Part Number: LDC1612 Other Parts Discussed in Thread: LDC1101 Could I get some more information about Table 3 in Optimizing L Measurement Resolution for the LDC161x document?
For example: The line 1.98MHz - 2.00MHz shows unique codes 21381 and output…
Part Number: LDC1612 The part LDC1612DNTT shows a typical temperature coefficient of -13 ppm/deg C.
Are you able to give a maximum value that we can use for design purposes?
We are currently using an external oscillator with good specs. To lower the cost…
Hello Onawa-san,
When going into active mode, the main timing delay at the start of sampling is the sensor activation time.
This timing changes based on the sensor design and device configuration.
Best Regards,
Justin Beigel
Part Number: LDC1612 Hi Team,
In I2C transaction, output and input role is swapped before 8th bit.
Are there any delay to be output ACK signal from slave side? If yes, could you tell me the estimated max value of the delay?
Regards,
Takashi Onawa
Part Number: LDC1612 I am using 6 layers, 1 oz, 2 mm PCB and would like to design a 7mm diameter sensor.
I noticed that web tools are capable to export PCB files to a maximum of 4 layers designs.
From performance and resolution aspects - is it better…
Part Number: LDC1612 Hi,
We have an LDC1612 set up in multi-channel read configuration and the frequencies for CH0 and CH1 are 1.6 Mhz and 2.4 Mhz respectively.
The internal deglitch filter is set to 3.3 MHz which according to the datasheet should be…
Part Number: LDC1612 Hi Team,
My customer has tested temperature drift trend of LDC1612 resonant frequency using our EVM with their original coil. The resonant frequency tends to be slightly increased until 60C but it became suddenly down trend over 60C…
Other Parts Discussed in Thread: LDC1612 , LDC1614 Hi, I would like to get information about the sensing system (LDC1612, LDC1614 Multi-Channel 28-Bit Inductance to Digital Converter (LDC) for Inductive Sensing) and price.
Part Number: LDC1612 Hi team,
I have a question about SDA outoput logic after LDC startup.
The initial logic of the SDA line is pull-up.
About 0.8ms after power-on, SDA (No.2) outputs the Low logic for 1us.
Is SDA logic behaving correctly?
And if answer…
