74ACT11240NT

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The 74ACT11240NT is a quad-line non-inverting 3-state buffer with open collector outputs. It is designed to allow wider bus outputs with better switching speeds to work together with today’s fast-logic devices. The 74ACT11240NT is widely used in applications that require high performance data bus design.

The 74ACT11240NT can be used for data transmission from one device to another. It is an open collector which means the outputs can be set high when no input is present. It is also capable of handling multiple inputs since it has four open collector outputs. This makes it suitable for applicationslike multiplexing, where multiple signals need to be processed simultaneously.

The 74ACT11240NT is suitable for applications that require high switching speeds and low power consumption. It is capable of operating at frequencies of up to 10 MHz. It also has a low standby current consumption of only 40µA (max).

The 74ACT11240NT has various applications including I/O buffers, routing logic and memory data paths. It can be used to buffer and control address and data buses as well as to route address and control signals.This makes it suitable for use in high-end systems where high-performance data bus communication is required.

The working principle of the 74ACT11240NT is quite simple. When a high logic level input is applied, the output will follow the input. Conversely, a low logic level input will yield a high impedance output.The outputs are three-state which allows them to be placed in either a high or low logic level, or tri-stated.

The 74ACT11240NT also features an under-voltage lockout circuit which prevents operation at voltages below 3.5V. This is useful for ensuring that the device is not powered-up when the supply voltage is below the operational level.This helps to prolong the life of the device.

The 74ACT11240NT is suitable for use in many applications where high speed and low power consumption is required. It is widely used in I/O, bus and routing applications. It has a wide operating voltage range of 4.5 to 5.5V and is able to operate at frequencies of up to 10 MHz. The under-voltage lockout ensures reliable operation even when power supply voltages are below the minimum operating voltage.

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