Part Number: LDC1612 Datasheet LDC1612, chapter 8.2.1 (page 49): For absolute positioning needs, it is recommended to use a differential 2 channel construction.
I didn't found further explanations about this. Where can I get more information about ABSOLUTE…
Part Number: LDC1612 Hi Team
My customer is evaluating LDC1612 and had some issues while setting up the IDRIVEx pin.
For the setting IDRIVEx : b11110, results STATUS b10 : 1
For the setting IDRIVEx : b11111, results STATUS b10 : 0 (←The customer expects 1 here…
Part Number: LDC1612
In 2018, I designed a product that uses ldc1612 to measure metal distance. At that time, PCB coil was designed by WEBENCH of TI company. When I set several parameters, WEBENCH generated the PCB layout file of the inductance coil…
Part Number: LDC1612 We are trying to use LDC1612 for distance measurement. Below are the settings
-- RCOUNT 0xFFFF
-- FREF Divider = 1
-- FREF = 40MHZ
-- FIN: Looking at the scope we are getting close to 550kHz
With these setting per some application…
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…
Part Number: LDC1612 Hi Team,
I got following two questions from my customer. Could you tell me how LDC1612 behaves in following case?
1. Address 0x18, STATUS, ERR_CHAN[15:14]
According to the datasheet, ERR_CHAN bits will be as follow when getting something…
Part Number: LDC1612 Other Parts Discussed in Thread: LDC1312 Hi, TI Support Team
I am looking for materials about inductive sensor products.
I am reviewing LDC1612 and LDC1312 products that can be applied to E-Cigarette, and inquire if there are other…
Part Number: LDC1612 Other Parts Discussed in Thread: LDC3114 Hello,
I'm currently using the 1612 evm board to facilitate the design of a new inductive base sensor and I was wondering if someone could explain the LDC's driving frequency that is being…
The LDC161x and LDC131x have a register setting that controls the amount of current delivered to the sensor coil. The current in the coil has a direct impact on the amplitude that the coil oscillates at. The LDC61x data sheet has a section (8.1.5) on…