Part Number: LM5045 Tool/software: We currently use the slope compensation feature of this chip as shown in the D.S. Fig 11a - in 11a, slope compensation is only applied to PWM operation and does not affect current limit. I used the formula in the D…
Part Number: LM5045 Tool/software: Hi Team,
I can't able to open the SLUC501A (XMCD) file in MATHCAD.
Can you share the file through mail, here is my mail id
yashaswinimn@gyroscope.one
Thanks and Regards,
Yashaswini M N
Part Number: LM5045 Tool/software: I've been handed a design from a coworker who no longer works at our company and I'm very new to power electronics. We tweaked the previous design (which is functional and can be used for reference) to adjust the input…
Part Number: LM5045 Tool/software: Hi Folks,
I am designing a full-bridge DC-DC converter with the following specifications:
Input Voltage: 36V - 75V Output Voltage: 12V Output Current: 33.33A Output Power: 400W Duty Cycle: 30% Switching Frequency: 100kHz…
Part Number: LM5045 Tool/software:
In my full bridge converter, the LM5045 SR outputs are toggling even though there is no PWM output signal (HO/LO); this only occurs briefly, during a one time hiccup that occurs after startup. Essentially the DC output…
Part Number: LM5045 Tool/software: I calculated the thresholds of UVLO and OVP according to the equations UVLO (6) and OVP (7).
I think there are some issues:
UVLO:
In equation (6), there is a mistake to calcuate R2. I think in formular there should…
Part Number: LM5045 Tool/software: For max Duty operating condition, I am not certain I understand the timing of the outputs wrt CLK and to each other. Is what I show below correct?
Part Number: LM5045 Hello everyone,
I would like to use LM5045 for my design, but I'm not able to download the mentioned schematic, AN, and design files. It looks the links are not valid anymore.....
Could you please help? Where to access those files…
Part Number: LM5045 The LM5045.Lib model LM5045.LIB LM5054_LLC-Bridge_SiR668-MOSFETs_v02.TSC does not show any clock in the Tina TI- Simulation. The rising edge of the of the input voltage step was 100µs for 0V to 24V.
Do you have any idea to solve…
