Part Number: LM76002-Q1 Tool/software: Thus far, looking at the data sheets I cannot see a difference beyond the labeling , although I wonder if the the difference may be in the manufacturing ie performance tested vs guaranteed by design. Are you able…
Part Number: LM76002-Q1 Tool/software: Dear team,
1. Would I know how to measure the phase margin of LM76002-Q1? 2. To measure phase margin, do we need any additional components in the circuit?
Some EVM user guide explain how to measure it, https://www…
Hi Ben,
How accurate is the feedback voltage (Vfb) of the LM76002? The datasheet specifies a typical value of 1.006 V, which we used to determine our feedback resistor values. However, it also lists a minimum value of 0.987 V, leading to a voltage difference…
Part Number: LM76002-Q1 Other Parts Discussed in Thread: LM76002 Tool/software: I want to simulate a buck converter circuit using LM76002 IC. Kindly provide an LTspice netlist if possible for the same.
Part Number: LM76002
Hello team,
Since customer is working with TUV on the system level SIL3 process, they need to know the failure mode behavior with LM76002 as below.
Whenever the feedback resistors of either RFBT or RFBB is left open after powering…
Part Number: LM76002-Q1 Other Parts Discussed in Thread: PSPICE-FOR-TI , LM76002 Tool/software: Hi,
I want to simulate a step down buck converter model and for that I need LM76002-Q1 its simulation model for Tina software.
Kindly do the needful.
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…
