Part Number: SN74HC365 In my application I would like to drive regularly drive 7.5mA from the output from these hex-lin-drivers with the possiblity in an unlikely fault condition they would have to drive 12mA for about 500mS max.
The data sheet mentions…
Part Number: SN74HC365 Other Parts Discussed in Thread: SN74AHC541 , SN74LVC541A , SN74HCS365 Hi Experts,
Good day! I need your assistance regarding the customer's inquiry below. Here are the full details below.
I am using the SN74HC365D. The supply…
Part Number: SN74HC365 For a worst-case analysis, I need to know minimum high-level input voltage, and maximum low-level input voltage specifications for the part across the operating range of -40 to +85C with a supply voltage of 3.3 volts.
Part Number: SN74HC365 Hi, Our customer is looking for the ESD HBM CDM information on the datasheet however it is not available. I would appreciate if you can help us provide this information for the customer. Thank you.. Regards, Cedrick
Part Number: SN74HC365 Hi Team, We have a customer requesting for the thermal resistance Information for Junction-to-case (θJc) of SN74HC365PWR (PW package drawing). The only information available in the datasheet is for the θJA so other thermal resistance…
Hi Marvin,
So you can simply connect your input to 6 different buffers like so
or
Buffers that can do this are CD74HC365 , CD74HC367 , SN74HC365 , SN74HC367 . However all logic devices will have a channel to channel skew rate of around 1ns, so if…
