Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
91～105 item / All 119 items
Maximum forward voltage: 32V; Maximum reverse voltage: 16KV; Maximum forward current: 5.0A; Maximum reverse current: 75μA.
More sizes available HDQLG150KV/0.1A active bridge rectifier single bridge : Feature: Avalanche characteristic More sizes available vacuum molded, non-corrosive epoxy resin case Tj:-40℃——+120℃ Application: Electrostatic cleaning High Voltage testing equipment General purpose high voltage rectigier
Maximum forward voltage: 27V Maximum reverse voltage: 5KV Maximum forward current: 1.5A Maximum reverse current: 100μA
Good Quality QLG20KV/1.5A amps full wave bridge rectifier : Feature: Avalanche characteristic More sizes available vacuum molded, non-corrosive epoxy resin case Tj:-40℃——+150℃ Application: Electrostatic cleaning High Voltage testing equipment General purpose high voltage rectigier
Maximum forward voltage: 25V Maximum reverse voltage: 20KV Maximum forward current: 1.0A Maximum reverse current: 200μA
QL20KV/1.0A current rectifier equipment full bridge : Feature: Avalanche characteristic More sizes available vacuum molded, non-corrosive epoxy resin case Tj:-40℃——+120℃ Application: Electrostatic cleaning High Voltage testing equipment General purpose high voltage rectiｆier
It is equipped with a built-in galvanometer and bridge power supply, making it suitable for on-site inspection and maintenance, as well as resistance measurement in experiments and research.
It is equipped with a built-in galvanometer and bridge power supply, making it suitable for on-site inspection and maintenance, as well as resistance measurement in experiments and research.
Compared to the Wheatstone bridge, it is suitable for measuring fine direct current resistances of less than 1Ω.
Compared to the Wheatstone bridge, it is suitable for measuring fine direct current resistances of less than 1Ω.
Designing a wireless communication network between buildings where cables cannot be laid. Sufficient communication quality even when the buildings are about 60 meters apart.
We designed and built a wireless LAN network for the warehouse operator. During the design phase, we paid special attention to dust-proof measures for access points and channel design. 【Case Overview】 ■ Challenge: There are four buildings on the premises, but new cabling could not be laid between them, resulting in no internet access. ■ Proposal: We designed and built a network that utilizes wireless LAN bridge functionality to enable wireless communication between all buildings. ■ Result: Although the distance between buildings was up to approximately 60 meters in some areas, we were able to ensure sufficient communication quality. *For more details, please refer to the related links or feel free to contact us.
Link Bridge: Achieving efficient space utilization and excellent seismic performance!
By connecting two reverse nestainers, storage space equivalent to three standard units is secured. This maximizes the use of limited warehouse space and efficiently increases storage capacity. By eliminating the need for a column that was traditionally required for one unit, waste of space is eliminated, allowing for cost reduction. This reduces excess materials and labor, achieving efficient operations. The connecting bridge allows the two nestainers to support each other, suppressing displacement caused by vibrations. As a result, it protects the items in the warehouse from earthquakes and vibrations, significantly improving seismic performance.
Temperature-extended version BR-100AH wireless LAN bridge with enhanced heat and cold resistance, supporting long-distance wireless communication IEEE 802.11ah.
The temperature-expanded version BR-100AH(JP) is a wired LAN - wireless LAN bridge compatible with IEEE 802.11ah, designed to adapt to temperature ranges suitable for harsher environments such as outdoor and industrial applications. IEEE 802.11ah uses radio waves in the 920MHz band, enabling long-distance wireless communication up to 1km. By simply connecting the BR-100AH(JP) to wired LAN devices, it easily supports IEEE 802.11ah, facilitating the establishment of a more flexible wireless LAN environment over vast areas such as large factories and outdoor spaces where traditional wireless LAN communication has been difficult.
Wireless bridge (slave unit) for supporting uninterrupted communication outdoors, mounted on mobile construction machinery.
The OBR-100AX is an outdoor wireless bridge that supports Wi-Fi 6 (IEEE 802.11ax). It can connect up to 16 wired LAN devices and link them to a wireless network. It is capable of wirelessly transmitting high-resolution video and control signals required for remote operation of construction machinery with low latency. It is highly compatible with the outdoor Wi-Fi mesh access point OAP-100AX, allowing for smooth roaming when combined.
