Part Number: LM76002 Hi team,
Regarding the LM76002, please confirm.
As for the input capacitor, it is recommended to install a 10uF to 22uF decoupling capacitor. The NOTE below mentions the need to consider DC-BIAS. After considering DC-BIAS, for example…
Part Number: LM76002 There is an article of the SBVA025 to talk about the New thermal Metrics. It suggests to using new thermal metric, JB to calculate the junction temp of device.
However, in the Webench tool it still using old thermal parameter. we…
Part Number: LM76002 Other Parts Discussed in Thread: LM76005 Team,
One question about Rds,on, both of the LM76002 and LM76005 have identical Rds,on. is it correct? As i understanding, the higher current is, the lower Rds,on is.
Regards
Brian
Part Number: LM76002 ①The LM76002 can switch the operating mode (PFM/PWM/external signal sync) by the signal to the "sync" pin. Is it possible to switch the operating mode when the LM76002 is operating? Specifically When a logic L is applied to…
Part Number: LM76002 Hi Power Experts,
where should my customer connect the PGOOD pin of LM76002 when they are not using it. It's an open drain - can it kept floating when not used o do they need a pullup resistor ?
Best wishes,
Olrik
Part Number: LM76002 I tried changing the operating frequency of the LM76002 Webench design from its default 500 kHz (RT open circuit), this fails resulting in very low switching frequency, if I recall correctly about 26 kHz. To confirm the error I tried…
Part Number: LM76002 Hi team,
Customer would like to know what is the delay time between Enable low (<0.4V) and the switching frequency stop?
thanks in advance for your feedback.
Regards,
Pol.
Part Number: LM76002 Hi Team,
we have used the LM76002 in several of our designs already and we're very pleased with its performance. We mostly use the converter to create a 5V supply from a 24V input.
Now, I've just stumbled across this thread, which…
Part Number: LM76002-Q1 Other Parts Discussed in Thread: LM76002EVM-500K Hi team,
For input 24V, output 12V, 0.1mA, what is the IC power consumption and efficiency in this application?
Thank you!
BR,
Part Number: LM76002 Other Parts Discussed in Thread: LM76003 , , LM73605 Hello Team,
obviously there are 2 different thermal pad dimensions shown in 2 different data sheet versions. The attached pdf shows RNP0030A with 2.2mm x 4.6mm while the actual version…