Part Number: LM46002-Q1 Hi Naresh,
Thank you for looking into this - the issue maybe application specific, the RL previously selected for this buck converter yields 350kHz, and taking the entire period of the waveform, I am mesuwing 242kHz so there…
Part Number: LM46002-Q1 Tool/software: LM46002-Q1 I am holping you can share where I can find the spice model(s) for this and other TI parts. I am using LTSpice, and it is my understanding that I would need PSpice models for it to be compatible. Also…
Part Number: LM46002-Q1 Other Parts Discussed in Thread: LM46002 , LM5122 Hello
I have further mesurements, but they are not related to the SW1 and SW2 network. As of right now, you have all of the measurements relevant to my question. The 232kHz fsw…
Part Number: LM46002 Tool/software: Hi support team,
In "Typical Characteristics," "EN-VCC Rising TH" at 25°C appears to be about 0.8V, and "EN-VCC Falling TH" appears to be about 0.7V.
Considering the above, there appears to be a contradiction…
Part Number: LM46002-Q1 Other Parts Discussed in Thread: LM5122 , , LM46002
Good morning, A legacy design I am reverse engineering has a LM46002Q1 Buck converter from 28 to 43V and a LM5122 Boost converter from -43 to -28V. I was able to probe some…
Part Number: PSPICE-FOR-TI Tool/software: Good morning,
We are able to download PSPICE for TI and downloaded it to my machine, but were not able to locate the path to the executable file to run the software.
Can you please provide some guidance in…
Part Number: LM46002 Tool/software: Hi support team, It is used under the following conditions.
VIN: 9 ～32V VOUT: 5V BIAS: Supplied from VOUT
Power is constantly supplied to VIN. When initially starting up with EN set to High, VOUT sometimes does…
Part Number: LM46002-Q1 Tool/software: Hi Expert,
My customer are evaluating LM46002-Q1, the input voltage is 24V and convert output is 12V. Besides, they use another one 12V for enable PIN. However, we notice that the EN PIN input voltage need to be…
Part Number: LM46002
We designed a circuit using the LM46002 (refer to the circuit diagram below) and conducted a conducted emission test. By opening the RT line, the switching frequency in the 500khz band has a margin of 1.39dB at 514kHz, which is…
Part Number: LM46002 Other Parts Discussed in Thread: LM46001 , LMR43620 , LMR33620 Team,
do we have efficiency data for this device when using 2MHz switching frequency?
Here's my customers spec:
Vin = 8..32V
Vout = 5V
Iout = 1mA..500mA, but…
