Part Number: UCC14240-Q1 Other Parts Discussed in Thread: LM5175-Q1 Tool/software: Hi, Could you please help me to perform simulation for traction inverter. It will beneficial for me to validate design. I am using UCC14240, UCC5880QDFCRQ1,LM5175-Q1.
I will…
Part Number: UCC14240-Q1 Tool/software: Hi,
I'm using UCC14240 for Gate Driver PSU and calculating components value using equation given in the datasheet for WCCA analyses as well as using "UCC1424x-Q1 DESIGN CALCULATOR TOOL:(Ver. 8)" …
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC14241-Q1 ,
Tool/software:
Hi,
We have a UCC14240 connected to a UCC5870 Gate Driver as part of an inverter design. The output from the UCC14240 is 0.0V on all outputs, the device uses about…
Part Number: UCC14240-Q1 Tool/software: Team,
is one UCC14240 able to offer 3 bias powers with boostrap circuitry to drive upper IGBTs? If so, could you offer ref. design! Very thanks.
application: AC inverter
Regards
Brian
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC15240-Q1 Tool/software: We are working on a new design with the UCC15240-Q1 device, and we are analyzing it with the UCC14240EVM compatible evaluation board.
Analyzing the board routing, we…
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC14241-Q1 Tool/software: Hi,
I'm using the UCC14240-Q1 for a SiC driver powered by +15V/0V/-3V and I'm experiencing difficult start-ups.
Here's a graph of a start-up, the 24Vdc supply…
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC14141-Q1 Tool/software: Hi
I would like to know the function of RLIM resistor. How exactly it helps in charge balancing.
Also please explain RLIM in RDR configuration.
Part Number: UCC14240-Q1 Tool/software: Hi,
in the DS section 8.2.2.1 the calculation of Cout2 and Cout3 are the capacitor between (COM−VEE) and (VDD−COM) respectively.
If the module is used at single output configuration such as (VDD – VEE…
Part Number: UCC14240-Q1 Tool/software: Hi Team,
Customer would like to use this device to output a 5V voltage, from 24V input. As the min output of VDD-VEE is 18V, finally need use COM-VEE to get the 5V voltage.
But they need also output 1W power, so…