Part Number: SN74LV164A Other Parts Discussed in Thread: SN74HCS164 Hello,
We are using the SN74LV164ADR in one of our design, and it seems like a perturbation is creating a strange behavior on the circuit.
In fact, when we have noise (inferior to 1V pp…
Part Number: SN74LV164A Hi,
I'm planning to use the VQFN version of the SN74LV164A. The datasheet states the thermal pad must be soldered to the PCB for mechanical and thermal performance. The datasheet further says the thermal pad should be connected…
Part Number: SN74LV164A Other Parts Discussed in Thread: SN74HC595 Hi Sirs,
Sorry to bother you.
Could you help double confirm our application as below?
We would like Serial to Parallel.
Schematic:
Part Number: SN74LV164A Dear Team,
Pls help to provide SN74LV164APWR “PD” & “TJ” information
PD: Maximum power dissipation
Tj: Maximum junction temp
BR
Kevin
Part Number: SN74LV164A I have a number of devices I wish to obtain 'end of life' information, this is just one of them. Is there a better way to determine whether the devices are suitable for new design work? or can you comment on this particular device…
Other Parts Discussed in Thread: SN74LV164A Hi SN74LV164A Output terminal state when the power OFF.
This time, the power supply terminal of SN74LV164A during operation unnecessary We believe that the drop in the Low in the external microcomputer. Below, we…
HC devices have a drive strength of about 2 mA at 3.3 V. Larger currents indeed result in a higher power dissipation.
Consider the SN74LV164A (6 mA), SN74LV595A (8 mA), or TPIC6C595 (100 mA).
Using a 5 V supply or paralleling outputs also would help. …
