Part Number: SN74ABT126 Hi,
Based on data sheet, absolute maximum rating specification is -0.5V to 7V.
Then, on recommended operating conditions state that it should be on 4.5-5.5v.
My question is, if we are using VCC input for 3.3V;
1- Is it…
Active-low OE pins are a common convention for most logic devices.
The only buffers with active-high OE are '126 devices, which come only in four channels. And none has the same electrical characteristics: SN74LV126A does not have TTL-compatible inputs;…
Both of those devices will work at 50 MHz, however the SN74LVC8T245 is the clear choice (which I already stated above) because the SN74ABT126 requires up to 30mA of Icc, ~2000 times more current than the LVC device due to it's bi-CMOS architecture.
We have a board with the SN74LVTH244APWR. The inputs are tied to a VME bus and a 4.7k ohm pull-up to 5V_VME. The VCC is 3.3V. We have been informed the VME Power Supply may have an 11.18V spike for .5ms. Will the spike on the input blow the input? Can…
