Part Number: UCC14240-Q1 Hi team.
Customer wants to change negative voltage value on the prototype like by mechanical-switch as below in order for checking supply voltage for SiC.
a. Vpos = 18V, Vneg = 0V
b. Vpos = 18V, Vneg = -5V
Do you have a good solution…
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC15241-Q1 , UCC14241-Q1 , UCC15240-Q1 Hi,
I am looking at UCC14240-Q1 for a gate driver power supply application. I need -3/12V supply from a 24V input.
There is a contradiction in those two datasheets…
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC21750 , Hi, I am having some trouble with our UCC14240-Q1 implementation, we are using the UCC14240-Q1 in combination with the UCC21750 gate driver for a VSI design. In the picture below DPT data…
Part Number: UCC14240-Q1 HI,
Would wish to know if the UCC14240 can be used in a SSR type application where the SiC FET is turned on with 20V and turned off with -5V .Here the ON signal will be a continous high signal unlike the PWM .If possible what…
Part Number: UCC14240-Q1 In the Rev. C datasheet Table 8-1 it says "For extreme input ripple voltage cases, connect a 4.75-ohm filter resistor to power input, PIN7, and connect a 10-μF ceramic capacitor from analog VIN PIN 6, to power analog GNDP…
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC14131-Q1 , UCC25800-Q1 Hi
Could you help suggest suitable products ,
Automotive displays must pass VSCC 56-3 The car power supply provides DC 24V, and the motherboard provides DC 12V.
So DC to…
Part Number: UCC14240-Q1 Hi,
I was aware there was some testing being done on whether having UCC14240-Q1 and iso gate driver on exactly opposite sides (rather than side-by-side as in EVMs) will have any negative consequences (possibly impact from UCC14240…
Part Number: UCC14240-Q1 Other Parts Discussed in Thread: UCC25800 , UCC14140-Q1 , UCC25800-Q1 Hi, The UCC14240-Q1 device uses a two switch "balancer-like" topology to regulate the COM-VEE voltage (Figure 7-2 in the UCC14240-Q1 datasheet). Does…