Part Number: TLV767 Tool/software: Hello e2E Experts,
Good day.
The current boost circuitry I was inquiring about had to do with a voltage regulator, specifically a TLV76701DGR.
Is there a current boost circuit configuration that has the specifications…
HI Grady,
Most of the changes look fine. However, the reason we recommend connecting pins 7 and 2 to GND is to improve thermal performance of the device. Adding 0 ohm jumpers as shown will defeat this purpose. If the customer is uncomfortable connecting…
Part Number: TLV767 Other Parts Discussed in Thread: TLV61070A Tool/software: Hi, TI expert
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Part Number: TLV767
Tool/software:
Dear applications specialist,
My name is Kevin Vitwar, we are designing in your TLV76750DRVR, TPS7A2533DRVR, and TPS72301DRVR .
It is critical for us to obtain the proper operation temperature range and at what node…
Part Number: TLV767 Tool/software: The datasheet specifies the thermal shutdown temperature as 180°C. Does this 180°C refer to the junction temperature of the IC? Since the maximum junction temperature is stated as 150°C, is there any risk of the IC…
Part Number: TLV767-Q1
Tool/software:
Hello,
I am considering using TLV767-Q1 for my project. I read through the datasheet and found that it has two variants, fixed-output voltage and variable output voltage. I need one with fixed 3.3V output voltage…
Part Number: TLV767 Tool/software: Hi,
I'm using TLV76701DRVR to reguled from 5V to 3.3V.
The 5V power signal is stable and have enoght power.
This is my schematic.
I tested this circuit in my custom PCB, putting a loader tester The simulation starts…
Part Number: TLV767 Tool/software: I need to do some reliability calculations. Thus, I need to know the semiconductor technology node of the TLV76701DRVR. Example, what is the geometry (channel length) and any other important features named in the technology…
Part Number: TLV767
Tool/software:
Hello -
In our application we have a 12V input to the TLV76701DRVR with output set at 5V. The output capacitor is 4.7uF. The load is minimal (<<1mA).
On the input side we have ~ 13.3uF of combined capacitance…