NB4L52MNR2G

Max Propagation Delay @ V, Max CL:	--
Base Part Number:	NB4L52
Package / Case:	16-VFQFN Exposed Pad
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 85°C (TA)
Current - Quiescent (Iq):	25mA
Voltage - Supply:	2.375 V ~ 5.5 V
Current - Output High, Low:	--
Trigger Type:	Negative Edge
Series:	--
Number of Bits per Element:	1
Number of Elements:	1
Output Type:	Differential
Type:	D-Type
Function:	Reset
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Introduction

The NB4L52MNR2G is an ideal choice for customers who are looking to control multiple signals with less complexity. It is an integrated quad flip-flop device with a CMOS structure. This device can perform multiple functions such as storing data, synchronization and toggling.

Application Field

The NB4L52MNR2G flip-flop device can be used in a variety of applications. It can be used for logic interfacing, latch up protection, synchronizing logic signals, data transfer, data storage and memory addressing. This integrated device can also be used for clocking, frequency division, and restoring data.This device can also be used in computers, microcontrollers, communication systems, industrial automation, aerospace, medical and automotive applications.

Working Principle

The NB4L52MNR2G is an integrated package of four independent flip-flops which are connected together by common control circuits. Each flip-flop has two output terminals and two input terminals. When the control signal is applied, the inputs are locked and data is transferred to the output terminals.Flip flop devices can be either positive-edge-triggered or negative-edge-triggered. In the NB4L52MNR2G, the first and second stages are positive-edge-triggered and the third and fourth stages are negative-edge-triggered.The operation of the NB4L52MNR2G is controlled by four different control signals. These include the Clock (CP1 and CP2), Reset (RST1 and RST2) and Set (SET1 and SET2), depending on the state of these control signals, different functions can be performed. For example, if the clock signal is low, the data will remain unchanged and the device will stay in the low logic state. If the clock signal is high, the data present at the input will be transferred to the output. The reset signal will also be low and it will reset the flip-flop to its original position. Similarly, the set signal will set the flip-flop to a high logic state.When the clock signal changes from low to high, the data at the input will be transferred to the output with minimal delay. This is due to the high speed of the CMOS process. The output will be available only when the clock signal is high and the output will be reset to its original position when the clock signal is low.

Conclusion

The NB4L52MNR2G is a perfect example of an integrated quad flip-flop device with a CMOS structure that can perform multiple functions such as storing data, synchronization, and toggling.The integrated device can be used for logic interfacing, latch up protection, synchronizing logic signals, data transfer, data storage and memory addressing. It can also be used in a variety of applications such as computers, microcontrollers, communication systems, industrial automation, aerospace, medical and automotive applications.The operation of the NB4L52MNR2G is controlled by four different control signals and when the clock signal is high, the data present at the input will be transferred to the output with minimal delay. Thus, the NB4L52MNR2G is an ideal choice for customers who are looking to control multiple signals with less complexity.

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