Part Number: SN74HC165-Q1 Hi,
Our customer plans to use the SN74HC165QPWRG4Q1 at VCC = 3.3V.
However, this data sheet ( www.tij.co.jp/.../sn74hc165-q1.pdf) only lists AC characteristics, DC characteristics, and timing charts at VCC = 2V, 4.5V, and 6V. …
Part Number: SN74HC165-Q1 Hi Team
We designed SN74HC165-Q1 for fan motor monitoring.
When the switch is turned off, the B-EMF of the motor flows into the logic input pin of the SN74HC165-Q1.
A reverse voltage of about 43V(max) flows for 10us.
Could this…
Part Number: SN74HC165-Q1
HI team.
My customer designed SN74HC165-Q1 without connecting GND.
They proceeded to mass production with a mistaken circuit.
But, It does operate actually output depending on Input.
So, customer has question how did operate without…
Part Number: SN74HC165-Q1 Other Parts Discussed in Thread: SN74HC165
Hi, team.
My customer used SN74HC165-Q1 at Vdd = 5V.
But VIH will be over Vcc(about 16~36V).
There is no information in the datasheet as shown in the table below.
So My customer asked…
Part Number: SN74HC165 Other Parts Discussed in Thread: SN74HCS165 , SN74LV165A , CD74HC165 , SN74HCS165-Q1 Is there p2p compatible one with new process as the Lead time of old one is not good? Pls recommend . Thanks
Part Number: SN74HC594 Other Parts Discussed in Thread: SN74LV165A , SN74AHC594 , SN74LV594A , , SN74LS165A , SN74HC165 , SN74ALS165 , CD74HC165 Team,
Customer has to dual source all their components.
They are asking if we have pin compatible crosses (Q1 or…
