Part Number: TPS62160-Q1 Tool/software: Hello! I'm using TPS62160-Q1 in one of my boards to generate a 5V output from 12V input. I've built the circuit to look like this one in the datasheet, changing the values of inductor and FB resistors to match…
Part Number: TPS62160-Q1 Hi, support team
We have an automotive product that uses this chip for 12V to 4V. 1pcs failed after traveling 2000KM, and we found that the chip did not have normal output voltage.
The reason is that the originally designed 12V…
Part Number: TPS62160-Q1 Other Parts Discussed in Thread: TPS62162-Q1 , Dear Sir,
We are using TPS62160QDSGRQ1 buck converter in our design to genertae 3.3V. As per our calculation, feedback resistors are R1=470K & R2=150K. But the output voltage generated…
Part Number: TPS62160-Q1 Other Parts Discussed in Thread: TPS62162-Q1 , TPS62170 Part number TPS62160QDSGRQ1 is out of stock. Do you have an alternate for this part I can use?
Part Number: TPS62160-Q1 Other Parts Discussed in Thread: TPS62160 It is designed to output 3.3V by receiving 12V input using TPS62160. For the feedback resistance value, 470K and 150K were applied, referring to Figure 7. 3.3-V / 1-A Power Supply in the…
Part Number: TPS62160-Q1 Hello team,
I would like to ask you questions about the difference of thermal resistance, VOUT accuracy between TPS62160QDSGRQ1 and TPS62160DSGR.
- Thermal resistance
In the data sheet, it appears that products without Q1 have…
Part Number: TPS62160-Q1 Hi team,
as my customer use TPS62160-Q1, but their system was failed to pass the EMI test, and then find, around TPS62160-Q1 part, the radiation EMI is very high at about 300~400Mhz.
we test our EVM, the result is just similar…
Part Number: TPS62160-Q1 Hi Team,
Is there any slew rate limitation on the TPS62160-Q1 VIN pin? There is another DC/DC converter that feeds the TPS62160-Q1 with a very fast turn-on, and I want to make sure that will not impact the TPS62160-Q1 VIN..
Thank…
Part Number: TPS62160-Q1 Hello!
My goal of this schematic is to build buck converter from 12-14.4v (4*LiFePO4) to 5V/1A that can be utilized as mobile charger
While i was building the PCB based on datasheet and other study materials, i have completed…
