Part Number: LM3423-Q1 Other Parts Discussed in Thread: TPS92691 , TPS92692 Tool/software: Hi team,
My customer is looking for a high power LED driver solution. The specs are 24V input and 60W output (40V/1.5A). The main concern is the operating ambient…
Part Number: LM3423-Q1 Other Parts Discussed in Thread: LM3423 Hi all, For a design we are planning to use the LM3423-Q1 to drive the currents. Our goal is to use the IC/design for PWM dimming via the nDIM pin.
Design details:
Vin=28V
Vout=60V…
Part Number: LM3423-Q1 Hi Team,
since Webench does not support LM3423-Q1 design anymore, can you please share your design guides and/or calculator sheets for LM3423-Q1 designs? I could not find any of them online in the product folder. It would be quite…
Part Number: LM3423-Q1 Other Parts Discussed in Thread: LM3423 , BQ76942 , TPS54560B
Hello, I intend to use the LM3423 as a constant-current charger for a battery pack.
I am using the datasheet buck-converter example as a design reference (figure…
Part Number: LM3423-Q1 Other Parts Discussed in Thread: LM3423 Dear TI,
We are going to build DRL with the LM3423-Q1.
We some question about LM3423-Q1.
1. What is the input / output tolerance rate? 2. ERROR AMPLIFIER: Under what conditions does…
Part Number: LM3423-Q1 Other Parts Discussed in Thread: LM3423 , LM3421 Hi
Question on Buck-Boost Application ( Refer to datasheet "LM342x/-Q1 N-Channel Controllers for Constant-Current LED Drivers", SNVS574F –JULY 2008–REVISED JULY 2015)
1. Can…
Part Number: LM3423-Q1 Other Parts Discussed in Thread: LM3423 Dear TI Team,
Would you help this request?
I would like to know about the error range of Vout for the LM3423-Q1 product.
If the answer is difficult, is there a formula that can determine…
Part Number: LM3423-Q1 Dear TI,
For IC output characteristics Gain and phase margin should be measured in the operating area to satisfy the following requirements.
How do you measure?
Part Number: LM3423-Q1 Hi TI,
I am implementing DRL using the LM3423-Q1.
I want to implement the auto recovery function. Is it possible to implement the TIMR pin by touching 0 ohm to ground? Or is there another way?
Thank you.