SN74AHC367DBRG4

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Logic Buffers, Drivers, Receivers, Transceivers are widely used in many digital systems. This type of circuitry is mainly responsible for transmitting, receiving and buffering digital input and output signals. One of the widely used and robust logic devices for this purpose is the SN74AHC367DBRG4. It is a hex non-inverting buffer and driver with a TTL logic compatibility.

The SN74AHC367DBRG4 offers high impedance inputs, low-power DISABLE feature, and they are designed to handle voltages up to 5.5V. This makes the SN74AHC367DBRG4 suitable for a wide range of applications in both automotive and commercial systems. This buffer can be used in applications such as level translators, interface line receivers, address and data buffers, emitters, etc.

The SN74AHC367DBRG4 logic device is a dual supply hex non inverting Buffer and Driver with Schmitt Trigger Inputs. It operates from a single 2.7V to 5.5V supply and draws a maximum of 25 mA typical power. The output drivers can drive up to 15mA at 5.5V power supply. The SN74AHC367DBRG4 has a disable function which allows all outputs to be placed in a high impedance state. This is achieved by pulling the corresponding ENABLE inputs high. This device is also very robust and is resistant to ESD and latch up.

With a package size of 8-SOIC (0.154”, 3.90mm Width), and 8-PDIP (0.300”, 7.62mm Width), the SN74AHC367DBRG4 is very compact and space efficient. It also has faster switching times and gives better performance compared to previous generations of logic devices.

In terms of working principle, the SN74AHC367DBRG4 works as follows. When the inputs are logic low, all output should be logic low. When the input is logic high, all output should be logic high. When the ENABLE inputs are logic low, the outputs should be logic high. Where the ENABLE inputs are logic, low all outputs should be high impedance. This is useful for driving high voltage or current devices.

Thus the SN74AHC367DBRG4 is a useful device for a variety of digital logic circuits. It has a wide range of uses which include interface line receivers, address and data buffers, emitters, and level translators. It is robust, highly efficient and also offers low-power DISABLE feature. Due to its small size and faster switching times, this device is perfect for digital systems where space and performance is of paramount importance.

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