Part Number: TPS65000-Q1 Hi team,
mu customer use this device, the output sequence of VOUT is: 2.9V first works, then 1.8V, and finally 1.1V, but according to actual circuit test, 1.1V normal output, However, the 2.9V and 1.8V outputs were abnormal, consistently…
Part Number: TPS65000 Hi Tech Support
We are using a TPS65000 in a portable device. We are using the buck and LDO1. LDO2 is left unconnected.
This is configuration is not specified in the datasheet. Is there an issue with this? Please see schematic b…
Part Number: TPS65000 Hi Tech Support
We are using a TPS65000 in a portable device. We are using the buck and LDO1. LDO2 is left unconnected.
This is configuration is not specified in the datasheet. Is there an issue with this? Please see schematic b…
Part Number: TPS65000 dear
The inductance and capacitance are calculated. According to the formula in DS, the inductance value is 4.8 uh and the capacitance value is 0.39 uf, which is quite different from the recommended value (2.2 uh, 10 UF) .
1. Is…
Part Number: TPS65000-Q1 Hello Experts,
Can you help to understand what happens to TPS65000-Q1 DC/DC output when VINDCDC rises up (system starts) and falls down (system shuts down) in <0V - >=2.3V> range?
Datasheet gives:
UVLO at 1.72V ~ 1.8…
Part Number: TPS65000-Q1 Other Parts Discussed in Thread: TPS650330-Q1 Hi team,
My customer requires PMIC for below power supply requirement.
- Vin = 5V+/- 0.2V
- 1.2V : 310mA max
- 1.8V: 227mA max
- 2.8V: 40mA max
- Ta= 95degC
Is there any concern to…
Part Number: TPS65000-Q1 Other Parts Discussed in Thread: TPS650330-Q1 , TIDA-020002 , TIDA-020003 Hi Team,
I'd like to use this part to replace discrete power solution, but I'd like to know, how this LDO avoid the ripple noise from buck?
In the…
Part Number: TPS65000-Q1 Other Parts Discussed in Thread: TPS650330-Q1 Hello, may I know TPS65000-Q1's next generation PMIC P/N (ASIL-B compliant)? I saw the introduction from web seminar, but I can't find the data from ti.com. Thanks!
Part Number: TPS65000 Hi,
We are using the TPS65000 in our design. Regarding the dropout voltage we only see in datasheet the 370 mV maximum for 250mA.
We would like to know the curve for the dropout voltage vs current and temperature. We have an Vin…