SN74AUC1G126DCKR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Logic circuits are the basic building blocks of electronic systems, and the SN74AUC1G126DCKR is a key component in this class of circuits. This device is a single-gate Schottky buffer that belongs to a class of discrete transistor circuits known as “buffers”. They are used to convert a single input signal into a range of complementary output signals, allowing them to propagate logic signals over long distances with minimal signal loss. This device addresses many key application areas that demand higher speed, greater output voltages, and longer transmission distances.

Specifically, the SN74AUC1G126DCKR is ideally suited for use in consumer and industrial applications that demand voltage conversion and signal conditioning. It can be used in areas such modem and storage applications, as well as in gaming and audio applications where high-speed logic signals need to be efficiently transmitted over long distances.

This particular device features a single gate Schottky buffer that is designed to match the output voltage range of a standard Low-Voltage Differential Signaling (LVDS) system. This allows for efficient signal transmission over long distances, with high data rates and fewer signal distortions. By connecting two of these devices in series, an even higher data rate can be achieved. In addition, the device can be used to translate logic signals from Open-Drain (TTL) to Open-Collector or standard logic signals.

At the core of this device is a silicon gate-oxide layer and an interconnection layer that form a Schottky diode. This Schottky diode creates a signal propagation path for the signal voltage between source and drain pins. When an input signal is applied to the device, the Schottky diode acts as a voltage buffers, converting the input signal into a complementary, more stable output signal. This signal is then propagated over the interconnection layer and delivered to the output pin.

In addition to higher speed and voltage conversion, the SN74AUC1G126DCKR features built-in power management features that enable efficient operation in power-sensitive environments. The device utilizes a low-power stand by mode that allows it to conserve power while inactive, as well as well-regulated current draw modes that minimize power consumption during operation. As a result, the device is ideally suited for applications that require longer battery life and higher power efficiency.

All in all, the SN74AUC1G126DCKR is an ideal device for applications that demand higher speed, higher output voltages, longer transmission distances, and efficient power management. By utilizing this device in a variety of consumer and industrial applications, designers can achieve higher data rates over long distances, with minimal signal loss and power consumption.

The specific data is subject to PDF, and the above content is for reference