Part Number: TPS7B81-Q1 Tool/software: Hi Team,
I would like to check if we can place Mohm level resistors on EN pin to lower the EN current.
Regards,
Roy
Part Number: TPS7B81-Q1 Tool/software: Hi team,
I am looking for a WVIN LDO with adjustable output and which as active output discharge feature.
Iout=100mA
Want : low theta Ja package
Could you please advise the recommended part number?
regards,
Part Number: TPS7B81-Q1 Other Parts Discussed in Thread: TPS7B82-Q1 , Tool/software: Hi team - We're wanting to test the current limit behavior of the TPS7B81-Q1 in our system. I understand that there is a TPS7B82-Q1 unencrypted model on ti.com, but we…
Part Number: TPS7B81-Q1 Tool/software: Hi Team,
Customer has one question that the Vref refer to GND or not.
They wonder if the Vin = 5V, GND = 0.5 V, then the Vout can keep to 3.3V or goes up to 3.3V+0.5V = 3.8V.
Thank you!
Marc
Part Number: TPS7B81-Q1 Tool/software: Hi TI Team,
Good Day!
We are in need of ICEM - Integrated circuit emission model : ICEM-CE and ICEM-RE models for EMI/EMC Simulation.
Listed the part numbers below
1. TPS7B8150QDRVRQ1
Kindly check and provide us…
Part Number: TPS7B81-Q1 TI guidline for preheat time is 60sec~120 sec from 150degC to 200degC.
BUt cusotmer is asking if TPS7B8150QDGNRQ1 can accept 150sec preheat time from 160degC to 190degC or not.
Could you please answer ?
Hi Roy,
Thanks for you patience here.
We don't have a document regarding frequency of fault conditions - this depends on your PCB conditions.
I would refer to TPS7B81-Q1 Functional Safety FIT Rate, FMD and Pin FMA for information regarding what happends…
Part Number: TPS7B81-Q1 Hi, TI team
on TI official site, the TPS7B81-Q1 do not have the feature "Wettable flanks package"
Linear & low-dropout (LDO) regulators product selection | TI.com
on page 26 of the datasheet, the package is as below…
Part Number: TPS7B81-Q1 Hi team,
#1. Could you please advise typical/min/max of the current limit value at Vout short to GND?
Could you also give me a scope shot of the output short circuit to GND?
#2. Could you advise if there is output current limit…