NLVVHC1GT50DFT1G

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NLVVHC1GT50DFT1G is a logic-based product within the greater category of buffers, drivers, receivers, transceivers, and supports multiple digital signal types as well as analog capabilities. This product is typically applied in the communication network, storage, and computer system fields, to enable the smooth data transmission between the digital and analog interfaces based on the bidirectional signal capability or full-duplex process. As such, NLVVHC1GT50DFT1G is able to facilitate the communication data transmission process within the communication networks, storage, and computer systems.

The chip is specifically designed for latching and transferring signals in between the analog and digital data interfaces through converting and transferring the data in both directions of the signal transmission process. A wide voltage range from 3.0V to 3.6V is supported, and the compliance of ISO1050 standard is also taken into the devoting work of this chip. Furthermore, the chip can use single 3.3V signal for data receiving and transmitting, and the output signals are TNL-compatible so as to shorten the transmission delay and improve the accuracy. In addition, the NLVVHC1GT50DFT1G can guarantee the stable signal integrity and quality of the transmitted data.

The hardware level of the product is also quite exquisite: with strong break-in and break-out capability, I/O isolation of 2KV, power supply isolation of 420KV, data transmission rate up to 1Gbps, maximum load 30pF, support Shielded Cable, Class II light, transmission with 2.5mm plug, IP67 waterproof and dustproof, and RoHS compliant.

In the functional level, NLVVHC1GT50DFT1G comes with few external parts, featuring the high port density and performance, extremely strong line quality, high servo degree and low fatigue of output. The product can both supply power and input optical / electrical signal for the data transfer target, and also provide high-speed logical switch for industrial control, emergency alert, dispenser control, and man-machine interface control. Its low power consumption, easy configuration and portability secure its permanent usage and trust from the customers.

The working principle of NLVVHC1GT50DFT1G includes the digital-to-analog conversion, analog-to-digital conversion, and analog feedback. The device is composed of different sections: the logic part, used for loop-checking and operations; the transmission part, handling the data speed and quality; the digital-to-analog conversion part, used for the signal conversion of analog-to-digital; and the analog-to-digital conversion part, used for the signal conversion of digital-to-analog. The data in the signal chain is transmitted in the form of light or electrical signals, depending on the type of the device, which is converted by the device and transmitted to the other end.

The two parts of the data signal flow through each other repeatedly as if in a loop. The logic part is used to control the flow of the data process and to achieve the desired signal timing. The transmission part is responsible for the transmission of the signal between the two parts, and it is responsible for the synchronization of the two parts. The digital-to-analog conversion part is responsible for the conversion of the signal from digital form to analog form. The analog-to-digital conversion part is responsible for the conversion of the signal from analog form to digital form. The signal is then transferred back to the other end.

The signal is then transmitted to the next stage once it is converted, and this signal will then go back to the first stage and be converted again. The signal is eventually sent back to the output where the data is then analyzed. The data is then sent back to the input and the process will continue until the output signal is read. The use of NLVVHC1GT50DFT1G in different applications can greatly enhance the speed and accuracy of data transmission.

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