SN74HC368PWR

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The SN74HC368PWR is classified under the logic family of buffers, drivers, receivers, and transceivers. This section will look at the application field, as well as the working principle of the SN74HC368PWR.

The SN74HC368PWR is an octal buffer/driver/receiver that is designed to utilize low voltage and low current technology. This chip has an operating voltage range of 2V to 6V, and can sink and source up to 24mA of current. This device is designed to achieve high speed operation and to maintain noise margin levels by using the Schmitt trigger design. This feature makes the device immune to the noise induced by external components.

The SN74HC368PWR is capable of interfacing TTL compatible logic with low voltage components such as CMOS, NMOS, and PMOS. This application is possible due to the voltage thresholds of the device, which is capable of translating between CMOS and TTL logic. As a result, the device is suitable for a variety of logic systems.

The SN74HC368PWR is available in an 8 pin dual in line package, and can be configured for either power-down or 3-state operation. A power-down mode is enabled through the use of the pin set for the input buffers, while the output stage is put into a three-state and can be enabled through the use of the relevant pin set.

The SN74HC368PWR operates using the following logic functions: non-inverting buffer, inverting buffer and multiplexer. The non-inverting buffer mode can be used to drive a logic system output with dedicated logic inputs. The inverting buffer is used to enable logic signals to the outputs with their respective inputs connected to the power supply. The multiplexer mode enables the device to act as a data selector, allowing the permitted data input to be passed on to the output.

In all modes of operation, the chip also implements the Schmitt trigger design for improved noise margin and higher speed operation. This design enables fast reaction to input signals with no additional input pulses passing through to the output. As an output, the chip can deliver up to 24mA of current in both the sink and source configurations.

Overall, the SN74HC368PWR enables the interfacing between different logic systems through the use of 8 pins. The chip is capable of operation with low voltage configurations, and the Schmitt trigger design feature enables fast and noise-immune operation. As a result, the device is suitable for a variety of logic applications.

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