Part Number: SN74LV244A Hi team,
The LV-A series logic devices are input tolerant, so I think the protection diode is not integrated from the input pin to VCC. So, it allows to input the voltage higher than VCC within absolute maximum ratings.
What about…
Part Number: SN74LV244A Other Parts Discussed in Thread: TINA-TI Hi All,
I have the following Buffer IC from TI 74LV244 below. How I check whether the chip bad or damaged or data is passing through? Any help direction would be greatly appreciated
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Part Number: SN74LVTH244A Other Parts Discussed in Thread: SN74LV244A , SN74HC244 , SN74LVCH244A , SN74ALVCH244 Besides the operating voltage difference and characteristic ambient temperature, are there any other parameters you think are important, that…
Part Number: SN74LV244A I am having trouble finding out what the Output state would be if the channel was Enabled, but nothing was applied to the input.
Think of it like this: - The device is powered up and outputs are enabled (i.e. pin 19 is LOW) . …
Part Number: SN74LV244A Hello.
Please tell me about the case where the undershoot is below -0.5V. Not found on the datasheet.
If the input waveform is -0.5V or less, are there any relaxation conditions according to the time regulation?
For example If the…
Part Number: SN74LV244A Hello team,
Could you please let me know the output of SN74LV244A when power-off state.
It seems like it is high-Z, but I want to make sure.
Regards,
Itoh
Part Number: SN74LV244A Other Parts Discussed in Thread: SN74AHC244 , SN74LVC2244A Hi,
We use the SN74LV244APWR buffer in our board. Its outputs are connected directly to FPGA.
According to the SI simulation, the overshoot at the SN74LV244APWR outputs is…
Part Number: SN74LV244A Other Parts Discussed in Thread: SN74LV04A , SN74AHC541 , SN74AHC244 Hi team,
I am considering if output resistor is needed to attenuate overshoot/undershoot in my system.
As SN74LV244A has very high speed tpd, very short transition…
* About the Clamping diodes, I saw the app note ssztcn0 .
It says that since the absolute maximum ratings table show a max value of (Vcc + 0.5), it means that there is a clamp diode to Vcc.
But later, it says that in case of 2 clamp diodes, to Vcc and…