Part Number: TPSI3052-Q1 Team,
can you confirm that the following understanding from my customer is correct?
----------------------------- I was presuming that this IC was capable of keeping the output voltage level +15V DC (without switching cycle) by…
Part Number: TPSI3052-Q1 Other Parts Discussed in Thread: TPSI3052 , Hi,
Customer is using TPSI3052 for PTC heater project.
There is an issue with EMC testing.
Please give me some advice on how to improve EMC for TPSI3052.
Schematic :
CE(Conducted Emission…
Part Number: TPSI3052-Q1 Other Parts Discussed in Thread: TINA-TI , TPSI3050-Q1 Hello,
Is there a SIMetrix working file for the TPSI3052-Q1 IC. Or any file for TINA-TI schematic file for the same IC.
Regards,
Abhijit
Part Number: TIDA-050063 Other Parts Discussed in Thread: TPSI3052-Q1 Hello, I'm developing a precharge solution using your TIDA-050063 Design guide. I am a bit confused about the gate driving circuit. Specifically TPSI3052-Q1. For the selection of C_DIV1…
Part Number: TPSI3052-Q1 Other Parts Discussed in Thread: TIDA-050063 , Hi Expert,
I refer the design guide TIDA-050063 High-Voltage Solid-State Relay Active Precharge
Below is my design Sch,
Currently, I set the Ipeak to 3A, Imin to 0.5A, and adjust…
Part Number: TPSI3052-Q1 Other Parts Discussed in Thread: TPSI3050-Q1 Hi, I'm using the latest TI Spice tool and am trying a simple simulation using the TPSI3052-Q1 model. The simulator complains about convergence errors, so I enable autoconvergence…
Hello Jianmin,
I'm still trying to understand how the heating resistor affects the pre-charge time. It definitely increases the time compared to pre-charge with no heating resistor, but I'm not sure what the best way is to estimate this increase. Looking…
Part Number: TPSI3052-Q1 Dear team,
Can we use TPSI3052-Q1 for pre-charging application at 1500V DC line?
Due to below specification, the customer concern about isolation performance. please let me know your opinion.
Thank you.
Part Number: TPSI3052-Q1 Hi team,
Hope you are doing good.
We are considering this IC in our design. When i am going through the datasheet and Ti website i am not able find the MTBF and reliability related data. Can you provide the realibility and MTBF…