Part Number: LM76005-Q1 Other Parts Discussed in Thread: LM76005 Hi Ti Team,
When I connect the LM76005 Bias Pin to GND, will it create any reliability issues? Vout is 5V in my case.
Jebin
Part Number: LM76005 Hello team
I just wanted to understand how the polarity of CBOOT capacitor comes in series with reference voltage , during Low side MOSFET turned on CBOOT will charge to Vcc and to turn on the HS switch we need VBAT+VCC , Plesae refer…
Part Number: LM76005 Hello everyone,
Currently using the LM76005 to step down voltage from a 12S battery to around 28 V. This may be a simple question, but I was just wondering about the Vfb value. The datasheet indicates that the Vfb value should be…
Part Number: LM76005 Other Parts Discussed in Thread: PSPICE-FOR-TI We're working on a design based upon the LM76005, and noticed that Webench is missing a startup simulation option for this part. Given my related questions, would a member of the TI team…
Part Number: LM76005 Hi Team,
May I have your help to suggest the proper spec. of inductor for customer LM76005 design.
The input is 48V and output is 24V/4.5A, switching freq. is around 400KHz.
As customer design now(not up to 4.5A output), the inductor…
Hello,
The hotswap controller is a separate business product line and the appropriate apps engineer should have been replying within a 24 hr response time frame.
The reason why I recommended it was because it should meet your input voltage range and power…
Part Number: TPS2490 Other Parts Discussed in Thread: LM5069 , LM76005 , TPS1663 , TPS1653 Hello,
As referenced in this related post , we need precise inrush / continuous power limiting of an LM76005-based buck converter with a large amount of bulk output…
Part Number: LM76005-Q1 Hello ,
We are planning to use LM76005-Q1 BUCK Converter in our design for 24V applications. Please find the parameters details mentioned below
Parameters-
Vin max = 36V
Vin typ = 24V
Vout = 12v
Iout = 3.5A
When we perform the…
Part Number: LM76005-Q1 Hi,
For a project, I have designed a fly-buck using a LM76005-Q1 (schematic below).
While the circuit provides a correct voltage on the primary (V5P5_PRI, yellow curve) and secondary (V5P0_NO_REG, orange curve) outputs, I have…