Part Number: LP5912 Tool/software: Dear colleagues,
Hello, I have a question regarding an issue with the LP5912 LDO.
Our system is a wearable device based on the nRF52832, and its purpos is to collect and transmit EEG signals.
We applied the…
Part Number: LP5912 Tool/software: Dear TI Team,
we used the LP5912 with different VOUT voltages in several designs for multiple applications.
Yesterday we found that the COUT is stated with 10uF maximum in datasheet.
Many times we placed a 4…
Part Number: LP5912 Tool/software: Hello,
For LDO LP5912-1.2DRVR, the output capacitance mentioned is 10pF (maximum) only as per datasheet.
But. the 1.2V output have 40pF load capacitance as per our design. Please confirm whether the LDO supports…
Part Number: LP5912-Q1 Other Parts Discussed in Thread: LMR43620 , Hello team,
Can you teach me for SN29500 component type of this device?
For example LMR43620 datasheet, there is mentioned in Pin FMEA document.
Regards,
Youhei MIYAOKA
Part Number: TXB0102 Other Parts Discussed in Thread: TCA9803 , Tool/software:
I am Using the below mentioned parts
TPS7A9101DSKR
TPS7A5401RPSR
LMX2594RHAR
LMK04828BISQE/NOPB
TCA9803DGKR
TXB0102DCUR
LP5912…
Part Number: LP5912 Tool/software: Hi,
I am looking for LDO without UVLO that would (ideally) passthrough the Vin to Vout when Vin < Vmin. Or, at least guarantee monotonic startup (no on-off UVLO oscillations)
The purpose of the circuit is to work…
Part Number: LP5912 Tool/software: Dear TI Team,
We are selected LP5912-1.2DRVR this part for our design, But we are not sure about the Power good pin status.Please see the below connection and datasheet snapshot.
As per datasheet recommendation it…
Part Number: LP5912-EP Other Parts Discussed in Thread: LP5912 Tool/software: Hi,
I notice the datasheet for this part stipulates a maximum output capacitance of 10uF. Is this the max. value of the output capacitor connected directly on the output,…
Part Number: LP5912 I'm planning to use the LDO part LP5912-1.8DRVR to generate a 1.8V output using a 2.5V input. From the LP5912 datasheet, I'm able to confirm that we can generate 1.8V using a 2.5V input voltage (VIN = VOUT + 0.5V). However, even though…
