74LV241PW,112

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The 74LV241PW,112 is part of the logic family of logic buffers, drivers, receivers and transceivers. It is a logic-level translator complete with 3-state output buffers. It is designed for fast data communication among different bus architectures and is ideal for low-voltage, high-speed applications. With its flexible features, it is suitable for use in a wide variety of communication and data transfer applications.

The 74LV241PW,112 is typically used to translate and interface logic levels between two different circuits located on different voltage levels. The device supports a wide range of logic levels, low standby current and fast data transfer. The device also features three-state buffered outputs and output enable control.

The device operates on different logic levels and can be used to communicate between two logical buses that operate on different logic levels. The logic-level translation that is implemented is controlled by the logic select (LSEL) pin. This pin is used to switch between the logic levels for input and output on the device. When the LSEL pin is high, the logic high level is set to Vcc and the logic low level is set to Vss. When the LSEL pin is low, the logic low level is set to Vcc and the logic high level is set to Vss. This allows for the device to interface between different logic voltage levels.

The 74LV241PW,112 has three-state buffers to prevent current being drawn from the output when the output is disabled. When the output enable (OE) is high, the outputs are enabled and the buffers can sink and source current. When the output enable (OE) is low, the outputs are then in a high-impedance state and the buffers can no longer source or sink current.

The device also contains flow control logic to facilitate high speed data transfer. The flow control logic, typically referred to as the output enable (OE), serves to enable and disable the output buffer. When the OE is high, the output buffered output is enabled and current can be sourced and sinked from the output to facilitate data transfer. When the OE is low, the output is in a high impedance state and no current can be sourced or sinked from the output.

The 74LV241PW,112 is capable of very high speed operation, and the device is able to clock in data in a single clock cycle. The clock enable (CE) input pin is used to activate the operation of the output enable and the output buffers. When CE is high, the output enable is activated and the buffered output is enabled. When CE is low, the output enable and output buffers are disabled.

In conclusion, the 74LV241PW,112 offers a high speed, low power interface between different logic-level buses. The device implements logic-level translation, three-state output buffers, output enable and clock enable control logic. This makes it ideal for data communication in low voltage, high speed applications.

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