DS34LV86TM

DS34LV86TM Application Field and Working Principle

The DS34LV86TM is an 8-bit transceiver IC with low voltage operation. Designed for use in systems in which the bus or interface voltages are reduced, the chip is ideally suited for applications in which power consumption is critical. The chip features a "slew-rate control" feature which reduces the power consumption during periods of low traffic. The typical supply current is 5.5 mA in the "on" state, and the standby current is 5 μA.

When used as a transceiver, the DS34LV86TM has one data input and one data output. The data input is used to send data onto the bus, while the data output is used to receive data from the bus. The slew-rate control feature produces a lower voltage requirement than standard transceivers, and therefore offers the advantage of reduced power consumption. The inpu t and output can each be configured for either logic level (transmission) or open drain (reception) operation.

The chip also features a "power down" feature which can be used to reduce power consumption even further. The power down feature will cease to drive the outputs, reducing their power consumption to zero. In addition, when the power down mode is selected, the chip will automatically go into its low power standby mode, further reducing the power consumption of the IC.

In addition to its power saving capabilities, the chip also offers two important features that make it an ideal transceiver for a variety of applications. The first is the ability to operate at high data-rates without suffering from signal crosstalk or distortion. The second is its low latency in signal propagation and response times. These two features make the DS34LV86TM an ideal solution for applications where both speed and power efficiency are critical.

The DS34LV86TM has been designed for operation in two primary application fields: bus communication, and data-transfer. In bus communication, the chip is used to interface between two or more DS34LV86TM devices connected to a single bus. In data-transfer, the chip is used to drive data signals between two or more devices, as well as between two or more systems.

The working principle of the DS34LV86TM is fairly straight forward. In the power down mode the chip will cease to drive the outputs and enter its low power standby mode, limiting power consumption to 5 μA. In the active state, the chip will drive the output lines according to the logic signals present at the inputs. The slew-rate control feature allows for precise control of the output voltage, allowing for more efficient transmission of data at high data-rates.

The DS34LV86TM is an ideal transceiver for a variety of applications, and is particularly suited for bus communication and data-transfer scenarios. It requires only a low voltage operation, and its power saving features, low latency, and high data-rate capabilities make it an ideal solution for those applications requiring both speed and efficiency.