Part Number: CD74HC74 Other Parts Discussed in Thread: SN74LVC1G80 I have a query regarding a possible failure mode of the CD74HC74M D-Type Flip-Flop.
It is proposed to use the flip-flop on the output of a 16MHz Crystal Oscillator to reduce the clock…
Part Number: CD74HC74 Hi, Good day. Our customer is looking for the ESD information (HBM & CDM) for CD74HC74. Can you please help us? Thank you. Regards, Cedrick
Part Number: CD74HC74 Dears
We are using a CD74HC74M96 D flip-flop chip. The wiring diagram is as follows.
After the chip is powered on, the ~R and ~S pins are both pulled high. According to the truth table, Q should output 0V. But after I touch the…
Hey Scott,
I was able to pull some data for you -- here's a few typical waveforms for the CD74HC74.
All tests were performed at 25C on a 50pF load
Figure 1 - 6V output
Figure 2 - 6V output, zoomed rising edge
Figure 3 - 5V output
…
Part Number: CD74HC74
Hi every one,
I have been designing complex digital ASICs for the last 20 years. I developed design techniques and devices that could be used at advantage in 74 / 4000 like devices, allowing for
FULLY SYNCHRONOUS DESIGNS (FSD…
Other Parts Discussed in Thread: SN74HC74-EP , CD74HC74 , SN74HC74 Hello,
Im working on implementing a replacement for a previous flip flop I had in my design that went obsolete. It looks like I have a choice between either the CD74HC74 and the SN74HC74…
Hi Patrick,
For the second question, as the below TIDA-00961 guild book said, that if you run the project in open loop, you should make sure that INCR_BUILD is set to 1, DEMO_MODE is set to 0, and DC_CHECK is set to 1 in the pfc2philtrmttpl_settings…
