Part Number: LM76003-Q1 Tool/software: LM is used as buck regulator for 3V3 output. We have doubled this circuitry due the redundancy, so both outputs from LM is connected through MOSFets, due separation of regulators outputs (if one of the LM is off…
Part Number: LM76003-Q1 Other Parts Discussed in Thread: LM76003 , LM70840 , Tool/software: We would like to have 3 power supplies running off 48V, creating 5V, 3.3V, and 24V. We were considering creating the 5V with a LM70840, starting up 1st, followed…
Part Number: LM76003-Q1 Other Parts Discussed in Thread: LM76003 Tool/software: Hello, I am trying to design a LM76003-based buck converter circuit that responds gracefully to a short-circuit on the output. I see that the LM76003 has overcurrent protection…
Part Number: LM76003-Q1 Hi team,
In the datasheet for LM76003-Q1 RevB, there are RNP0030 B and RNP0030 E for the package info.
What is the difference between B and E version?
Which will be the correct one on if the customer orders this device…
Part Number: LM76003-Q1 hi,
i am referring to the same question here: (12) LM76003-Q1: Hot issue on LM76003-Q1 - Power management forum - Power management - TI E2E support forums
Now i have another board having all the three LM76003-Q1 b urn out as…
Part Number: LM76003 Hello team,
Is there any difference between LM76003 and LM76003-Q1 besides Q1 rating and the CDM ESD rating? Customer is looking to swap between the parts based on availability, so wanted to make sure we're not missing anything…
Part Number: LM76003-Q1 Dear Sir/ Madam,
We are using 3 of the LM76003-Q1 to supply the power to MCU and peripheral. Now we faced the ot issue, Here i attached the circuit diagram.
1. Vin range =46-50V 2. Vout = 24V 3. Iout nominal =0.3A 4. Ambient…
Part Number: LM76003-Q1 Other Parts Discussed in Thread: LM7480-Q1 , , TPS65320D-Q1 , LM5163-Q1 , TPS22919-Q1 , TPS61165-Q1 , TLV766-Q1 , TLC5926-Q1 Hi,
We are designing a new instrument cluster for commercial vehicles. Below is the list of TI parts…
Part Number: LM76003-Q1 Hi team,
There is a large capacitor on the load side that stabilizes the output voltage while repeatedly activating overcurrent protection, but does this operation break or degrade the device? I know that a longer soft-start…
