Part Number: LV2862 Tool/software: Hello,
Customer feedback shows poor consistency in the output voltage of LV2862. The maximum difference between different devices is over 100 mV. Here is the schematic diagram, please help analyze the reason. Thanks…
Part Number: LV2862 Other Parts Discussed in Thread: LMR16006 Tool/software: We are experiencing a high failure rate, were voltage measurement exceeds the specified limits 7.52 - 8.48 with the failure margin varying between +0.001V and +0.100V, exceeding…
Part Number: LV2862 HI, We have made a custom board with LV2862 with 33uH inductor and DLFS1100 etc. We have device heating up badly and goes to thermal shut down. If we power the device with 24V (output is 12V) it works well but still heats to around…
Part Number: LV2862 Other Parts Discussed in Thread: LMR51606 , LMR36506
Tool/software:
Switching Regulator team,
Our customer is looking for a solution that will provide a stable output at low currents, while it it designed for these requirements…
Part Number: LV2862 Other Parts Discussed in Thread: LMR36506 Hello,
We are using 2 of the LV2862 with a similar design as in datasheet.
One of them converts 48V to 24V and the other one converts the 24V to 5V. The maximum load current connected to…
Part Number: LV2862LV2862 operating with 12V input, 8.4V output. Output current is ~170mA, Inductor is 22uH. Schottky is B130LAW (30V, 1A). Input cap 4.7uF, output cap 10uF (both ceramic 0805).
When initially turned on, everything operates as it should…
Part Number: LV2862 Other Parts Discussed in Thread: LMR51603 Tool/software: Hi,
I am using the LV2862 to convert nominal 36V to 12V with output loading varying from 1mA to 30mA. I followed the TI webench design for the LV2862.
I noticed that when…
Part Number: LV2862
I'm using an LV2862 to step down 22V to 3.3V, powering a MCU.
During initial MCU programming, the 3.3V rail may be supplied by the programming jig, while the rest of the device is unpowered.
This would back feed the LV2862 with…
Part Number: LV2862 Hi,
I have a requirement to drive a Triac from the MCU powered by the LV2862. The AC supply is typ 24Vac @ Rc terminal with respect to C terminal. The Triac is driven as follows. The MCU GND is always regulated at Rc - 3V3. Basically…
Part Number: LV2862 Hello
I traced the detailed design procedure in t the LV2862 datasheet page11.
however, I could not get the same result of it.
I used all neccesary parameter values below.
Vin_max = 16
Vout = 5
Io_max = 0.6
KIND = 0.4…