Part Number: LM5123-Q1 Other Parts Discussed in Thread: TIDA-020033 , , TAS6584-Q1 Hi experts,
My customer think about LM5123-Q1 + TAS6584-Q1 solution. (TIDA-020033)
At TAS6584, they are thinking 100Wx4ch=400W. Is it possible to boost in single phase?…
Part Number: LM5123-Q1 Other Parts Discussed in Thread: TAS5825P Hi everyone,
we are using LM5123 in combination with the rail tracking amplifier TAS5825P. Generating the voltage for the tracking pin works well with some additional circuitry however we…
Part Number: LM5123-Q1 After start-up, voltage at UVLO/EN about 12V (I linked it to Vin, much higher than the UVLO threshold) but voltage here will keep drop till shut-down the device.
In datasheet, current sink internally should disable when voltage…
Part Number: LM5123-Q1 Other Parts Discussed in Thread: CSD18514Q5A , CSD17573Q5B , CSD18540Q5B
Dear Colleauges,
We are between a rock and a hard place with this chip.
This is our second attempt after, in the first one we had problems with VCC regulation…
Part Number: LM5123-Q1 Hi,
I have a question about why we need the offset voltage 0.3V between TRAMPS and PWM comparator? What's this voltage for?
Thanks!
Part Number: LM5123-Q1 Other Parts Discussed in Thread: LM5177 , LM5170 , LM5122 Hey guys,
Quick question for you regarding the LM5123 . I want to use that chip as a boost controller to power up a 24V motor from a 12V battery. Regarding this part of the…
Part Number: LM5123-Q1 Dear team:
my customer use LM5123-Q1 in the application of Audio amplifier , he is confused about the Adjustable Output Regulation,。
My customer does not want to use the function of regulating the output, they are using a fixed output…
Part Number: LM5123-Q1 I have used both the WEBENCH Power Designer and the spreadsheet based tool to calculate the compensation network component values for an LM5123-Q1 boost converter with the following parameters with wildly different results.
Vin…
Part Number: LM5123-Q1
Hi team,
Can you comment what will happen to the LM5123-Q1 if the output (Vload) has a short to battery condition.
Battery is in a 6V-16V range and we are designing for a 24V Vout boost so I'm thinking we will just current limit…