Part Number: SN74CB3T16211 Hi team,
My customer has some questions about this deivice. In the datasheet, it says as below:
The I/O port of this device has a pullup current source that maintains the output voltage at VCC when the device
is ON, and the…
Part Number: SN74CB3T16211 Hi Team,
One quick question.
Is this device supporting bi-direction level shift?
Customer currently using it for PCI level shift and it seems working, this interface should be bi-directional, and wonder if this device can truly…
Part Number: SN74CB3T16211 Hello,
I'm designing a board that will be using 74cb3t16211's as level shifters and pin multiplexers to interface to plug-in modules. In some situations (when a board is not plugged in or where a plug-in board does not use…
Part Number: SN74CB3T16211 Hello.
Please tell me about the case where the undershoot is below -0.5V. Not found on the datasheet.
If the input waveform is -0.5V or less, are there any relaxation conditions according to the time regulation?
For example If…
Hello Shimizu,
The behavior you are observing appears to be overshoot. Below I have a very simplified circuit to illustrate the concept. However, this is a simplified model and may not match your setup as I do not know what else is in your customer's…
Hi Jason,
It appears you are trying to set up the device as a switch.
The following is a brief instruction on how to properly set up a switch model in Hyperlynx. Please give this a try and let us know how it goes:
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Part Number: SN74CB3T16211 The datasheet indicates that the part performance specifications are qualified up to +85 deg C (Ambient). The question is, what is a max allowable Die junction temperature under normal operation? Is it capable of higher temp…
Other Parts Discussed in Thread: SN74CB3T16211 Hi TI,
Using FET switch SN74CB3T16211 part 3.3V to 1.8V conversion is possible or not? In Data sheet I/O Support levels mentioned like (0.8V, 1.2V, 1.5V, 1.8V, 2.5V, 3.3V, 5V) but in DC voltage - Translation…