Part Number: SN74CB3T3245 hi All
SN74CB3T3245:The output level is higher than the supply voltage
We are replacing PI3C3245 with SN74CB3T3245. In the case of VCC 2.5V power supply, the signal level on the A side is 3.3V, and the signal level on the B side…
Part Number: SN74CB3T3245 I hope all is well!
I'm trying to simulate the SN74CB3T3245PW IBIS model but it is having some issues, please see below:
I seem to be running into a problem with the SN74CB3T3245PW IBIS model (your scdm055.ibs dated July 30…
Part Number: SN74CB3T3245 Hello,
I use the SN74CB3T3245PW in my design for Level shifting LVCMOS signals from 3.3v to 2.5v level.
Since I thought this device acts as a driver which gets on the "Left" side (defined as Bus controller in datasheet) 3.3v…
Part Number: SN74CB3T3245 Hi Team,
Our customer configured the SN74CB3T3245 as follows:
VCC=3.3V. The B1-B8 signals are driven by a FPGA (LVCMOS 3.3V). The signals A1-A8 have 10K pull-downs. The readings on A1-A8 are 2.1V instead of the expected 3.3V. …
Ohad,
The values you are referencing are the test conditions that were used to measure the on-state resistance. These measurements are taken one channel at a time so the current value is per channel. The on-state resistance is measured by forcing a known…
Part Number: SN74CB3Q3245 Other Parts Discussed in Thread: SN74CB3T3245 Hi team, I'd like to ask about the difference in output characteristics between SN74CB3Q3245 and SN74CB3T3245. Below is the conditions under which I want it to work. VCC = 3.3V Vin…
Part Number: SN74CB3T3245 Hi Sirs,
Sorry to bother you.
As title, please help provide SN74CB3T3245DBQR θJA(℃/W) and θJC (℃/W) information for us.
Thanks!!
Part Number: SN74CB3T3245 I got a problem with 74CB3T3245. As you can see in attached measurement they see around 4.0V on the output when they use 3.3V Vcc?
Yellow, blue and purple channels are three signals passed through 74CB3T3245.
Green is the…