Hello,
Can you help clarify the request? The TIDA-00828 is a complete system including the knob, sensors, micro-controller, and 7-segment display to indicate the increment/decrement value. If the question relates to using an inductive-based solution…
Hello,
Both the 1-degree dial reference design (TIDA-00508) and the 32 position incremental encoder reference designs (TIDA-00828 and TIDA-00615) are not compatible with a baseline tracking algorithm which is inherent to the LDC2114. Now if you're interested…
Dear Patrick,
Here is excel design file you asked. Please check it.
LDC_Tools01.xlsx
And customer said that they will use LDC3114-Q1 as Raw Data Mode, so they will not use INTB function.
Best regards,
Chase
Jeff,
Yes, there will be some calibration of some sort necessary to compensate for this drift if you expect significant error for your application.
The closest solution I have on hand is the TI Design TIDA_00851, which is a 4-20mA RTD solution using…
Hello Kiran,
Inductive sensing can be used for both rotary switch applications and push button switch applications. I would recommend to take a look at our design collateral:
Application notes : http://www.ti.com/lsds/ti/sensing-products/inductive…
Other Parts Discussed in Thread: TIDA-00851 , PGA900 My program is based on TI RTD sensor (TIDA-00851_Firmware) - only minor changes. The temperature reading is working fine and the only problem is with UART communication.
RS232 signals (RX and TX)…
Hi Patrick,
The probe connected in my setup is a TDP1500 - it has 200K differential input resistance, is that fine? https://www.tek.com/en/datasheet/differential-probes
sensor min freq 8/3 = 2.67MHz seems a better fit for our device which operates…
Hello John,
Thank you for reply.
I understood the range specified in the datasheet. when I connect no external series inductor on N coil the inductance measure with LCR meter is 0.4uH which is very low and sensor capacitance on LDC0851EVM eval kit…
