M74HC377RM13TR

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The M74HC377RM13TR is a high-speed CMOS logic Flip-Flop device, which provides storage and buffering of data and is one of the most commonly used devices in logic circuits. It is an ideal device for a variety of applications in high-speed digital circuits, such as clock dividers, counter dividers, address decoders, shift registers, and timing circuits. The M74HC377RM13TR is designed to ensure maximum performance in high-speed logic applications.

The M74HC377RM13TR is a dual flip-flop device with an active-high reset input. It contains two separate flip-flop circuits that share the same clock input and a common reset input. Each flip-flop has its own individual set(S) and reset(R) inputs and its own output. The device’s R and S inputs are active-low. A low level on the reset input will force both flip-flops to the reset state, regardless of the level on its other inputs. When the reset input is low, the output remains low regardless of the clock and data inputs. The clock input is used to set or reset the flip-flops based on the state of the pulse. When the reset input is high, the flip-flops are enabled, and each will be set or reset depending on its own individual S and R inputs and the state of the clock input.

The M74HC377RM13TR is a versatile device because it can be used as either a single-bit or dual-bit memory device. It can also be used to implement basic logic operations such as AND, OR, NOT, XOR, and NAND. When used as a single-bit memory device, the device functions as either a master-slave flip-flop with a reset or a master-slave flip-flop without a reset. When used as a dual-bit memory device, the device functions as either two independent master-slave flip-flops with two separate reset inputs or two independent master-slave flip-flops sharing the same reset input. The M74HC377RM13TR can also be used for multiplication, shifting, and multiplexing.

The M74HC377RM13TR also features a high-speed toggle feature. This feature enables the flip-flop to toggle its output from low to high or from high to low when the clock input transitions from low to high. The toggle feature allows for rapid data transfer and can be used for address decoding and other logic applications. The M74HC377RM13TR is also CMOS, which means it has low power consumption and high-speed operation.

The M74HC377RM13TR is ideal for use in a variety of applications, including data storage and buffering, address decoding, clock dividers, counter dividers, shift registers, timing circuits, and logic operations. Its versatility, high-speed operation, and low power consumption make it ideal for use in today’s modern logic applications.

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