Make sure that the current sensing signals are good for build level 3 & 4. And set the correct ADC scale value (USER_M1/2_ADC_FULL_SCALE_CURRENT_A) in user_mtr1/2.h. And also set the right "sign" for the current coefficient based on the sampling circuit…
Part Number: TIDM-02010 Hi
While testing for PWMs, we are able to see PFC PWM signals. But, when Motor[0] flag is enabled module over current occurs. Can I know how it is possible to over come this.
Part Number: TIDM-NFC-EZ430-MODULE Other Parts Discussed in Thread: RF37S114 We have a design that's based on the TIDM-NFC-EZ430-MODULE (NFC EZ430 reference design). It reads ISO 15693 tags from smartrac without any issues. I'm trying to use it to…
Part Number: TIDM-02010 Hi
We are trying to drive a 5kW PMSM through the 1.5kW HVAC drive of TI.
We are using the same tidm-02010 and dual motor control algorithm for driving the motor.
We have changed the motor parameters according to 5kW motor and when…
Part Number: TIDM-HV-1PH-DCAC Other Parts Discussed in Thread: TIEVM-HV-1PH-DCAC Hi Team,
For TIEVM-HV-1PH-DCAC EVM, customer found there are sample code mention LED setup,
customer thinks that maybe some LEDs on this EVM,
we found there are two placeholders…
Part Number: TIDM-02010 When testing in open loop we are getting module over current fault. Due to this the pwms are not available. How to clear the fault.
Part Number: TRF7970A Other Parts Discussed in Thread: DLP-7970ABP , , RF430CL330H Hi Team, I am looking for an NFC module for the firmware update to one of our products. the chip TRF7970ARHBT seems a good option for me. Is there any module available for…
Part Number: TIDM-NFC-RW Other Parts Discussed in Thread: MSP-EXP430F5529LP I am unable to locate Gerber design files for the transceiver circuit in the TIDM-NFC-RW reference design. On the reference design page, the "design files" section links to a PDF…
Part Number: TIDM-HV-1PH-DCAC Dear team:
In interrupt void inverterISR:
//
// Generate the RAMP angle
//
RAMPGEN_run(&rgen1);
//
// Use the angle value to compute the sine value
//
invSine = sinf((rgen1.out)*6.283185307f);
Which principle…
