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Part Number: SN74AUC16244 The SN74AUC16244 datasheet identifies the GQL package, but does not list the ZQL package. Also the SN74AUC16244 datasheet doesn't include the PBGA-56 (R-PBGA-N56) mechanical data.
Is there a SN74AUC16244 datasheet that includ…
Part Number: SN74AUC16244 Hi Team,
i need the following specification.
flash I/O buffer/driver
1.need support 1.2v and 1.8v I/O
2.speed must be at least 533Mbps or more data rate.
SN74AUC16244 can meet this requirement at 1.2v?
Part Number: SN74AUC16244 Hello.
There is description of SN74AUC16244GQLR on page-1 of SCES399E, but it is not on the following page.
http://www.ti.com/product/SN74AUC16244/samplebuy
Is it correct to order SN74AUC16244ZQLR now?
Can I use the "TERMINAL…
Other Parts Discussed in Thread: SN74AUCH16244 , SN74AUC16244 Customer would like to use SN74AUCH16244/ SN74AUC16244 as video buffer:
Usually experiments are done while TPHL/TPLH are the same as tpd. So I this basically setting the buffer bandwidth ?
…
You did not mention the frequency you're using.
For unidirectional downtranslation, you can simply use any buffer with overvoltage-tolerant inputs. At 1.8 V, the fastest logic family is AUC, so use the SN74AUC16244.
The TLK2711-SP accepts voltages up to 3.3 V at its "TTL" inputs.
For translating to a lower voltage, you can also use any buffer with overvoltage-tolerant inputs. The fastest logic buffers are in the AUC family; use the SN74AUC16244. The channel…
Hi Jonard,
I don't know of any single-ended logic device that's going to be able to reliably drive a 500 MHz (1 Gbps) signal. The only thing that might come close is the SN74AUC16244 , and I expect it would struggle at those speeds -- even if the…
All channels are independent. The propagation delay for each input/output pair is measured as t pd .
LVC at 1.8 V might not be fast enough for 100 MHz. Better use an AUC device like the SN74AUC16244. (For unidirectional downtranslation, you can simply use…
You can derive a conservative estimate from the propagation delay (t pd ). 100 MHz = 200 Mbps = 5 ns, so this looks OK of the supply voltage is not too low.
For voltages below 3.3 V, consider devices in the faster AUC family, e.g., SN74AUC16244.
