters, bridgeless PFC, isolated bidirectional DC-DC converters, high-efficiency AC-DC converters, and power supplies/chargers for automotive applications. Please trust us with the miniaturization and high efficiency of power circuits. 【Services】 ■ Development and design of power-related circuits ■ Prototyping and mass production support for power-related circuits ■ Digital control of analog circuits *For more details, please download the PDF or feel free to contact us.

Hit300 is a nanoindentation tester that focuses on the minimum necessary functions. By pressing the indenter into the sample, it is possible to obtain hardness and elastic modulus from the indentation curve of load versus penetration depth. Additionally, a DMA (Dynamic Mechanical Analysis) measurement function is included in the initial specifications, allowing for the evaluation of storage and loss modulus, as well as viscoelasticity. The unique top reference method continuously detects the sample surface, eliminating error factors caused by thermal drift, enabling measurements to start immediately without waiting for surface temperature stabilization.

From the lifespan tests of twisted pairs, it can be utilized for various applications such as electrical stress tests for insulators, semiconductors, and conductors.

We have assembled a lineup of power supplies that generate high voltage and high frequency at 500kHz and ±10kV, as application products of SiC semiconductors, which are power devices utilizing our unique technology.

Is the current driver you are using providing smooth rotation at any duty cycle and voltage application? By using this device, you can achieve smooth operation of the motor, and it can stop if there is an overcurrent. We offer the ideal testing equipment for new motor development and evaluation of finished products.

At Hodaka Electronics Co., Ltd., we provide power circuit design suitable for applications involving charge and discharge control, such as EVs, industrial robots, and energy storage systems. We have extensive development experience in bidirectional AC-DC, isolated DC-DC, battery charging circuits, protection circuit design, control optimization, and high efficiency improvements. We also accommodate the renewal of existing products, small lot prototypes, and replacement of discontinued parts. 【Services】 ■ Design/control design of charge and discharge power supplies ■ Evaluation verification/prototyping/mass production support ■ Support for digitizing analog circuits *For more details, please download the PDF or feel free to contact us.

At Hodaka Electronics Co., Ltd., we design optimal power circuits tailored to various applications, ranging from general lighting to specialized LED uses. We offer a wide range of support, including high efficiency, isolated/non-isolated types, PFC compliance, compact and heat dissipation design, alternative component design, and long-term supply design. We provide one-stop support from prototype verification to mass production setup. 【Service Menu】 ■ Power circuit design for LED lighting ■ Prototype and EMC testing support ■ Long lifespan and space-saving design assistance *For more details, please download the PDF or feel free to contact us.

At Hodaka Electronics Co., Ltd., we provide development support for dedicated power supplies suitable for driving power devices. We can meet highly specialized technical needs such as isolated DC-DC, low leakage, fast response, noise suppression, compact board design, and high voltage design. We also address individual challenges such as redesigning existing circuits, performance improvements, and alternative components. 【Services Offered】 ■ Power supply design and optimization for gate drivers ■ Prototype, evaluation, and mass production system establishment ■ Control digitization and long-term supply measures *For more details, please download the PDF or feel free to contact us.

At Hodaka Electronics Co., Ltd., we provide design, prototyping, and mass production support for control power supplies and isolated DC-DC power supplies for solar power conditioners. We can design with consideration for on-site challenges such as high efficiency, environmental resistance, noise countermeasures, miniaturization, and component obsolescence. We also have a proven track record of supporting the continued supply of existing products and handling redesign requests. 【Supported Services】 ■ Isolated power supply design and evaluation testing ■ Prototyping and mass production design support ■ Power supply modifications and functional improvements for existing equipment *For more details, please download the PDF or feel free to contact us.

In the field of testing products for export and domestic operation of imported equipment, it is possible to reproduce the required voltage and frequency of the power system. The AFC series comes standard with a 7-inch or 10-inch touchscreen and RS-232 and RS-485 communication interface cards, in addition to improved electrical performance. With the built-in hotkey function, it is easy to recall stored settings, adjust voltage and frequency settings, and more. The AFC series is a high-output AC power supply that can deliver up to 2000 kVA of power, utilizing advanced PWM technology. The output frequency can be set to 45-65 Hz and, optionally, to 45-65 Hz/100/120/200/240/400 Hz. Power range for single-phase output models: 10-150 kVA Power range for three-phase output models: 10-2000 kVA

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

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

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

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

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

The AFV-P series is a programmable AC power supply that combines DC output with high-precision measurement capabilities. This AC power supply features: - Different capacities of 800VA / 1500VA / 3000VA / 6000VA - Total Harmonic Distortion (THD) of less than 0.3% - Output voltage range of 0 to 350Vac and 0 to 480Vdc - Output frequency range A: 5 to 2000Hz, B: 15 to 1000Hz - Output inrush current rated at 4.5 times the nominal value, among other specifications. It is suitable for applications such as design verification and quality inspection across a wide range of industries, including switching power supplies, LED lighting, motors, renewable energy, defense, and aerospace.

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

In the EV charging industry, evaluating the performance of chargers and improving efficiency are important challenges. In particular, addressing inrush current during charging and enhancing power conversion efficiency are required. The AFV-P series contributes to solving challenges in the development and testing of EV chargers through its high-precision measurement capabilities and efficient design. 【Usage Scenarios】 - Development and testing of EV chargers - Performance evaluation of charging stations - Verification of charging protocols 【Benefits of Implementation】 - Efficient performance evaluation through high-precision power measurement - Improved reliability of tests by addressing inrush current - Reduction in power costs through energy-saving 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

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

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

In the maritime industry, stable operation of onboard equipment is essential to ensure navigational safety. In particular, navigational instruments and communication devices are greatly affected by the quality of the power supply, and voltage fluctuations or frequency deviations can lead to malfunctions or failures of the equipment. The AFC series provides a stable power environment through high-precision voltage control of ±1%, contributing to the reliability of navigational instruments and communication devices. 【Usage Scenarios】 * Testing of navigational instruments * Evaluation of communication devices * Power supply measures for onboard equipment 【Benefits of Implementation】 * Stable operation of equipment * Reduced risk of failure * Improved navigational safety

In research institutions, a highly reproducible experimental environment is essential for analysis tasks. Unstable power supply is a significant factor that undermines the reliability of experimental results. Particularly when evaluating equipment compliant with international standards or assessing performance under various power supply conditions, accurate power supply is required. The AFC series provides a stable power environment through high-precision voltage control of ±1%, strongly supporting power analysis in research and development. 【Usage Scenarios】 - Evaluation tests for electronic components and materials - Evaluation tests for products compliant with international standards - Performance evaluation of equipment under various power supply conditions 【Benefits of Implementation】 - Establishment of a highly reproducible experimental environment - Increased efficiency in research through accurate data acquisition - Acceleration of product development through simulation of diverse power supply environments 【Features】 - High-precision voltage control of ±1% - Reproduction of voltage and frequency conditions from around the world - Standard 7-inch or 10-inch touch screen - Support for RS-232 and RS-485 communication - Capable of handling up to 2000kVA

In the semiconductor manufacturing industry, there is a constant demand for improvements in product quality and yield. Instability in the power supply during the manufacturing process can lead to device malfunctions and performance degradation, potentially resulting in lower yields. The AFC series provides a stable power environment with ±1% high-precision voltage control, supporting the stable operation of semiconductor manufacturing equipment. This contributes to improved yield. 【Usage Scenarios】 * Power supply for semiconductor manufacturing equipment * Quality evaluation tests * Evaluation tests for products intended for overseas markets 【Benefits of Implementation】 * Improved yield * Enhanced product reliability * Realization of a stable manufacturing process 【Features】 * ±1% high-precision voltage control * Wide output power range (single-phase: 10kVA~150kVA, three-phase: 10kVA~800kVA) * Frequency adjustable from 45 to 65Hz, with options for 100/120/200/240/400Hz * Standard equipped with a 7-inch or 10-inch touch screen * Supports RS-232 and RS-485 communication

In the aerospace industry, strict certification testing is essential to ensure the safety and reliability of products. In particular, electronic devices mounted on aircraft and spacecraft must guarantee operation under various national power supply environments. Unstable power supply environments can lead to equipment malfunctions or performance degradation, posing a risk of serious accidents. The Preen "AFC Series" provides a stable power supply environment with high-precision voltage control of ±1%, supporting the certification testing of aerospace equipment. It faithfully reproduces voltage and frequency conditions from around the world, enhancing the reliability of tests. Its affordable price range allows for improvements in power quality, making it suitable for evaluation tests of products intended for overseas markets and for power supply measures in the domestic use of imported equipment. It can faithfully reproduce the required voltage and frequency conditions in actual operational settings. 【Usage Scenarios】 * Certification testing of aerospace equipment * Evaluation testing of aircraft parts for overseas markets * Power supply measures for domestic use of imported aircraft equipment 【Benefits of Implementation】 * Improved reliability of certification testing * Assurance of product safety and reliability * Support for expansion into overseas markets

In testing home appliances, it is essential to verify operation under various power supply environments to ensure product safety. This is particularly crucial for products aimed at overseas markets, where testing that corresponds to the voltage and frequency of each country is indispensable. Testing under unstable power supply conditions can hinder the acquisition of accurate results and potentially compromise product reliability. The Preen "AFC Series" provides a stable power supply environment through high-precision voltage control of ±1%, supporting the evaluation testing of home appliances. Its affordable price range allows for improvements in power quality, making it suitable for evaluation testing of export products and for power supply measures when using imported devices domestically. The required voltage and frequency conditions can be faithfully reproduced in actual operational settings. 【Usage Scenarios】 - Quality evaluation testing of home appliances - Operation verification testing for products intended for overseas markets - Power supply measures for domestic use of imported home appliances 【Benefits of Implementation】 - Acquisition of accurate test results through stable power supply - Improvement in product reliability - Rapid deployment to overseas markets

【Areas of Expertise】 Electronic devices (FPGA design, embedded Linux, image processing, wireless communication, device drivers, servo control, etc.), power supplies (AC-DC, medical, EV charging and discharging, power device driving, LED power supplies), medical device control and medical power supplies, automotive (HILS/MILS environments, in-vehicle ECU verification, dash cameras), measurement instruments, infrastructure and disaster prevention, software development, etc. 【Phases of Support】 Comprehensive support from prototype and small lot production to mass production. We showcase examples of solving real challenges on-site, such as alternative designs for discontinued parts, renewal of existing systems, automation of inspection processes, and the establishment of failure prediction systems. 【Technical Strengths】 - Specialized support for power circuit design from professionals with backgrounds in power supply manufacturing - Capability to handle high-difficulty areas such as FPGA, embedded Linux, and HILS environment construction - Support for medical device development through a development process compliant with ISO 9001