74HC107N,652

Max Propagation Delay @ V, Max CL:	27ns @ 6V, 50pF
Base Part Number:	74HC107
Package / Case:	14-DIP (0.300", 7.62mm)
Mounting Type:	Through Hole
Operating Temperature:	-40°C ~ 125°C (TA)
Input Capacitance:	3.5pF
Current - Quiescent (Iq):	4µA
Voltage - Supply:	2 V ~ 6 V
Current - Output High, Low:	5.2mA, 5.2mA
Trigger Type:	Negative Edge
Series:	74HC
Clock Frequency:	85MHz
Number of Bits per Element:	1
Number of Elements:	2
Output Type:	Differential
Type:	JK Type
Function:	Reset
Part Status:	Obsolete
Packaging:	Tube

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Logic - Flip Flops

Flip-flops are a fundamental tool of digital logic, and have been used extensively in computers and other electronic systems since the 1950s. Flip-flops have a simple structure that is based around two electronic switches which can be used to store and transfer a single bit of information.One type of flip-flop is the 74HC107N,652, which is a dual D-type flip-flop with a positive-edge triggered clock input. This flip-flop is designed to be used in synchronous logic applications and is capable of storing two bits of information at any given time.The 74HC107N,652 flip-flop has a number of applications in digital systems, such as signal synchronization and delay, counter design, shift register design, and storage of logic information.The 74HC107N,652 is commonly used in synchronous logic applications for synchronization of multiple clocks. This ensures that all clocks in the system are synchronized to each other and working together as intended.The flip-flop can also be used as a delay element or single-bit shift register. It is also a simple way to store a single bit of information.The working principle of the 74HC107N,652 is based on the notion that the logic state of a flip-flop is determined by the level of the clock input at the time of the transition. The logic levels of the clock and the logic inputs are used to determine the logic state of the flip-flop.When the output of the flip-flop is high, the data input is latched into the flip-flop and held internally as long as the clock input is holding steady at the high logic level. Once the clock input transitions to the low logic level, the data input is no longer latched and the data that was previously held is preserved until the next positive transition of the clock.The 74HC107N,652 is a very useful and simple logic element for applications that require storing and transferring one-bit of data. It is used in a variety of synchronous and asynchronous systems to synchronize multiple clocks and store single-bit information.

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