Part Number: SN74HCS11-Q1 I want to calculate the loss of SN74HCS11-Q1.
From CMOS Power Consumption and Cpd Calculation in the pdf,
I havew some problem,
PT=Cpd*VCC^2*fI*NSW
NSW = number of bits switching
PL=CL*VCC^2*fo*NSW
NSW = total number of outputs…
Part Number: SN74HCS11 To Whom It may concern
Of the two types of packages, PW, please tell me why the land pattern data is not listed in the datasheet
Best Regards,
Shingu
Part Number: SN74HCS11-Q1 For the HCS family, specifically SN74HCS11-Q1, is there any documentation to interpolate the switching thresholds at different operating temperatures?
Part Number: SN74HCS11
SN74 AC 11PWR
SN74 HC 11PWR
SN74 HCS 11PWR
Regarding the above 3 devices... HC and HCS version Datasheets state the Recommended Operating conditions that VI (Input Voltage) = 0V ~ VCC AC version Datasheets state the Absolute Maximum to…
The rising edges indeed are much too slow. (See [FAQ] How does a slow or floating input affect a CMOS device? )
You need to use gates with Schmitt-trigger inputs, e.g., SN74HCS11/SN74HCS4075.
Part Number: SN74LVC245A Other Parts Discussed in Thread: SN74HCS21 , , SN74AHC1G09 , SN74HCS11 Hi team,
I would like to know the FIT of the SN29500 standard for SN74LVC245A,SN74HCS21,SN74HCS11,SN74AHC1G09.
Sincerely. Ryu