Part Number: TIDM-02009 Tool/software: Hi,
Could you please direct us to the right representative or link where we can access functional safety concept document/TUV technical report for the reference design TIDM-02009 ?
Kind Regards
Anurag
Part Number: TIDM-02009 Tool/software: 1. Is it correct that the output is 0V when PWM duty cycle is 50%? 2. If the answer to question 1 is yes, does the voltage vary between 50% and 100% duty cycle? 3. Based on the "tiduai7" document, the results were…
Part Number: TIDM-02009 Other Parts Discussed in Thread: TMDSCNCD263
Tool/software:
Team,
TIDM-02009 Referring to spradg4 page 5 it mentions that HW was tested up to 250W: -Does it means that TIDM-02009 HW was tested at full power rating (3.5kW…
Part Number: TIDM-02009 Tool/software: I am studying power electronics for the first time. We would like to implement a Boost converter by producing a 3.6Kw DC to DC of TIDM-02009. It is questionable whether the current capacity of the inductor and transformer…
Part Number: TIDM-02009 Tool/software:
Input Voltage: 12V
PWM Duty Cycle: 50%
Under these conditions, the voltage of the transformer input pulse at the LV side is +- 100V, resulting in the FET failure. It seems that the FET is damaged because the…
Part Number: TIDM-02009 Tool/software: I know how to use TIDM-02009's DC to DC Boost switching method. There is not enough data on switching methods to drive the operating topology. There is no data in this regard. I would really appreciate it if you…
Gokhan G. said: 1) In TIDM-02009, why is there need to add additional OPAMP circuit to the rectified signal. It can be provided directly to the ADC pin. Is it done to protect ADC from negative signal during reverse mode of operation? However, in this…
Part Number: TIDM-02009 Hi Team,
My customer is studying our TIDM-02009, but since it is a complicated system to us, and can't fully understanding the each function of this design.
Can you based on Figure 2-1.TIDM-02009 Block Diagram give us a high…
Part Number: TIDM-02009 Other Parts Discussed in Thread: TIDM-BIDIR-400-12 Customer would like to evaluate the bidirectional DCDC solution (400V-->48V). The latest one should be bidirectional PSFB in TIDM-02009, right? Is there any materials to introduce…
