Part Number: SN74LVC373A Other Parts Discussed in Thread: SN74LVC16373A , , SN74AUC16373 Hello,
why are the max switching characteristics are so different between SN74LVC373A and SN74LVC16373A at 1,8V ?
SN74LVC373A: 8-Bit
SN74LVC16373A: 16-Bit
Overvie…
Part Number: SN74LVC373A Other Parts Discussed in Thread: SN74LVC16373 , SN74LVC16373A Hello,
I am locking for a drawing for the Land Pattern for the Package DGV 48 (RM0,4) for the Comnponent
SN74LVC16373DGVR.
Land Pattern for Solder Resist and Solder Paste…
Part Number: SN74LVC373A Hi, there is some confusion on the temp rating in the datasheet. Table 7.3 on page 5 says it was changed to -40C to 125C for the SN74xxx, but the package option addendum on page 1 shows op temperature as -40C to 85C. Which is…
Part Number: SN74LVC373A-EP Check available power supply
P/N: SN74LVC373A-EP
After checking the datasheet, it says that the component can operate from 2V to 3.6V. However, most of the contents of the datasheet appear to have been 2.7V and 3.3V. Nevertheless…
Part Number: SN74LVC373A Other Parts Discussed in Thread: LSF0108 , TXB0108
Hi Team,
is there a part like SN74LVC373a which can shift the voltage up from 1.8V input to 3.3V output? If not can you recommend a level shifter which would fit?
Thank you for…
Part Number: SN74LVC373A Hello,
I have a system with SN74LVC373A where it can be powered on with /OE = L and LE = L. D is pulled up, so it would be H at power-on.
Can we say the device would come up with Q = H, given these constraints? Or is Q0 not predictable…
Part Number: SN74HC373 Other Parts Discussed in Thread: SN74LV373A , TPIC6273 , SN74LVC373A , SN74AHC373 , TPIC6B273 Hi team,
In the datasheet, it says maximum IO Continuous output current for VO = 0 to VCC is ±35 mA.
Is this for one channel? means…
Part Number: SN74LS373 Other Parts Discussed in Thread: SN74AHCT373 , SN74LV373AT , SN74LVC373A , SN74AHC373 Hi Experts,
Good day. Need your confirmation.
Does SN74LS373 (from LS family) a bipolar based technology or CMOS?
Thank you.
Regards, Archie A.
Hello Jerry,
Please refer to the following FAQ to calculate your output currents.
e2e.ti.com/.../742466
One key difference between the SN74LVC573A and SN74LVC373A is that the 573A has a flow through architecture. This means that 1D is in line with and…