Part Number: TLV707P Tool/software: Hi,
I want to know the difference between TLV707XXPDQN and TLV707XXAPDQN.
From the datasheet, I cannot find the difference between them.
Actually, I have found some difference of die attach adhesive material…
Part Number: TLV707P Tool/software: Dear Texas Instruments Support Team,
We have been using the TLV707XXPDQN extensively in our designs. However, we recently came across the TLV707XXAPDQN and would like to understand the differences between these two…
Part Number: TLV707P Other Parts Discussed in Thread: TLV707 Hi Team,
customer is looking for TLV70728PDQNR.
They want to calculate/control the TLV707 series startup slew rate, can you help confirm the startup current?
Thanks!
Patty
Part Number: TLV707P Other Parts Discussed in Thread: TPS7A20 , TPS73101-EP , TPS784
Hello,
I need to generate the 1.2V rail ( up to 200mA) from 1.8V supply and when looking at this device it states input voltage should not be less than 2V. I also…
Part Number: TLV707P Hi TI Experts,
Material COC LDO.XLS
Our end customer would like to request for CoC (Certificate of Compliance) for above mentioned part.
Can TI able to provide? Or is TI able to fill in the attached CoC from end customer?
…
Part Number: TLV707 The data sheet for the TLV707P Linear Regulator states the ESR of the input and output capacitors must be less than 200 mohms. Is this ESR referenced at the capacitor resonance, or 1kHz, or what frequency? Thank you
Part Number: TPS773 Other Parts Discussed in Thread: TLV707P , Hi sir,
As TPS77333DGKR is too legacy and its RESET function is too unique, my customer would like to change to a discrete solution (LDO IC + RESET IC) to make the sourcing more flexible…
Hi Hari,
Generally we recommend devices with high PSRR during the audio frequency range and smaller package sizes due to most audio applications being board size constrained. LP5907 also comes in the X2SON package (1mm x 1mm) so it can deliver the same…
Hi Elsa,
Thanks for sending this request over and providing this information! What image sensor are you going to be powering? I am interested in the output current that is going to be used.
For now, I can recommend some of our hero devices for image…
Hi Mark,
The concern for your application is the risk of entering dropout due to Vbias being extremely close to the Vbias dropout. We generally recommend that Vbias be equal to Vout + 1.6 V in order to ensure that the LDO has enough headroom on Vbias…
