Part Number: SN74HC14 Other Parts Discussed in Thread: SN74LVC1G14 Hi Team,
Customer use our SN74HC14 with below circuit, and would like know the max instantaneous output current(not marked in datasheet), since the 880pF need 152mA current when start up…
Part Number: SN74HC14 Hi team,
I have a customer with the below question and concern. Let me know what you think and thanks in advance!!
"I need some help with a TI part that doesn’t seem to be functioning like it used to.
It is your part…
Part Number: SN74HC14 Other Parts Discussed in Thread: TLV7011 , TLV7012 Sir/Mam,
In our product we were using 74HC14 NXP make for LC oscillator application where inductance value L changes to produce variation in frequency.
The frequency produced are from…
Part Number: SN74HC14 Hi all,
I would like to know IC's magnetic resistance.
Does it have a magnetic resistance?
Is it possible that the device is broken when the device is magnetized?
Part Number: SN74HC14
Whether the 3-pin level is high or low, the 4-pin output is always low.
Could you please help confirm what caused it
Please refer to the above documents for detailed adverse conditions
Fail information list_.do…
Thank you very much for your strong supports. They understood what you said. Also they have a new question about SN74HC14 made by RFAB as the follow. If I should ask on another thread, please let me know?
Q. They are well aware that there is…
Thank you very much for the information and I'm sorry to be late my response. Could I ask you an additional question as the follow?
Q. I measured output drive current of new SN74HC14 and old one. As the result, I found that new SN74HC14…
Part Number: SN74HC14 Other Parts Discussed in Thread: SN74AHC14 , SN74LVC14A , SN74HCS04 Hi Experts,
Good day! I need your assistance regarding the customer's inquiry below. Here are the full details below.
I am using the SN74HC14D. The supply voltage…
Part Number: SN74HC14 Hello guys,
One of my customers has the following question about SN74HC14 output capacitance.
Q. S N74HC14 datasheet says that "Ensure the capacitive load at the output is ≤ 70 pF. This is ...." in 9.2.2 Detailed Design…