List of Electronic Components and Modules products
- classification：Electronic Components and Modules
5581～5625 item / All 62738 items
Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!
- Other conveying machines
By combining parts, it is possible to produce large pallets of 2m x 4m size. Even if damaged, partial replacement is possible, making it economical. *Available from a single piece.
- palette
Surge protection components for circuit board mounting
- EMC countermeasure products
- Other electronic parts
A comprehensive and systematic coverage of the quantum interactions between light and matter, from the fundamental theories of physics to applications and developments, presented in an easy-to-underst...
- Technical and Reference Books
- Optical microscope
- Other optical parts
Covers everything from physics and materials of spintronics research to electronic engineering.
- Technical and Reference Books
- High frequency/microwave parts
- Sensors
Elkhart Lake Pentium N6415 processor equipped, capacitive touch, DNV certification (marine grade) obtained, front waterproof IP66.
- LCD display
A must-have book for storing and effectively utilizing renewable energy!
- Technical and Reference Books
- Power Monitoring Equipment
- Secondary Cells/Batteries
Deterioration diagnosis, battery management, longevity enhancement, residual capacity evaluation.
- Technical and Reference Books
- Lithium-ion battery
- Other electric meters
Elkhart Lake Pentium N6415 processor equipped, capacitive touch, DNV certification (marine grade) obtained, front waterproof IP66.
- LCD display
An overview of the latest research on the development of new cooling technologies and systems that can be expected to achieve energy savings and reduced greenhouse effects!
- Technical and Reference Books
- air conditioning
- Peltier element
![[Sensor] Outdoor-compatible 3D ToF ...](https://image.mono.ipros.com/public/product/image/9ea/2000756578/IPROS8244514226154442283.jpg?w=280&h=280){kind=small}
3D ToF sensor usable even in sunlight! Achieved miniaturization! New product from 'meerecompany'.
- Other optical parts
3D ToF sensor that can measure distance even under direct sunlight | Manufactured by meere company I.CUBE I200D | Currently accepting inquiries for distance measurement and evaluation outdoors.
We handle the 3D ToF sensor "I.CUBE I200D" manufactured by Meere Company. It is characterized by its ability to measure distance even under outdoor sunlight. 【Features of I.CUBE I200D】 - Captures space as a surface like a camera and outputs depth (distance) data in a single shot. - Can grasp the position, movement, and height of people and objects in three dimensions without contact. - Measurable distance (as stated in the manufacturer's data sheet): approximately 7m without sunlight / approximately 3m with sunlight. - Certified as an eye safety standard IEC 60825-1 Class 1 product. Since sunlight can create measurement noise, the measurable distance is shorter in direct sunlight than indoors. If you are considering outdoor use, please check the distance in the installation environment in advance. For details on measurement conditions and specifications, please refer to the product page and catalog. 【Additional materials you may find helpful】 - Technical column "How to Choose ToF and 3D Sensors" (Differences from LiDAR and stereo cameras / Use cases for appearance inspection) - ToF sensor comparison chart If you let us know your application and installation environment, we can assist you with evaluation and selection consultations.
Elkhart Lake Pentium N6415 processor equipped, capacitive touch, DNV certification (marine grade) obtained, front waterproof IP66.
- LCD display
Elkhart Lake Pentium N6415 processor equipped, capacitive touch, DNV certification (marine grade) obtained, front waterproof IP66.
- LCD display
~The Frontline of Manufacturing, Storage, and Utilization Towards a Carbon Circulating Society~
- Technical and Reference Books
- Hydrogen battery
- Secondary Cells/Batteries
Towards a resource-circulating society, the recovery of useful materials from lithium-ion battery (LiB) recycling is an urgent priority!
- Technical and Reference Books
- Lithium-ion battery
- Rare metals
~Advanced control of heat and high-efficiency utilization through new materials and technologies~
- Peltier element
- Technical and Reference Books
- Ceramics
Achieving both lightning surge resistance and fail-safe functionality! A highly reliable resistor network equipped with overheat protection thermal cut-off and thermistor support.
- Resistors
Maximum continuous voltage withstand of 1,200V! A voltage divider that achieves excellent voltage division ratio accuracy and low temperature coefficient at a low cost and compact design, thanks to Te...
- Resistors
High-precision Kelvin detection with a copper core pedestal terminal! A chip resistor that excels in pulse resistance and enhances current detection accuracy on hybrid SMT boards.
- Resistors
Achieves better than TC 2ppm/°C! A resistor network that significantly enhances the accuracy and thermal stability of amplifier gain settings and precision bridge circuits.
- Resistors
Covers up to ultra-high resistance! Axial and radial resistors that achieve excellent long-term stability through Tetrinox(R) technology and laser processing.
- Resistors
The USF370 series resistors are matched to the extreme, eliminating thermal drift in high voltage measurements, resulting in the highest quality resistor set.
- Resistors
Ultra-low TC 10ppm/°C! A high-precision resistor that minimizes self-heating drift under high voltage application to the limit, thanks to the Tetrinox® resistive film.
- Resistors
TC±25ppm/°C! High-precision resistors for high-voltage systems that require strict temperature stability, such as electron microscopes and X-ray devices.
- Resistors
Supports up to 10,000 MΩ! A high-precision resistor that enhances the reliability of medical and industrial equipment with its unique non-inductive structure and excellent transient response.
- Resistors
Inductance below 5nH! SMD/hybrid chip resistors compatible with Kelvin connections enhance current detection accuracy for power and motor control.
- Resistors
Ultra-compact size reduces board space! A detection resistor that monitors high currents up to 2W with high precision using a non-inductive design and a four-terminal structure.
- Resistors
For light diode amplifiers and micro-signal detection! A surface mount chip resistor that combines ultra-high resistance of 100MΩ and high precision with a temperature coefficient of 25ppm/°C.
- Resistors
High-precision custom resistors that reduce cost and board area with discrete combination ratios, with a tolerance of ±0.01% and a temperature coefficient of 5ppm/°C!
- Resistors
Achieving both high-density implementation and excellent thermal cycle stability! A compact precision resistor that realizes high linearity and low TC through Tetrinox(R) technology.
- Resistors
Up to 4 current sensing resistors packaged in one! A resistor for measuring instruments that achieves excellent long-term stability and space-saving implementation with Micronox(R) technology.
- Resistors
Explanation of the characteristics of bronze and types of round bars. I will also explain how to obtain them.
- Spring
- Non-ferrous metals
- Other electronic parts
Equipped with 13th generation Core processor, capacitive touch, dimmer function (0-100%), DNV certification (marine grade), front waterproof IP66.
- LCD display
Equipped with 13th generation Core processor, capacitive touch, dimmer function (0-100%), DNV certification (marine grade), front waterproof IP66.
- LCD display
Equipped with 13th generation Core processor, capacitive touch, dimmer function (0-100%), DNV certification (marine grade), front waterproof IP66.
- LCD display
Equipped with 13th generation Core processor, capacitive touch, dimmer function (0-100%), DNV certification (marine grade), front waterproof IP66.
- LCD display
Equipped with 13th generation Core processor, capacitive touch, dimmer function (0-100%), DNV certification (marine grade), front waterproof IP66.
- LCD display
0.635mm pitch 2-piece connector / 0.635mm pitch FC compatible product 8622E series
- Other Connectors
The entire set has a TC of 5ppm/°C! A resistor set that strictly matches USG resistors, reducing thermal drift and aging effects in high voltage measurements.
- Resistors
RoHS compliant and supports up to 32kV! An axial resistor that balances the performance of Micronox® resistive film with optimal cost for general industrial applications.
- Resistors
Better than TC 10ppm/°C! A high-voltage divider network that optimizes the voltage gradient with a patented V-notch structure, boasting high precision and stability.
- Resistors
Precision with a practical TC of zero! A resistor with an alumina ceramic structure that minimizes power coefficient drift due to self-heating to the utmost limit.
- Resistors
Unmatched precision at 450V to 2,000VDC! The combination of USF300 resistors achieves outstanding temperature stability and low load drift.
- Resistors
High-precision voltage divider network with high transient resistance that contributes to improving the accuracy of measuring instruments and medical devices, with a tolerance of 0.05% and a temperatu...
- Resistors
Streamlining high-value item management. Achieving real-time visualization at the shelf level.
- antenna
- Document and Data Management
- Storage shelves
What is an anechoic chamber? Is it really necessary?
An anechoic chamber is a "special room" used to test the performance and safety of wireless devices. In a regular room, invisible waves from smartphones, Wi-Fi, and televisions are present, making it impossible to conduct accurate tests on devices. Therefore, an anechoic chamber is a special space that "completely shuts out external waves" and also ensures that "waves inside do not leak outside." When is it used? - Testing and inspection of wireless devices - Testing for obtaining technical standard conformity certification (Giteki) - Confirming that there is no interference from waves to other devices In other words, it is "an essential place for creating accurate and reliable wireless devices." What is the inside of the room like? - The walls, ceiling, and floor are covered with "sponge-like materials that absorb waves (wave-absorbing panels)." - The entire room is covered with a metal shield to prevent external waves from entering. Why is it so important? Wireless devices can significantly impact medical equipment, airplanes, and fire department radios, depending on where they are used. That is why it is crucial to thoroughly verify that they emit waves correctly and safely in a place free from external influences, which is the anechoic chamber.
Real-time visualization of shelf management to prevent the loss of tools and hardware.
- antenna
- Document and Data Management
- Storage shelves
What is an anechoic chamber? Is it really necessary?
An anechoic chamber is a "special room" used to test the performance and safety of wireless devices. In a regular room, invisible waves from smartphones, Wi-Fi, and televisions are present, making it impossible to conduct accurate tests on devices. Therefore, an anechoic chamber is a special space that "completely shuts out external waves" and also ensures that "waves inside do not leak outside." When is it used? - Testing and inspection of wireless devices - Testing for obtaining technical standard conformity certification (Giteki) - Confirming that there is no interference from waves to other devices In other words, it is "an essential place for creating accurate and reliable wireless devices." What is the inside of the room like? - The walls, ceiling, and floor are covered with "sponge-like materials that absorb waves (wave-absorbing panels)." - The entire room is covered with a metal shield to prevent external waves from entering. Why is it so important? Wireless devices can significantly impact medical equipment, airplanes, and fire department radios, depending on where they are used. That is why it is crucial to thoroughly verify that they emit waves correctly and safely in a place free from external influences, which is the anechoic chamber.