74HC7541DB,118

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74HC7541DB,118 is a logic component of Buffers, Drivers, Receivers, and Transceivers category. It is a CMOS integrated circuit component, specifically a quad open-drain buffer-receiver, with low input and output voltage, low consumption, and high input sensitivity.

The primary application of 74HC7541DB,118 is in computer and other digital applications. It can be used to interface digital logic with analog signals, such as data lines and control lines. It is also used to handle data transfer and formatting between parallel and serial communication links. 74HC7541DB,118 is also used to route digital signals from one device to another.

When 74HC7541DB,118 is powered on, its buffer-receivers provide high impedance for digital inputs and generate low impedance for output signals. This low impedance output is suitable for driving the circuits connected to the outputs, so it facilitates faster data transfer. A single 74HC7541DB,118 can support up to four different digital logic levels, that is, two logic inputs and two logic outputs.

74HC7541DB,118 offers excellent operation even at moderate temperatures. Its low supply voltage and low input regions allow its use in a variety of different environments and applications. Its fast propagation delay and excellent noise margin make it highly suitable for data communication and switching applications.

74HC7541DB,118’s output interface is designed to achieve low On-Resistance in order to reduce the power dissipation in the device. This low dissipation gives the device high reliability, which helps extend the device’s lifetime. Moreover, due to its low input and output voltage level requirements, the device can be interfaced with both 3V and 5V logic circuits.

In short, 74HC7541DB,118 is a highly reliable and robust buffer receiver, suitable for a wide range of logic applications. It is popularly used to interface logic circuits with analog signals, as well as for data transfer and formatting between parallel and serial communication links. Its low power dissipation and wide operating temperature range make it an ideal choice for embedded systems.

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