Part Number: LMR16006 Tool/software: Hello TI Team,
We are designing the following power supply circuit using IC: LMR16006YDDCR, however we found a discrepancy between the specs in the datasheet and the TI Webench simulation.
1. Design requirements: …
Part Number: LMR16006 Tool/software: I am testing a buck converter evaluation board LMR16006EVM. This LMR16006 has an ECO mode which terminates switching when the load current is very low.
This is the schematic of LMR16006EVM.
The board is connected…
Part Number: LMR16006 Tool/software: Hi Ti,
I am now learning the block diagram of LMR16006, and I want to figure out what function do these blocks have.
For bootstrap regulator, I know it is used for C_boot charging, but I do not know what exactly…
Part Number: LMR16006 Tool/software:
Hi, friends
This is the block diagram of a BUCK switch converter LMR16006. I want to know what the SS means for the input of the error amplifier. I know the 0.765V is the reference of error amplifier, but what is…
Part Number: LMR16006 Tool/software: Hello,
I have a 48V-7V DC-DC implementation using the LMR16006. After the initial transient, the datasheet specifies a -0.3V max from SW to GND. My understanding is that on the off cycle, the SW to GND voltage will…
Part Number: LMR16006 Hello, I tried LMR16006 WeBench with the following settings. However, WeBench says “Design cannot be created!” What’s wrong?
I also tried other avaiable devices for WeBench, but with the same result.
Part Number: LMR16006 We use this part on several different production boards.
We just got a batch of boards from the assembly house: they make a noise not heard on previous runs: we hear an audible hissing sound, it sounds like it's from the inductor…
Part Number: LMR16006
Im experiencing periodically bumps in my 3.3V signal as shown in picture below.
These bumps are too big for me to accept for my design in application for 4-20mA loop signal.
Current through LM16006 fo rmy application is about 3…
Part Number: LMR16006 Hi,
I've been testing the LMR16006X and I realized that my load current will be very small (~0.2A) which will put the device into ECO mode. Is there a way to figure out what the expected switching frequency it will be? This will…
Part Number: LMR16006
Hello,
I having trouble getting same value for output inductor value by using formula from LMR16006 datasheet. Please refer to 9.2.1 Custom Design procedure.
Parameters:
Input Voltage: 16V
Output Voltage: 5.0V
Output Current 0.6…
