List of Electronic Components and Modules products
- classification：Electronic Components and Modules
6661～6720 item / All 58410 items
For those who have isolators. Achieving high chemical resistance and workability. Low cost and short delivery times are also possible for glove box and isolator gloves.
- Work gloves
Notice of participation in 'INTERPHEX Week Tokyo' from May 20 (Wednesday) to May 22 (Friday), 2026.
Ito Corporation will be exhibiting at "INTERPHEX Week Tokyo" held at Makuhari Messe. This exhibition is the largest in Japan, showcasing a wide range of products and services related to the research and manufacturing of pharmaceuticals, cosmetics, and regenerative medicine from 25 countries and regions around the world. Pharmaceutical and cosmetic manufacturers, as well as regenerative medicine companies, will be attending from all over the globe. We will be showcasing "Gloves for Glove Boxes/Isolators" manufactured by Tron Power. We look forward to your visit.
A miniature aluminum case that can accommodate small electronic circuits, available in three heights: 16mm, 20mm, and 24mm.
- Other semiconductors
Zero Insertion Force (ZIF) structure
- Board to FPC connector
Strong against rain, fog, and vibrations. A 3MP high-durability camera ideal for AI, robotics, and automotive applications.
- Other optical parts
A lineup of standard products that can be used in various industries and applications! You can choose from your desired polarization, directivity, and shape to solve your challenges.
- antenna
A clear explanation of how to obtain a technical standards conformity certification!
To sell and use products that utilize wireless technology in Japan, it is necessary to obtain a national certification called "Technical Standards Conformity Certification (Giteki)." So, "how do you obtain Giteki?" 【Step 1】 What products require Giteki? Devices that communicate using wireless technology that emits radio waves are subject to this requirement, such as smartphones, Wi-Fi routers, Bluetooth earphones, wireless mice, wireless transceivers, IoT devices, etc. 【Step 2】 Where can you get the assessment done? The assessment for Giteki is conducted by a third-party organization recognized by the government, called a "Registered Certification Body." Examples include the Telecommunications Engineering Center (TELEC) and the Japan Maritime Bureau (JCI). 【Step 3】 What do you need to submit? For the assessment, you need to submit documents and samples such as the following, to check for "signal strength," "frequency accuracy," and "radio interference": Product technical specifications (such as frequency and output), circuit diagrams or design drawings, and the actual product (or prototype). 【Step 4】 If you pass the test, you will receive the "Giteki mark"! 【Step 5】 After that, you can freely sell and use the product!
Handmade: Tube, groove rubber cutting and bonding.
- Capacitor
Zero Insertion Force (ZIF) structure
- Board to FPC connector
We will extend the life of your equipment with bolt-on and coupler-on solutions.
- Sputtering Equipment
- Solenoid Actuators
- Transport and handling robots
TKC Corporation Nagaoka Service Center Opening: We will achieve one-stop device regeneration and prolongation.
In recent years, we have received numerous requests for extending the lifespan of operational equipment. With the advancement of high functionality in both equipment and components, the specialization of repair services has progressed. Along with this specialization, it has become increasingly difficult to provide comprehensive "repairs" through integrated diagnostics and verification. With the establishment of this service center, we will offer one-stop regeneration and lifespan extension through "comprehensive diagnostics of equipment" by our skilled engineers and the "integration of specialized techniques" from partner engineers located nationwide.
500mW high output, maximum reading distance of 2m, ultra-compact UHF band RFID reader.
- Industrial PCs
- IC tag reader/writer
- IC tag
MFi certification obtained, supports iOS apps and app development SDK | Compatible with specific low-power radio stations (output below 250mW)
- Industrial PCs
- IC tag reader/writer
- IC tag
Maximum reading distance: approximately 10 m | Integrated UHF band RFID reader | 6700mAh, hot-swappable battery adopted
- Industrial PCs
- IC tag reader/writer
- IC tag
![[Free Demo Unit Rental] UHF Band RF...](https://image.mono.ipros.com/public/product/image/d5e/2000134546/IPROS52183841808202781584.jpeg?w=280&h=280){kind=small}
High-performance UHF band RFID reader module based on Impinj R2000 chip.
- IC tag
- IC tag reader/writer
- Communications
On March 22, 2013, we will launch the UHF RFID module RM300 that supports the new frequency band.
Unitech Japan Co., Ltd. will launch the industry's first high-output UHF RFID module, RM300. Orders are scheduled to begin on April 1, 2013. Starting from January 2013, the frequency band for UHF RFID will be transitioned and reorganized, leading to the development of devices such as handheld readers, fixed readers, and printers that utilize UHF RFID, with expectations for market expansion. UHF RFID devices are wireless equipment, and even if products are developed, it is necessary to obtain type certification from the Ministry of Internal Affairs and Communications or construction design certification, which involves costs and time. The RM300 has already obtained construction design certification as a high-output module with 1W, so devices using this module do not need to obtain these certifications again or can do so easily. The RM300 supports and has obtained certification for frequency bands usable not only in Japan but also in the United States, Europe, China, and Taiwan (some are planned). For more details, please refer to the materials.
![[Demo Unit Rental] ESD-Compatible B...](https://image.mono.ipros.com/public/product/image/24c/2000511511/IPROS50291014719946690229.jpeg?w=280&h=280){kind=small}
Adopts a body with embedded electrostatic discharge prevention material, an ESD-compatible laser barcode scanner capable of continuous high-speed reading.
- Printed Circuit Board
- Other semiconductors
- Other clean room equipment and facilities
Adopts a body with embedded electrostatic discharge prevention material, ESD-compatible two-dimensional barcode scanner capable of reading QR codes.
- Printed Circuit Board
- Other semiconductors
- Other clean room equipment and facilities
2 antenna ports, compact and low-cost, fixed-type UHF band RFID reader RS200
- IC tag
- IC tag reader/writer
- Communications
Adopts a conductive material blended body, Bluetooth-connected wireless laser barcode scanner with ESD-compatible body.
- Handheld barcode reader
- Other electronic parts
- Other semiconductors
Fixed UHF band RFID reader RS804 with 4 antenna ports and various interfaces.
- IC tag
- IC tag reader/writer
- Communications
Antenna manufacturer for wireless devices! With 40 years of trust and achievements, we meet the needs of various fields.
- antenna
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.
A groundbreaking industrial inkjet printer that digitizes the printed circuit board manufacturing process, improving product quality, reducing costs, and minimizing environmental impact.
- Printed Circuit Board
Welding high-performance heat sink, 550mm wide x 84mm high - available in length variations.
- Other semiconductors
Supports conversion in both directions and can be used as a display on either HDMI or HDMI mini!
- Other cable related products
Supports up to Full HD (1080p, 1920×1080)/60Hz! The built-in chipset converts HDMI output to analog video.
- cable
In case of power shortage, you can connect a power source to the USB port using a separately sold USB cable to supplement the power!
- cable
No driver required! Connect the power to the Micro-B connector to supplement power shortages.
- cable
It can also be used to connect a computer with HDMI to a display with DVI-I/DVI-D!
- cable
Reduces noise with twisted pair cables and triple shielding! Operates with standard Windows drivers.
- cable
Durable gold-plated connector! You can connect smartphones equipped with HDMI micro to LCD televisions.
- cable
A cable that supports high resolution and high refresh rate! It features a braided sleeve that reduces tangling and is highly durable.
- cable
Despite its compact design and cordless feature, it allows for high-precision measurement of spindle runout with simple setup.
- Printed Circuit Board
Easy to wire with thin and flexible cables! Supports HDR metadata transfer that clearly highlights light and dark.
- cable
Welding high-performance heat sink with a width of 600mm and a height of 84mm - available in various lengths.
- Other semiconductors
It is a thin cable with an outer diameter of 4.2mm, but it supports the DisplayPort 1.4 standard!
- cable
Supports the video interface compression standard Display Stream Compression (DSC) 1.2!
- cable
Supports a maximum resolution of 8K/60Hz or 4K/144Hz! Compatible with HDR metadata transfer that clearly highlights brightness and darkness.
- cable
High durability and gold-plated pins/gold-plated connectors that prevent signal degradation!
- cable
High durability and gold-plated pins/connectors that prevent signal degradation!
- cable
Supports 4K high resolution! Durable gold-plated pins/gold-plated connectors.
- cable
Suitable for protecting the main power supply circuit, such as circuits that supply power from the battery to the entire vehicle!
- fuse
International standard product, compatible with high amperage! Low voltage fuse 'SBFW-K'
The low-voltage fuse "SBFW-K" is a slow blow fuse that can withstand temporary overcurrents and only blows under continuous overcurrents. It is particularly effective for devices in automobiles that experience instantaneous high currents. This low-voltage fuse is recommended for those facing circuit protection challenges in the automotive industry, construction machinery industry, and low-voltage fuses (below DC70V). It is well-suited for protecting high-power devices that have a large inrush current at startup.
Durable gold-plated pins/gold-plated connectors! Compatible with DisplayPort 1.2 standard.
- cable
Aluminum extruded heat sink with a width of 33 mm and a height of 10 mm - available in various lengths.
- Other semiconductors
There are also 48V-compatible slow blow fuses specifically for high-voltage systems such as hybrid vehicles and EVs (electric vehicles)!
- fuse
Compatible with 48V systems! Low voltage fuse 'SBFW-L48V-M6L'
The low-voltage fuse "SBFW-L48V-M6L" is a slow blow fuse that can withstand temporary overcurrents and only blows under continuous overcurrents. There are also 48V compatible slow blow fuses specifically designed for high-voltage systems such as hybrid vehicles and electric vehicles (EVs). It is suitable for devices that experience large inrush currents at startup, such as electric fans, fuel pumps, and power steering.
Suitable for devices that draw a large inrush current at startup, such as electric fans, fuel pumps, and power steering!
- fuse
Ideal for protecting high-power equipment! Low-voltage fuse 'SBFW-L M6'
The low-voltage fuse "SBFW-L M6" is a slow blow fuse that can withstand temporary overcurrents and only blows under continuous overcurrents. In automobiles, it is particularly effective for devices where the current momentarily increases significantly. It is recommended for those facing challenges related to circuit protection with low-voltage fuses (below DC70V) in the automotive and construction machinery industries. It plays a role in protecting the entire vehicle during abnormal conditions in circuits that supply power from the battery to the entire vehicle and in the power supply system.
Lightweight and easy to install! Plus, it doesn't shatter, making it safe! High-durability acrylic mirror.
- mirror
![[Sample Presentation] Scratch-resis...](https://image.mono.ipros.com/public/product/image/4d1/2000793582/IPROS32931044777588219352.png?w=280&h=280){kind=small}
Super durable! It won't break, so it's safe! It's a mirror film that can be applied anywhere.
- mirror
Super durable! Safe because it won't break! It's a mirror film that can be applied anywhere.
- mirror
Protect the entire vehicle in case of abnormalities in the circuits or power systems that supply electricity from the battery to the entire vehicle!
- fuse
Ideal for protecting the main power supply circuit! Low voltage fuse 'SBFW-L M5'
The low-voltage fuse "SBFW-L M5" is a slow blow fuse that can withstand temporary overcurrents and only blows under continuous overcurrents. In automobiles, it is particularly effective for devices that experience a momentary surge in current. It serves to protect the entire vehicle during abnormal conditions in circuits or power systems that supply electricity from the battery to the entire vehicle, and is also suitable for devices such as electric fans, fuel pumps, and power steering that draw a large inrush current at startup.
Read only the targeted RFID tags! It is suitable for narrow production lines where you want to limit the reading range and reduce misreads.
- antenna
- Document and Data Management
- Storage shelves
What is Technical Standards Compliance Certification (Giteki)?
"Technical Standards Conformity Certification," commonly known as "Giteki," refers to the "government approval" necessary for safely using wireless devices (such as smartphones, Wi-Fi routers, transceivers, etc.) in Japan without affecting other communications. To put it simply... For example, products that use wireless technology emit "radio waves." If these radio waves are too strong or the frequency is incorrect, there is a risk of adversely affecting devices like televisions or emergency radios. Therefore, in Japan, only products that have been certified to comply with regulations regarding radio wave emissions can be used, and this certification is indicated by the Giteki mark. ■ Where can you find the Giteki mark? The Giteki mark can be displayed on the product itself or in the settings screen, and products with this mark are legally usable wireless devices in Japan. ■ What happens if you use a product without Giteki? Using devices that have not received Giteki certification in Japan may result in a violation of the Radio Law. For instance, smartphones or transceivers purchased overseas often lack the Giteki mark, and using them in Japan can be illegal, so caution is advised.
A left-handed circularly polarized antenna that can be combined with a specific low-power reader/writer! Waterproof types are also available, making it suitable for narrow factory lines.
- antenna
- Entrance and exit control system
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.
Enables a stylish design of ultra-thin, narrow-directional gates! With a circularly polarized RFID antenna, it minimizes misreads for security management.
- antenna
- Entrance and exit control system
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.
A left-handed circularly polarized antenna that can be combined with a specific low-power reader/writer! Waterproof types are also available, providing security measures for entry and exit management.
- antenna
- Entrance and exit control system
A clear explanation of how to obtain a technical standards conformity certification!
To sell and use products that utilize wireless technology in Japan, it is necessary to obtain a national certification called "Technical Standards Conformity Certification (Giteki)." So, "how do you obtain Giteki?" 【Step 1】 What products require Giteki? Devices that communicate using wireless technology that emits radio waves are subject to this requirement, such as smartphones, Wi-Fi routers, Bluetooth earphones, wireless mice, wireless transceivers, IoT devices, etc. 【Step 2】 Where can you get the assessment done? The assessment for Giteki is conducted by a third-party organization recognized by the government, called a "Registered Certification Body." Examples include the Telecommunications Engineering Center (TELEC) and the Japan Maritime Bureau (JCI). 【Step 3】 What do you need to submit? For the assessment, you need to submit documents and samples such as the following, to check for "signal strength," "frequency accuracy," and "radio interference": Product technical specifications (such as frequency and output), circuit diagrams or design drawings, and the actual product (or prototype). 【Step 4】 If you pass the test, you will receive the "Giteki mark"! 【Step 5】 After that, you can freely sell and use the product!
Higher rating compared to general plug-type slow-blow fuses!
- fuse
A must-see for those in the automotive and construction machinery industries! Low-pressure fuse 'SBFC-ET'
The low-voltage fuse "SBFC-ET" is a slow blow fuse that can withstand temporary overcurrents and only blows under continuous overcurrents. It is particularly effective for devices in automobiles where the current temporarily increases significantly. It is suitable for fuel pumps, washer pumps, and similar applications. This low-voltage fuse is recommended for those facing circuit protection challenges in the automotive industry, construction machinery industry, and for low-voltage fuses (below DC70V).
Just place items with RFID tags on top of the antenna! Real-time visualization at the shelf level eliminates the need for visual checks or handheld scanners, reducing labor in logistics.
- antenna
- Storage shelves
- Document and Data Management
[Model Number Change] The model number of the UHF band RFID shelf antenna has been changed.
"FZ9205/FZ9206" has been discontinued and unified into "FZ9205-2." The specifications will be the same as "FZ9205." For details, please download the catalog and check.
Electronically control the beam radiation direction! High-precision security measures with RFID tag reading in specific areas.
- antenna
- Entrance and exit control system
What is Technical Standards Compliance Certification (Giteki)?
"Technical Standards Conformity Certification," commonly known as "Giteki," refers to the "government approval" necessary for safely using wireless devices (such as smartphones, Wi-Fi routers, transceivers, etc.) in Japan without affecting other communications. To put it simply... For example, products that use wireless technology emit "radio waves." If these radio waves are too strong or the frequency is incorrect, there is a risk of adversely affecting devices like televisions or emergency radios. Therefore, in Japan, only products that have been certified to comply with regulations regarding radio wave emissions can be used, and this certification is indicated by the Giteki mark. ■ Where can you find the Giteki mark? The Giteki mark can be displayed on the product itself or in the settings screen, and products with this mark are legally usable wireless devices in Japan. ■ What happens if you use a product without Giteki? Using devices that have not received Giteki certification in Japan may result in a violation of the Radio Law. For instance, smartphones or transceivers purchased overseas often lack the Giteki mark, and using them in Japan can be illegal, so caution is advised.
Triple shield! It features highly durable gold-plated pins/gold-plated connectors.
- cable
Enables a stylish design for ultra-thin, narrow-directional gates! With a circularly polarized RFID antenna, it minimizes misreads and manages quantities effectively.
- antenna
- Entrance and exit control system
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.
Various applications such as apparel, logistics, and vehicle management are possible! Standard model RFID antenna.
- antenna
- Document and Data Management
- Entrance and exit control system
[Model Number Change] The model number of the UHF band RFID flat antenna has been changed.
The UHF band RFID flat antenna "FP9207/FP9207L" has been changed from "FP9207L" to "FP9207L-2." The specifications will remain the same as "FP9207L." Please note that there are no changes to "FP9207." For details, please download the catalog and check.
Electronically control the beam radiation direction! Useful for reducing misreads of RFID tags.
- antenna
[New Product] UHF Band RFID Beam Variable Antenna [Expected to Reduce Misreads with Detection Area Control]
We have released an active phased array antenna that can vary the beam radiation direction in three directions based on external signals. By switching the radiation area, it is possible to respond only to specific areas. This allows it to be utilized as an RFID gate with fewer misreads. When used as a shoplifting prevention gate, it can be set up so that customers with RFID tags approaching the gate do not trigger an alert, thereby reducing stress caused by misidentification. For more details, please download and check the catalog.
Read only the targeted RFID tags! It is suitable for narrow production lines where you want to limit the reading range and reduce misreads.
- 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.
Reduced misreading with multiple built-in RFID antenna elements! Smart management of small items like jewelry.
- antenna
- Document and Data Management
A clear explanation of how to obtain a technical standards conformity certification!
To sell and use products that utilize wireless technology in Japan, it is necessary to obtain a national certification called "Technical Standards Conformity Certification (Giteki)." So, "how do you obtain Giteki?" 【Step 1】 What products require Giteki? Devices that communicate using wireless technology that emits radio waves are subject to this requirement, such as smartphones, Wi-Fi routers, Bluetooth earphones, wireless mice, wireless transceivers, IoT devices, etc. 【Step 2】 Where can you get the assessment done? The assessment for Giteki is conducted by a third-party organization recognized by the government, called a "Registered Certification Body." Examples include the Telecommunications Engineering Center (TELEC) and the Japan Maritime Bureau (JCI). 【Step 3】 What do you need to submit? For the assessment, you need to submit documents and samples such as the following, to check for "signal strength," "frequency accuracy," and "radio interference": Product technical specifications (such as frequency and output), circuit diagrams or design drawings, and the actual product (or prototype). 【Step 4】 If you pass the test, you will receive the "Giteki mark"! 【Step 5】 After that, you can freely sell and use the product!