Part Number: TLC59711 Other Parts Discussed in Thread: LP5009 , LP5815 , LP5812 , LP5861 Hello,
For my project I'm looking for an IC, that can output adjustable constant current from 0 up to 30mA (can be more) and can also chop the output with a PWM…
Part Number: TLC59711 Tool/software: Hello,
I am working with a chain of 11 TLC59711 IC's, my issue is when I turn on the pwm for 1 it is turning on the rest of them.
For example setPWM(1,65535) // FULL ON, will turn on 13, 25, etc (Which is the…
Part Number: TLC59711 I have 20 boards chained together and can't seem to get a faster refresh rates than 0.04 seconds. This is just using a simply python script:
import argparse
import board
import busio
import time
import modules . ada_tlc59711…
Part Number: TLC59711 Other Parts Discussed in Thread: TLC5971 , Team,
TLC59711 and TLC5971 (HTSSOP-20) seems to be very close (same package, same pinout): www.ti.com/.../compare.html
I have found the below post but it does not give 100% the confidence…
Part Number: TLC59711 Other Parts Discussed in Thread: TLC5948A Looking at the D/S for this device, I do not see any shutdown pin which I can use to have the device consume no current when not used.
Since our system is battery powered and will contain…
Part Number: TLC59711 Hello E2E Experts,
Good day.
A quick question: Say I got high current LEDs which I wish to control using this device, is there some way to bypass its maximum 60mA current per channel? For example, let the device control a FET…
Part Number: TLC59711 Hi All,
I am trying to create a very smooth fade in/fade out process using this device but for some reason when entering very low numbers
into the PWM value of a given channel (say the values 1 and then 2 and then 3) I see relatively…
Part Number: TLC59711 Hello All,
A costumer was looking to use 30 TLC59711 units in cascade for an HMI interface.
The original design had VLED=Vcc=Vreg=3.3, after checking the used LED forward drop at 10mA, the supplier estimate the maximum value…
Part Number: TLC59711 Hey,
I am looking to have VCC/VREG run at 5 V and VLED run at 3.3V through one 2.9V LED. Will this be enough voltage headroom to operate?
Thanks, Jacob
Hi, Yasir,
I'm not very clear how you use TLC59711 in your application, and can you give me more details on following questions:
1. What's your bi-color LED, part number?
2. Another LED to "B", what does this mean?
3. What's your problem?
If…
