1～8 item / All 8 items
VAD-H400.xx can transmit 4 systems of AHD/HD-TVI/HDCVI/composite video over a single optical fiber up to 20 km!
The VAD-H400.xx transmits four channels of AHD/HD-TVI/HDCVI/composite video signals over a single optical fiber up to a distance of 20 km. The video is transmitted in a digital format, ensuring no degradation in image quality.
VAD-SD002A.L1.xxx.55 transmits bidirectional serial signals (RS232C/485, etc.) over a single optical fiber!
VAD-SD002A.L1.xxx.55 transmits two channels of control (serial) signals bidirectionally over single-mode optical fiber up to 20 km and over multi-mode optical fiber up to 3 km. The serial signals can use two channels of RS485 or one channel of RS422.
VAD-SD001A.L1.xxx.8, which transmits one channel of serial signals (RS232C/485, etc.) bidirectionally over a single optical fiber!
VAD-SD001A.L1.xxx.8 transmits a single system control (serial) signal bidirectionally over single-mode fiber optic cable up to 20 km and over multi-mode fiber optic cable up to 3 km. The serial signal can be selected from RS232C/422/485.
19-inch rack mount chassis VAD-C13 RDNT for housing multiple card types (circuit board types) optical transmission devices!
The VAD-C13 RDNT is a 19-inch rack mount chassis designed to house multiple types of optical transmission devices (circuit board types). - It can accommodate up to 13 optical transmission device cards (for 1-slot use). *The number of cards that can be housed will differ if including 2-slot type cards (optical transmission devices). - Redundant power supply supports high power consumption and allows for hot swapping in case of power failure. - The status of each slot can be checked with 16 LEDs on the front.
Juralon spacer for vertical board mounting / VAD
This product is a dedicated spacer designed to mount circuit boards vertically, made from Duracon (POM), which boasts mechanical strength and high dimensional stability. By arranging sub-boards and sensor boards vertically relative to the main board, it allows for three-dimensional utilization of the limited space inside the enclosure, strongly supporting the implementation of high-density electronic devices. The Duracon material has very low water absorption, resulting in minimal dimensional changes and warping even in humid environments, accurately maintaining the angle of vertically mounted circuit boards over long periods. Additionally, it possesses complete electrical insulation, physically preventing the risk of shorts between the circuit boards and the enclosure or adjacent circuits, ensuring safe implementation. In environments that pursue space-saving designs, this is a highly efficient option that enables a three-dimensional layout by standing the circuit boards. It achieves reliable fixation and insulation in designs aimed at miniaturizing equipment and optimizing internal structures.
Compared to millimeter waves (28GHz band), 4.5GHz can cover a wider area and is less affected by obstacles!
■Local 5G (5th Generation Mobile Communication System) Antenna ■4.5GHz Band (Sub6 Band) Antenna ■4.5GHz Band (4.6 to 4.9GHz) Antenna ■The main feature of the 4.5GHz band is that it can cover a wider area and is less affected by obstacles compared to millimeter waves (28GHz band).
VAD-NH100.xx can transmit AHD/HD-TVI/HDCVI/composite video from a 1 system over a single optical fiber up to 20 km!
The VAD-NH100.xx transmits one channel of AHD/HD-TVI/HDCVI/composite video over a single optical fiber up to 20 km away. The video is transmitted in a digital format, ensuring no degradation in image quality. Additionally, its compact design makes installation easy.
![[Motor Power]VAD](https://image.mono.ipros.com/public/product/image/54e/2000711546/IPROS110267672640997318.png?w=280&h=280)
VAD(Voltage Adjusting Device)
[Business & Products] - Resolvers, expansion valves, battery heaters, cabin heaters, temperature sensors - South Korean Tier 1 parts manufacturer - Overseas base: China (factory) - Export country: China [Major Clients] Hyundai Motor, Kia, Hyundai WIA, Hyundai Glovis, Hyundai Mobis
