Part Number: TPS43060
I have designed a power supply circuit using the WEBENCH design tool. The input voltage is 28 V, and the expected output is a stable 50 V with an allowable ripple of 300 mV.
However, I am facing an issue where the inductor produces…
Part Number: TPS43060 Vin = 18.05 V ~ 19.95V
Vout= 19.5V/6A
TPS43060 Boost function Noise is emitted when the load exceeds 1.8A. Replacing with a good IC will not issue happend. Please assist in sending the faulty IC to the original manufacturer for…
Part Number: TPS43060 Hello TI Team,
I am troubleshooting a radiated-noise problem on a board using the TPS43060RTER as a 15 V → 24 V boost converter (up to 2 A).
The system includes an 868 MHz RF transceiver, and the boost converter generates strong…
Part Number: TPS43060 I was trying to simulate TPS43060 ,where the input is 15V and output needed is 24V, but dont know what is going wrong not able to get 24v,may I know what the issue with this design
tps43060.TSC
Part Number: TPS43060 Tool/software:
Hello, I would like to ask if there is an EMI test report for the TPS43060EVM-199 demo board? Because I saw in the document SLVU828A that this demo board does not follow the general universal layou method of DC-DC…
Part Number: TPS43060 Tool/software: Hi TI Expert,
The TPS43060 is used to boost from 20V-38V/5A to 42V/3A - 54.6V/2.5A for charging the lithium battery pack of an electric scooter with CC/CV.
The charging current and voltage are modulated by the…
Part Number: TPS43060 Tool/software: Dear TI experts, Based on the chip TPS43060, I designed the boost circuit that is converted from 12V to 54V.
We'd like you to help us check and review the schematic of the boost circuit.
Could you please leave…
Part Number: TPS43060 Other Parts Discussed in Thread: LM5122 Tool/software: Hi Team:
My customer is now evaluating TPS43060, could you please help to check the following questions? Thanks.
1. Can we observe the CBC current limit protection through…
Part Number: TPS43060 Tool/software: Hello,
In total MOSFET loses for M2 (upper MOSFET replacing diode in simple boost converter) are calculated some losses that I'm not sure what they are about: "M2 Pdbody - Power dissipation through lower FET"
However…
Part Number: TPS43060 Tool/software: Hi support team, Is the configuration in Figure 2 applicable to the TPS43060?
www.ti.com/.../ssztan7.pdf
Regards, Dice-K