Part Number: TMAG5170-Q1 Dear TI Team,
I am working on setting the magnetic range solution for TMAG5170A1 sensor.
What results do I achieve when the setting is done as figure 1 compared to figure 2 (yellow marked)?
Could the setting be carried out as…
Part Number: TMAG5170-Q1 Other Parts Discussed in Thread: TMAG5170 Hi Team,
We are using the TMAG5170-Q1, We are able to get the sensor data when the sensor is operating in DEVICE_CONFIG_OPERATING_MODE_ActiveMeasureMode.
my application demands data only…
Part Number: TMAG5170-Q1 Other Parts Discussed in Thread: TMAG5170 Hi, TI team
Does the 3D hall sensor TMAG5170-Q1 support the following application?
is there any difference compare to the on shaft application, like the angle accuracy?
below is the on…
Part Number: TMAG5170 Hi,
Tmag5170 gives possibilty to check internal oscillators via osc_monitor and test_config.
In test config I can choose hfosc or lfosc.
Is high frequency and low frequency oscillators working in Configuration Mode and Stand-by Mode…
Part Number: TMAG5170-Q1 When reading out the TEST_CONFIG register for the A1 variant we get the value 2h (Reserved) for the VER field (bit 4-5). The expected value is 0h (A1 rev). When doing the same readout for the A2 variant we get the expected 1h …
Dear,
I am working on TMAG5170A1EDGKRQ1 sensor (register setting range ±25mT), but changed to TMAG5170A2EDGKRQ1 (register setting range ±75mT). Can you assist with magnetic sensor output calculation data to know the tolerances and accuracies (See attached…
Part Number: TMAG5170 We have designed the SPI transmission something like this.
As per this design, we expect the data of read buffer to come in next write job. However, the data received is inconsistent. Sometimes, we receive the read request data…
Part Number: TMAG5170-Q1 Other Parts Discussed in Thread: TMAG5173-Q1 , TMAG6180-Q1 Hello TI expert,
I saw TI also have Hall sensor with automotive grade , does Ti has Hall sensor angle detection less than ±0.5° in full temperature range?
…
Part Number: TMAG5170 Hello:
The angle obtained in TMAG5170 has a large speed burr after differentiation. The schematic diagram is as follows. What are the reasons for this problem? Is there any corresponding solution?Thanks!!!