M74HC75TTR Integrated Circuits (ICs)

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The M74HC75TTR is a 8-bit Dual D-Type Flip-Flop, advanced high-speed CMOS logic device. It belongs to the family of logic latches due to its latch-type flip-flops which form a synchronized pair of data registers with separate Clock and autonomous Set and Reset circuit.

The CMOS technology utilized in this device achieves high speed operation while maintaining low power consumption and wide operating voltage range. Its latch-type flip-flops have an additional latch input, thus preventing accidental data clash.

The M74HC75TTR logic device can be utilized in a wide range of applications, ranging from general logic array and memory design to specialized logic designs, such as programmable logic controllers (PLCs) and digital signal processing (DSPs). The M74HC75TTR’s latch-type flip-flop design provides synchronous data storage, and its Set and Reset mechanism allow for quickly changing the data stored in the registers.

The device also offers multiple possible handshake configurations, which makes it ideal for applications that require data synchrony, such as serial communication and multimedia streaming. The M74HC75TTR can also be used to replace discrete logic latches in logic designs which require minimal power consumption, as well as providing a low-cost solution for 74-series logic designs.

The M74HC75TTR has two independent 8-bit registers with separate Clock and autonomous Set reset circuit. The Clock input is used to set or reset the registers depending on the Clock and Latch inputs, while the Set and Reset inputs are used to autonomously control the direction of data flow within the register. Moreover, flow-through operation simplifies bus interfacing and reduces the external logic circuitry required for many applications.

The M74HC75TTR’s internal latch-type flip-flop design prevents accidental data clash of the incoming data signals, making it ideal for data streaming applications. The independent Set and Reset circuits also reduce the run time of most applications, as the register can be reset as quickly as the Clock signal.

The M74HC75TTR is also designed to minimize power consumption, as it can operate with a supply voltage as low as 2 volts when driving up to 8ma loads. The device also has alpha numerical markings that make it easy to identify in the design.

In conclusion, the M74HC75TTR is a versatile, low power, and low-cost logic latch device. Its latch-type design makes it ideal for data synchronization and streaming applications while its autonomous Set and Reset mechanism allows for quickly changing the value stored in the register. Its ability to operate with both low voltage and low current also make it ideal for a wide range of applications ranging from simple logic arrays to complex programmable logic controllers.

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