Part Number: UCC14141-Q1 Hello,
I need the spice drawing to simulate what the different modes of operation will look for the UCC14141-Q1 component. I see that there is a Tina file, but I need the spice file for my application. Please let me know if…
Part Number: UCC14141-Q1-CALC Hi there,
I have seen others request for the SPICE model in the forum as an alternaive to the SIMPLIS model, if someone could help me out and send it my way i would be very greatful.
Thanks
Part Number: UCC14141-Q1 Hi I am testing my new board for traction inverter. My input is 12 V, both pg and enable pin are pulled to high by default. But i am not getting any output at secondary. Configuration is VCC-VEE 20V & GND-VEE as 5V. Qg=3.9uC.…
Part Number: UCC14141-Q1 Hello,
In datasheet of UCC14141-Q1, pin 6 and pin 7 are mentioned below -
What is difference between pin 6 and pin 7. Both are VIN. Both are different or same ?
Part Number: UCC14141-Q1 Tool/software: The power-good (PG) pin is an open-drain output that indicates (short) when the module has no fault and the output voltages are within ±10% of the output voltage regulation setpoints.
i will be using 3 phases…
Part Number: UCC14141-Q1 If the RLIM pin has some resistance for example in below eval board schematic (475 ohm) -
Then this resistance will eventually be in series with the gate driver resistance RGate.
This will impact the switching performace…
Part Number: UCC14141-Q1-CALC Other Parts Discussed in Thread: UCC14141-Q1 Hi,
I here by request you to provide the SPICE model for UCC14141-Q1 to conduct the LTspice simulation. I only find simplis model available for the part. Kindly do the needful…
Part Number: UCC14141-Q1 Tool/software: Hi, We are using UCC14141-Q1 IC we have observed 0.75 W loss in the UCC14141-Q1 excel calculator for our design, Please respond for the below issues.
1. At ambient temp=25 degrees UCC1414-Q1 IC absorbed 100…
Part Number: UCC14141-Q1 Tool/software: Hello,
I have an application when I need an isolated DC-DC converter for 15V - 12V conversion at an output power of ~1.5W. With a 10% safety factor, that becomes 1.65W. As per the datasheet of the UCC14141, at…
