SN74HC367PW

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The SN74HC367PW is a general-purpose logic buffer/driver device, comprising four independent non-inverting buffers that can be used to drive four bidirectional three-state buses. Buffers are typically used to improve the fan out or drive capability of digital circuits. The functional diagram of the SN74HC367PW is shown in Figure 1.

The SN74HC367PW is a non-inverting buffer and it is characterized by high speeds and low power. This device is designed to work with both TTL logic and CMOS logic circuits and their performance is similar to that of the SN74HCT367PW in terms of speed and power. The SN74HC367PW is an excellent choice for applications where high drive capability is needed and where power dissipation is critical.

The SN74HC367PW is an open drain device, allowing the outputs to control multiple loads each. The device also has active low outputs for driving logic 0’s. This device enables systems to achieve a high degree of noise immunity. The SN74HC367PW has a wide range of application fields such as motor control, semiconductor test, industrial automation, LED lighting and optical communication systems.

The SN74HC367PW operates as an open-drain buffer. It has two data inputs, two enable inputs and one output. It will drive an output high if at least one of the data inputs is high, and it will drive an output low if both the data inputs are high. The enable inputs are used to disable the part, when both enable inputs are low. The enable inputs also function as override inputs to force the output high when one enable input is high.

The SN74HC367PW has two separate power supplies, one for its normal power-up state and another for its standby state. The normal state is activated when the enable input pins are high, allowing the device to drive outputs low. The standby state is activated when the enable input pins are low, putting the device into a low power consumption mode. If the enable input pins are left in their active state, the device will enter its low power consumption mode when it is not driving the outputs.

The SN74HC367PW is made using CMOS technology, which allows it to operate at high speeds while consuming very low power. It also features built-in protection against overvoltage and short-circuit failures. The device has rise and fall times of typical 4 ns and provides high noise immunity. Its power requirements make it suitable for applications powered by batteries.

The SN74HC367PW is a versatile logic buffer/driver that can be used in a wide variety of applications. Its low power requirements make it suitable for low power applications, while its high drive ability and noise immunity make it well-suited for more demanding applications. With its open-drain outputs, it can control multiple loads, allowing for efficient sharing of power in multiple loads applications. Its wide range of application fields and its ability to drive high current loads make it a valuable component in the design of numerous digital systems.

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