Part Number: TPS65580 Hi Team,
I have a question regarding the TPS65580 on whether it has internal power sequencing for the Enable pins? If it does not, could you suggest how we can apply power sequencing for this IC as my customer plan to output…
Part Number: TPS65580 Other Parts Discussed in Thread: TPS562211 Hello,
My customer has a defect while using the TPS65580 as shwon below and inquires.
Diagnosis of defective device:
- Input Pin 1, 2 shorted to GND (about 10 ohms)
- Output Pin…
Part Number: TPS65580 Hello,
My customer is using the TPS65580 under the following conditions.
- VIN=12V, VOUT=5V
1. What is the current consumption specification of TPS65580 when there is no output load?
2. As a result of measurement on the customer…
Part Number: TPS65580 Other Parts Discussed in Thread: TPS65262 I would like to use the TPS65580 Synchronous Step-Down Converter in a triple output power supply design. Total output current (around 500ma) is quite a lot lower than the device capabilities…
Part Number: TPS65580 Other Parts Discussed in Thread: TPS65261 hello,
our customer is looking for 3CH DCDC PMIC and TPS65580 is one of the candidates. when I looked at the datasheet, the maximum voltage is 7V however the customer needs 8V. would you…
Part Number: TPS65580 Hi all Would you mind if we ask TPS65580? Does it have oscillator inside of the device?(We could not find it on the datasheet block diagram.) If it has oscillator, we guess that it is possible to prevent from beat noise. Kind regards…
Part Number: TPS65580 Other Parts Discussed in Thread: TPS65023 , TPS650250 , TPS65020 Hello team,
Hope you are doing well. What PMIC is recommended for SAMA5D2?
Regards,
Randhir
Part Number: TPS65580 Hello,
In the datasheet figure 11, there is the Output voltage vs. Input Voltage graph. The output voltage is varied in steps when the input voltage is between 7 and 9 V. Could you please let me know this reason?
Best Regards…
Other Parts Discussed in Thread: TPS65580 Hi!
I have a design based on TPS65580 and I keep breaking the IC and I dont know why. I just powered up my design and measured the voltages on the output nodes and they all looked ok. The input voltage is 12V…