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- The Nexperia 74HC107D-Q100J is a dual negative-edge-triggered JK flip-flop with clear. - It features independent J and K inputs, clock (CP) and clear (CLR) inputs, and complementary Q and Q outputs for each flip-flop. - This IC operates over a specified operating temperature range and has Q100 qualification, indicating its automotive-grade quality. Functions: - J and K Inputs: Allow for toggling or setting the output state based on the input conditions. - Clock (CP) Input: Controls when the flip-flops change states. - Clear (CLR) Input: Resets the flip-flops to a known state. - Complementary Q and Q Outputs: Provide opposite logic states based on the internal flip-flop conditions. Applications: - Sequencers and Counters: Used in circuits where sequential logic operations are required. - Memory Units: Can be used to store information temporarily. - Frequency Division and Pulse Generation: Utilized in clock generation circuits. - Automotive Electronics: Due to its Q100 qualification, it can be used in automotive environments. Alternative Components: - 74LS107: A standard TTL IC with similar functionality. - SN74HC107: Another HC-series IC from a different manufacturer but with comparable features. - CD4027: A CMOS dual JK flip-flop with similar functions. Embedded Modules: - The Nexperia 74HC107D-Q100J is a standalone IC without specific embedded modules. However, it can be integrated into larger systems or circuits to provide sequential logic capabilities. Related Q&A: 1. What is the maximum clock frequency supported by Nexperia 74HC107D-Q100J? - The maximum clock frequency typically varies based on operating conditions but is generally in the MHz range. 2. Can I use Nexperia 74HC107D-Q100J in non-automotive applications? - Yes, the Q100 qualification indicates automotive-grade quality, but the IC can also be used in non-automotive applications that require high reliability. 3. How does the clear (CLR) input function in Nexperia 74HC107D-Q100J? - The clear input allows you to reset the flip-flop states to a known condition, typically enforcing Q=Q'=0. 4. Are the J and K inputs synchronous or asynchronous in Nexperia 74HC107D-Q100J? - The J and K inputs are asynchronous, meaning the outputs can change at any time, not just at the clock edge. 5. What is the typical power consumption of Nexperia 74HC107D-Q100J in active mode? - The power consumption can vary, but generally, HC-series ICs have low power consumption when compared to their LS-series counterparts.