MOSFET (Si/SiC) Forum Discussions
I am looking for UL flammability rating for BSS84PWH6327XTSA1 (P channel enhancement mode FET). Please confirm whether it is UL-94 V0 qualified or not?
Hello, I hope you are doing well.
I am writing you because I need a piece of advice regarding the availability of a component and if you have an idea about alternatives.
I am using the following reference IPB042N10N3 G of MOSFET from Infineon (Please check the following link => Infineon-IPB042N10N3 G-DS-v02_09-EN.pdf). I just knows that this reference is becoming obsolete (I am talking about big quantities for production) and I am looking for alternatives. By the same occasion, I would like to check with you, according to your experience, if the supplier can be involved to guarantee the quantity required. If so, what are the procedures to follow? If not, do you have in mind some references that can help me to replace this reference.
Looking forward to hearing from you soon.
Kind regards and thanks in advance.
I am Aravind, working as a Project Associate at IIT Madras. Currently, I am working on a 36kW (peak power) project with 92VDC and 700Arms. Please help me to select MOSFET and gate driver for this application.
I bought the following board mentioned in title. I enter the serial number of the product. Error. What to do?
Application note Im using is asking for the Effective FET Output
Capacitance Time Related.
Using IPP200N15N3 G Mosfet in LLC Half Bridge circuit.
How can I determine the Effective Output Capacitance Time Related?
I was wondering if the Co(tr) is also available for other FETs/Transistors than GaN and SiC.
Additionally, I was wondering if Co(tr) can also be used for voltage levels, which are different to the voltage level used to determine Co(tr). For example, Co(tr) was determined by loading the output capacitance from 0 to 500V, but the voltage level used is only 300V.
This is my understanding of Co(tr):
The fixed capacitance Co(tr) is used to capture the relationship between charge and voltage of the discontinuous output capacitance. Here, the equivalent capacitance Co(tr) is determined by charging the output capacitance at a current i and a voltage V, and thus describes the time-related effective output capacitance. Thus, Co(tr) can be used to determine the charge/discharge time of the output capacitance Coss independent of the topology.
Best regardsShow Less
I would like to set up various chargers in the DC range. Infineon offers chargers in the range 50-350 kW, but unfortunately I don't really know yet which exact components I need for the respective charging station. Is there possibly already an exemplary composition of components for certain charging powers? In other words, a list with the required components / number for a charging station with 50 kW, one for 150 kW and one for 350 kW.
Can anyone in the community help me here?Show Less
I am looking for a mosfet which would be appropriate for essentially DC switching of a 400V 7A continuous load. Low RDS on is preferred as I have limited ability to remove heat easily.