CY74FCT652ATQCTG4

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CY74FCT652ATQCTG4 is a high performance octal non-inverting buffer/line driver and are designed specifically to improve both the performance and density of 3-state memory address drivers, clock drivers, and bus-oriented receivers and transmitters. It comes with a wide operating voltage range and extremely low power dissipation. In this article, the application field and working principle of the CY74FCT652ATQCTG4 is discussed.

This logic device belongs to the logic family of buffers, drivers, receivers and transceivers. It is used for various digital logic circuits and applications. The 8-bit octal bus transceiver is used for controlling, transferring and receiving data signals from one device to another. The CY74FCT652ATQCTG4 can be used in a variety of applications such as repairing or maintaining existing electronic systems, designing, testing and troubleshooting new electronic systems, and high speed signal applications. It is also used in data acquisition and signal conditioning, direct memory access (DMA) and multiplexing.

CY74FCT652ATQCTG4 is designed with a slew rate of 25V/ns, a short-circuit output current of 24mA and a maximum propagation delay of 21ns. It has a voltage range of 3.0V to 3.6V and a power dissipation of 0.93W. It also features an enable disable input with up to 8 bits wide. The output buffers are capable of sinking 24mA and sourcing 14mA. The CY74FCT652ATQCTG4 also has an improved propagation delay with a low power dissipation.

CY74FCT652ATQCTG4 is designed in a Small Outline Integrated Circuit (SOIC) package type with 64 terminals and a functional Operating Temperature from -40°C to 85°C. It has low power consumption and high speed for high performance applications. Moreover, it has a high noise immunity with a good clock pulse handling capability. Additionally, this device is designed to be used in 2-Wire, 3-Wire and 4-Wire Serial Peripheral Interfaces, as well as point to point, or routed (parallel) applications.

CY74FCT652ATQCTG4 is a two-channel non-inverting buffer/line driver. This means that it inverts the input signal state, i.e. the logic high (1) input is received as logic low (0) at the output, whereas a logic low (0) at the input is received as logic high (1) at the output. It has two data buses. Each of the buses has 8 bits of data that can be stored. The transmit enable and receive enable signals are used to control the communication on the buses. Both of these signals should be 0 (low) to enable the communication of data from one bus to the other. The output enable (OE) signal is used to control the output from the device. When OE is 0 (low), the output from this device is disabled. The CY74FCT652ATQCTG4 also has an enable signal which can be used to put both buses in the high impedance (disabled) state.

In conclusion, CY74FCT652ATQCTG4 is a versatile and highly reliable line driver/buffer designed to meet the needs of different applications. Its low power consumption, high speed, and improved propagation delay makes it an ideal solution for different high speed signal applications such as data acquisition and signal conditioning, direct memory access, and multiplexing. Its non-inverting buffer and enables features make it easier to use in various situations.

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