Part Number: TPLD2001 We are analyzing the PLD family to act as our safety actuator control, similar to PMIC/SBC but we have a lot of input to consider that's why we are switching to PLD with internal watchdog. But we want to check if any safety related…
Part Number: TPLD2001 Hello team,
Is it possible to assign analog temp sensor directly output to one of the I/O pins? I don't want to use the internal comparator.
Best Regards, Kei Kuwahara
Part Number: TPLD2001 Other Parts Discussed in Thread: TPLD1202 Hi TI Team,
The customer has issues with TPLD setting as follows, please help answer it.
1. If the Input is set to Pull-up 100kohm, in practice it cannot be pulled down externally. The…
Part Number: TPLD2001 Other Parts Discussed in Thread: TPLD-ICS Hello,
I wanted to open a TPLD-ICS related ticket but couldn't find it in the TI part number, feel free to put this ticket in the correct area.
We used to run InterConnect Studio from…
Part Number: TPLD2001
I'm using TPLD-ICS [Rev 1.7.4+1396] to simulate the TPLD2001.
Are the User Registers visible somewhere? I haven't succeeded in finding them, and they aren't mentioned in the User Guide.
[It would be nice to see all the Config…
Part Number: TPLD2001 Other Parts Discussed in Thread: TPLD-PROGRAM Hi,
I'm working on a I2C temporary programmer for the TPLD2001 and have the following issue:
the .hex file generated by Interconnect Studio 1.7.3+1363 has e.g. as the first line:…
Part Number: TPLD2001 Hi team,
we would like to understand the specific timing for both startup and shutdown of the automatic oscillator power control.
For example, when the oscillator is used for a delay counter, how long does it take from the…
Part Number: TPLD2001 Hi team,
I saw this apps note : www.ti.com/.../scla081.pdf
I would like to try and use TPLD as I2C IO expander. I would like to understand the maximum IO that can be used for our TPLDs. The pdf only uses several IOs for example…
Part Number: TPLD2001 Hi team,
In Section 8.4.1 Power-On Reset of the datasheet, the VPORR threshold and the startup behavior are described. However, we would like to clarify the POR sequence behavior while VCC is decreasing.
In Section 5.5 Electrical…
