TC74HC4050AFELF

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The TC74HC4050AFELF is a high-speed CMOS 8-bit buffer, non-inverting channel, designed for high performance memory address drivers, real-time clock drivers, and data communication line drivers. This application field and working principle belong to the Logic - Buffers, Drivers, Receivers, Transceivers category.

The TC74HC4050AFELF has eight buffers which have the addressees, the latch, and a 3-state output bus. Each buffer\'s address input is buffered internally and the output buffers are placed into the high impedance state when their chip enables are disabled. The address input is level shifted and amplified such that it can be driven directly from a CMOS control source or RS-232 signal.

This also has a built-in power on reset circuit. This reset is active-low, and will reset all channels of the device upon power up or power down. The reset input is active-low, and when pulled low resets all channels of the device.

The TC74HC4050AFELF features two output devices, a logic level FET, and a driver. The logic level FET provides the devices with the functionality of an 8-bit inverting buffer. The driver is used to drive high current loads, while the logic devices serve to provide the basic data transmission functions. The FET has a wide operating range and is ideal for providing a constant voltage or current drive.

The TC74HC4050AFELF features an adjustable output current with an on-off input control. This makes it possible to adjust the output current in order to control the amount of light generated in the LED. It also has on-chip filtering to eliminate EMI and reduce crosstalk. The device is designed for operation from 5V to 24V with a power dissipation of 1.5W.

The TC74HC4050AFELF also has a Schmitt trigger input for protection against ESD and EMI. This feature enables a noise-free input signal, no matter the noise levels on the supply and ground. The Schmitt trigger input also helps to reduce power consumption and reduce current spike effects.

The TC74HC4050AFELF has an adjustable slew rate, which allows the user to adjust the frequency response of the device. This feature helps to reduce noise levels and improve overall system performance. The device also features a thermal protection circuit, which shuts down the device if the temperature exceeds the maximum specified temperature.

The TC74HC4050AFELF is suitable for applications in memory address drivers, real-time clock drivers, and data communication line drivers. It is also suitable for applications in test equipment, industrial control, and telecommunications. This device is characterized by a wide operating temperature range and a low power dissipation.

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