Because of the Thanksgiving holiday in the U.S., TI E2E™ design support forum responses may be delayed from November 25 through December 2. Thank you for your patience.
Part Number: LM3410 Other Parts Discussed in Thread: TPS61169 , TPS61165 Tool/software: Hi, I need to power either one of two different types of displays from a single PCB. Which one is connected will be selected in production depending on the product…
Part Number: LM3410 Tool/software: Hi,
I would like to know about the Capability of LM3410. Is this LED driver capable of supplying continuous 12V ,1A of power from 5V input?
Part Number: LM3410 Tool/software: Hi Sir/Madam,
we are planning to use this LED driver for driving up to 4 (810nm) LEDs in series where each LED forward current is 500mA we want to drive the LED with 10HZ and 40HZ and continuous. Can we use his IC…
Part Number: LM3410 Tool/software: Hello!
I am in need a an integrated circuit for an LED driver design given the following requirements:
Voltage in: 2.7-4.3 volts (single lithium ion battery)
4x LEDs in series
500 mA each @ 2.93V (2 A @ 11.72 V) …
Part Number: LM3410 Tool/software: Hi,
I've built a LED Driver Circuit using the LM3410 in the 1,6mhz version.
I'm driving 4 Leds with 2,8vf at 350ma.
My schematic is based on the Example 8.2.5 in the Datasheet.
I'm using a 16khz PWM Signal,…
Maximum output power P o,max = V o,max * Io ut = (7*V F,max + VFB)* 0.07* 7 = 0.49 * (7*V F,max + 0.19)
Assuming efficiency η = 83%, input current I in, max = P o,max / η V in,min;
As device minimum current limit is 2.1 A, considering ripple, I in, max is pre…
Part Number: LM3410 Hi Team,
We have planned to use this part LM3410XSD/NOPB for LED driver.
We have to control single IR LED. Maximum current of LED is 50mA. So we adjusting the current from 0 mA to 50 mA.
Vin is battery voltage(4.2V) and our required…
Part Number: LM3410 Hi,
I'm doing a new board based on the LM3410, basically the LM3410X SEPIC demo board, I'd like to shrink it a little too so I want to make sure I'm understanding the power dissipation paths.
LEDs
LED Vvf = 3V and I…
Part Number: LM3410 Hello team,
I want to use LM3410 as boost configuration.
I not very familiar to boost converters, but are there any chance LM4310 to be unstable when used at light or no load condition?
Best Regards, Kei Kuwahara
