Part Number: TLV702 Hi team,
My customer is using our TLV70233DBVR.
The maximum electrical transient current test is 1.07A, which exceeds the output current limit in the specification. Could you help to check whether there is any risk? If so, could you…
Part Number: TLV702 Hi team,
We have encountered the following issue: TLV70233 Intermittent Output(3.3V) Dropout. the client observes no output at 3.3V. However, upon returning to the factory, we were unable to reproduce the problem.
here is some infor…
Part Number: TLV702-Q1
Hi team,
We saw TLV702-Q1 has just sent out the PCN for add Chengdu Assembly Site.
Will we send out new datasheet for this?
Thanks,
Brian
Hi Brian,
I've just received the data back from the design team:
Vout = 1.8V, VIN = 4V, Iout = 180mA:
Phase Margin = 45.9 deg
Gain Margin = 21dB
Vout = 3.3V, VIN = 4V, Iout = 60mA:
Phase Margin = 45.24 deg
Gain Margin = 20.37dB
Regards,
John
Part Number: TLV702 Other Parts Discussed in Thread: , LSF0108 Hi Team!
I would like to ask how the TLV702 differs from the TLV702-Q1 ? Can I use TLV702 instead of TLV702-Q1 on automotive projects? What is the risk of using this? The customer's needs…
Part Number: TLV702 Need some help to review this circuit. The 3.3V output of TLV70233PDBVR is the power supply of the MCUs.
With this design we have three boards' MCU got burned. (MCU's Vdd was shorted to GND). TLV70233PDBVR seems OK after MCU…
Part Number: TLV702 power IC low power mode fail record.xlsx
dear
customer use TLV70233 in Mass production stage,1000 out of 6000pcs have problem.Is there any design risk in sch,can you help to check sch and debug report?
thanks in advance
Part Number: TLV702 Other Parts Discussed in Thread: TLV704 Hi, TI Support Team
A customer is reviewing a TI product as a replacement for a competitor's product.
In the circuit below, I want to apply it by changing it with a competitor product (AP7331…