Part Number: LM2731 Other Parts Discussed in Thread: TLV61047 , Tool/software: Hello Team,
Can you provide the CDM level of L M2731YMFX/NOPB?
Regards,
Renan
Part Number: LM2731 Tool/software: Hello,
regarding the below schematic there is the following issue:
At small output currents of ~1mA there is a ripple at the output voltage with f=~25kHz and 5mV magnitude.
I also attached a picture of the signal…
Part Number: LM2731 Other Parts Discussed in Thread: BQ24600 , LM2733 Tool/software: Hello,
I am currently using the LM2731 in a design. Input range 10.5-13.5Dvc and output at 16Vdc.
Unloaded, the boost converter has a solid 16V output, but if I put…
Part Number: LM2731 Hi all,
could you please confirm that the LM2731YMF is currently indicated as LTB whereas the LM2731YMF/NOPB and LM2731YMFX/NOPB are Active and will continue to be as such?
Thanks,
Adrian
Part Number: LM2731 Hi Team,
I have a couple questions regarding the LM2731.
The datasheet specifies that a compensation capacitor is to be used to form a zero at 6 kHz in the feedback path of the boost converter circuit.
In my design, the resistor…
Hi Bhushan,
Thanks for the quick reply.
In the LM2731 datasheet, there is efficiency curve figure 16 for X option and figure 23 for Y option. The 30mA efficiency is much less than 91.9% if fsw = 1.6MHz. The 30mA efficiency will higher if using fsw…
Part Number: LM2731 Hello everyone,
I was wondering if the LM2731XMF/NOPB can output a voltage higher than the 20V max if I reference ground to a higher voltage. Let's say I have 50V at Vin and a ground reference of 40V, would the device the the input…
Part Number: LM2731 Other Parts Discussed in Thread: TPS61040 , TPS61085 , TPS61087 , TPS61023 , TPS61170 Hi Team, I am posting this on behalf of our customer regarding their situation with the different results in the circuit products by Webench design…
Hi Matos,
LM2731 doesn't support true shutdown function (Vout=0V) because it's non-synchronous boost converter. When SHDN=0V, there is no switching but the Vin will charge the output capacitor through inductor L, rectifying diode until Vout reaches…