Dear Tom,
Just updating the information for your reference.
The solution that we want to replace with TLA2518 in customer side is TLC2308.
Its sampling rate is only 500Ksps which means the customer input signal sampling rate is 500Ksps Max.
May I have…
Part Number: TLA2518 Other Parts Discussed in Thread: TLA2528 , l would like to know the exact specification of TLA2518 and TLA2528 IO pin clamp diodes in case of digital and analog.
Unforunately I did not find it in datasheets and manuals. The only available…
Part Number: TLA2518 Hello,
What is the frequency tolerance for the internal oscillator?
Especially for the averaging mode in combination with the auto-sequence mode I would like to know the maximum cycle time (tavg, N*tcycle).
Thanks.
Part Number: TLA2518 Other Parts Discussed in Thread: SN74LVC1G125
I'd like to connect 10 TLA2518 devices to a a single SPI bus. The datasheet does not specify pin capacitance or max load capacitance for the SDO pin.
Should I buffer the SDO pin with…
Part Number: TLA2518 Where are the code examples this part?
I read another post a similar question, and TI's response was there are none.
I have to say that's ridiculous!!! Obviously you had to write code to test it, so share it.
The data sheet…
Part Number: TLA2518 The task is to convert an input six times in a row as quickly as possible. This raises the question of whether the "Auto-Sequence Mode" also works with a single input?
Hello Cynthia,
My takeaway from your reply is that tack_min (400ns) is not a strict limitation, but is malleable depending on the input drive circuit.
Please help me understand exactly what you are referring to with the 'input drive circuit'. Are you…
Part Number: TLA2518 Hi team,
In the TLA2518 datasheet there is no mention that I can find of the calibration time. For calibration, all I see is what is given in 7.3.4:
The variation in ADC offset error resulting from changes in temperature or AVDD can…
Part Number: TLA2518 Other Parts Discussed in Thread: ADS7038 , ADS7028 When configuring Channel 0 as a GPIO, the pin does not function as expected.
When configured as a GPIO push pull, the pin is always high; and when GPIO0 is configured as an open drain…