Part Number: SN74AVC2T45 Hello, i wanted to ask if there is any Level-Shifter with Enable-Pin as well as with DIR-PIN? On the Datasheet is written that the VREF-A and B should have a value between 1.2 V to 3.6 V. My second Question is: how could I disable…
Part Number: SN74AVC2T45 Other Parts Discussed in Thread: SN74AXC1T45 Hi Team,
Would you advise what is the output jitter spec? The usage is to apply 1.8V for both VCCA and VCCB, I am trying to pass the 12MHz clock from the transmitter through the level…
Part Number: SN74AVC2T45 Hello,
What is the state of I/O of this device when there is no power for both the supplies VCCA and VCCB. Will the device allow any leakage path?
Thanks Kamesh.
Part Number: SN74AVC2T45 Other Parts Discussed in Thread: SN74AXC2T45 Hi, Greetings! Our customer has a design around SN74AVC2T45 that is translating from 1.2V IO to 3.3V IO and they noticed something in the datasheet that concerned them. The datasheet doesn…
Part Number: SN74AVC2T45 Other Parts Discussed in Thread: SN74AUP2G17 One of my customer is using 74AVC2T45 for level converting 3.3V signal to 1.8V.
The Rise and Fall time of the Input Signal is about 18mS. Can you please let me know if this device will…
Part Number: SN74AVC2T45
Hello,
I have a requirement to design an externally configurable rs232/rs422 schematic.
Can i choose the component "SN74AVC2T45", for the above requirement.
I have an idea like:
By using two "SN74AVC2T45" devices, one…
Part Number: SN74AVC2T45 Hi,
I have a HDMI output, the level is 1.8V, the receiver level is 3.3v, I need a level shift to connect them.
The data rates is about 1Gbps I can't find right part from TI website. The SN74AVC2T45 max data rates is 500Mbps…
Part Number: SN74AVC2T45-Q1 Hi team,
Because datasheet mentioned that this part is "Qualified for Automotive Applications".
Is it qualified for AEC-Q100 or AEC-Q200?
Thanks.
Regards,
Allen
Part Number: SN74AVC2T45 Other Parts Discussed in Thread: SN74AXC4T245 , SN74AXC1T45 Hello,
I have a query on the SN74AVC2t45 device. I understand from datasheet that when no vcca or vccb or both the I/o are in high impedance.
I am seeing a different behaviour…