Part Number: LMQ61460-Q1 Our schematics is nearly the same as the LMQ61460-Q1 EVM-Modul (with LMQ61460AFSQRJRRQ1). Without load output-voltage is 5.1 Volt. When we increase the load output-voltage dorps. What could be the problem?
Part Number: LMQ61460-Q1 When I make a design in WebEnch using LMQ61460AASQRJRRQ1, can I replace it with LMQ61460AFSQRJRRQ1 without changing schematics? Thanks for help, Greetings, Jean Finders
Part Number: LMQ61460-Q1
Hi,
We want to use the LMQ61460-Q1 for a 1V/2A output option , with 12V input ( it is the minimum output voltage that is possible according to the data sheet). The WEBENCH doesn't support this option ,
I receive the following…
Part Number: LMQ61460-Q1 Other Parts Discussed in Thread: LMQ61460 , We have a design generating +5V @ 4A and +3.3V @ 4A using two off LMQ61460 over -40'C to +85'C with 10V to 30V input range.
Both supplies were designed using Webbench, running…
Part Number: LMQ61460-Q1 Hi,
We are working with LMQ61460-Q1. I can't find this exact part is WEBENCH. The Data Sheet isn't compatible with the converter option that the WEBENCH provides ( LMQ61460AASQRJRRQ1 ).
This is the part that I found on WEBENCH…
Part Number: LMQ61460-Q1 Hello community
What is the best way to cool the LMQ61460 (VQFP-HR housing). The component does not have a dedicated thermal pad. I intend to use a heat sink, where does it mainly have to start? on top of the component, on the…
Part Number: LMQ61460-Q1 Hello
my power requirements - Output 5V/6A . Input 30V.
For that I am choose your DC/DC --> LMQ61460AASQRJRRQ1 ,
On your web site write that is Out of stock.
This is not exist on DiDi Key too.
Can i yous that DC/DC on my new…
Part Number: LMQ61460-Q1 Other Parts Discussed in Thread: TPS2660 , LMQ61460 Hello Guys,
Good day.
Our customer is working on a low EMI medical device. They would like to use the LMQ61460 as their DCDC regulator for 24V down to 5V and the TPS2660 to provide…
Part Number: LMQ61460-Q1 Hi Team,
Our customer would like to confirm which timing they have to consider for calculating the switching power loss, the switch node rise time (2.7ns) or the minimum LS switch on time (85ns).
Regards,
Danilo