Part Number: TLV713P Other Parts Discussed in Thread: CC1310 Hi All,
My customer is doing a sensor for agricultural equipment and is using TLV71318PDBVR as a reference and CC1310.
Customer is looking for the same device as TLV71318PDBVR but with lower consumption…
Part Number: TLV713P Other Parts Discussed in Thread: TLV713 , , Hi TI experts,
1. What's diferent between Q1 and non Q1? Some of non Q1 electronic parameter are better than Q1. Any else?
2. If TLV713-Q1 operate under recommend parameter and layout guideline…
Part Number: TLV713P Other Parts Discussed in Thread: TLV713 Hello,
I have a question regarding TLV71318PDBVR: Is this the version that leads to zero output when enabled is disabled? if it is not so which is the complete PN that implements it?
Many Thanks…
Part Number: TLV741P Other Parts Discussed in Thread: TLV713P , Hi,
1. What is the difference between TLV713P and TLV741P?
2. Which one is the most recommend.
Thank you.
C.T.
Part Number: TLV713P Other Parts Discussed in Thread: TLV713 Hello guys,
One of my customers is considering using TLV71330P for their next products.
They know that TLV1330P output voltage variation is within +/- 1% when VOUT ≥ 1.8 V, TJ = 25°C. …
Part Number: TLV713P Other Parts Discussed in Thread: TMP102 Hello,
I think TLV713P is cap free LDO. Is TLV713P stable even though very light load condition? I assume load is TMP102 which supply current is around 10uA.
Best regards,
Toshihiro Watanab…
Part Number: TLV713P-Q1 Hi Champs,
My customer is interested in TLV713P-Q1 for their product, and asked whether TI can provide available ESR value for output capacitor though there is a description in the datasheet saying X5R/X7R types of ceramic capacitor…
Part Number: TLV713P Hello,
Input voltage may be changed from 2.8V to 3.8V. Output voltage is 3.3V. Load current is 1mA max.
Figure 5 of datasheet, VDO is almost 0V in condition. I think no issue if Vout is almost VIn condition is ok between 2.8V to 3…
Part Number: TLV713P-Q1 Hello team,
TLV713PQ1 and TLV733PQ1 have benefits to remove a external capacitors at input and output. It means a small capacitor is integrated in the device, is it correct? if the device integrates some capacitors, how much the…