Part Number: TIDM-02008 Other Parts Discussed in Thread: TIDM-1007 , , TIDM-02002 Hi team,
My customer plan to develop PCS solution for ESS application.
Could you help them to make sure that Bidirectional Interleaved CCM Totem Pole Bridgeless PFC (TIDM…
Part Number: TIDM-02008 In the demo code, can't find the v_loop control of inverter mode.
in the use guide document, also can't find the description about it. INCR_BUILD 6, just say that take PFC part for reference .
Could you please advice where…
Part Number: TIDM-02008 Other Parts Discussed in Thread: ISO1050 , C2000WARE TIDM-02008 use MCU TMS320F28004x. We will add ISO1050 IC as communication of master controller module. Below diagram.
Does it(TMS320F28004x) support interface of CAN?
What is…
Part Number: TIDM-02008 Hello,
My team is running through high temperature testing of the TIDM-02008 module and is experiencing some IC thermal shutdowns. The ICs noticed to have thermal shutdowns are the LMG3410 and the TLV71333PQDBVRQ1.
How are the GaN…
Part Number: TIDM-02008 Dear team:
My customer asks:
1, TIDM-02008 consists of totem pole PFC, current loop control, duty 3 parts, which part is more important?
2, The voltage loop output is limited to 0.7, why?
Best regards
Green
Part Number: TIDM-02008 Hello,
This is the 2nd time we post this question. Kindly give it some attention.
We are implementing TIDM-02008 (Bidirectional Interleaved CCM Totem Pole Bridgeless PFC Reference Design Using C2000 MCU). Questions are;
In PFC…
Part Number: TIDM-02008 Hello,
I was wondering how big of a change would be required to modify the firmware in the TIDM-02008 project to be dual interleaved instead of triple interleaved. I don't see any macro that would easily change this option. It…
Part Number: TIDM-02008 Good afternoon I'd like to rise up the question related with the algorithm used to drive switches on board TIDM-02008 when the device operates as inverter (3-leg interleaved single phase inverter) .
I'm mostly interested how looks…
Part Number: TIDM-02008 Hello,
I am using the TIDM-02008 in open-loop voltage source inverter mode. Our DC input is 380V and AC output is 240Vrms.
When connected to a specific load that has an EMI filter and PFC front end, the system triggers an AC Over…
Part Number: TIDM-02008 Dear team:
My client refers to the theoretical introduction of Solarlib.pdf in the TIDM-02008 project:
Simulink simulation parameters: TTPLPFC_AC_FREQ: 50Hz, TTPLPFC_CONTROL_ISR_FREQUENCY, lpf_b0 and lpf_b1 parameters are consistent…