Part Number: TIDA-01604 Hi team,
I'm reviewing TIDA-01604 and am curious why the Voltage loop ISR is running at 10kHz. This doesn't seem to be explained.
Could you help me understand:
Why the voltage loop is being run at 10kHz? It seems like overkill…
Part Number: TIDA-01604 A square wave pulse of 50hz frequency is fed to gpio based on this input pwm pattern is generated which is shown below and code also is attached .the problem is at the rising and falling edge of pulse . how to rectify this pro…
Part Number: TIDA-01604 Background: TIDA-01604 shows (Fig. 49 to Fig. 52) input current perfectly sinusoidal. Looks like switching frequency is 100KHz.
Q1: What is the current regulator bandwidth tuned for ?
Q2. Whether 126uH phase inductance (page 13…
Part Number: TIDA-01604 Hi Expert,
My customer wants to refer to the TIDA-01604 for design.
Is the C2000 control card as below snapshoot is same as this ?
Because their photo seems not like same.
Thanks.
Part Number: TIDA-01604 Hi,
I have a question regarding the Totem Pole PFC design.
we wish the PFC to dynamically “on the fly” change modes (PFC to inverter mode, and vice versa) with minimum delay (several milliseconds) utilizing bi-directional…
Part Number: TIDA-01604 During the zero-crossing interval of my AC input voltage, I need to provide a blanking interval where both my EPWM1A and EPWM1B turns OFF i.e. goes low
Part Number: TIDA-01604 How much amount of bandwidth can be allocated for current loop? my switching freq is 100khz and planning to us 1/10 of switching freq for current controller, whether it is sufficient for making sinusoidal current ?
Part Number: TIDA-01604 Hi EXpert,
I have some questions about below description.
"When the AC input changes from the positive half line to the negative half line at the zero-crossing, theduty ratio of the low-side high-frequency switch SiC2 changes…
Part Number: TIDA-01604 Hi Expert,
I have question about below system diagram. As discussed earlier in this TIDA, it only says use two phase for positive half cycle and negative half cycle. Whereas in the real design, there are three phase with 120 degree…