Thanks! Yup. Only problem is you always go through the loop the same way. But then you can connect mainline power to the aux switches in a switch motor and just throwing the points aligns the power!
I am diffinentlly not bored with this series am learning alot. Did not know that's how they came up with leds cool knowledge. Thanks for this series and helping us understand electricity. GOD BLESS 🚂💖🚂💖🚂💖🚂💖
"...matrix of little teeny teeny tiny LEDs to create the color image" - correct if it is an OLED screen. But the vast majority of TVs & monitors are LED/LCD (Liquid Crystal Display) where the LEDs involved are white only, providing the backlight, and the LCDs in that matrix act as "teeny teeny tiny" gates letting certain colors through to create the images. Just thought as long as we're explaining we might as well be accurate...
Yup. Off the subject of the video. I probably shouldn’t have mentioned it. In my defense almost all screens are a matrix of LEDs no matter how the color is applied. Even a single electroluminescent panel is still, basically, an LED.
Learning a lot thank you Have a great week
Thanks!!!!!
This is a very good tutorial with very clear explanation. Excellent!!!
Hi!! Thanks. 🚀🚂
Great vidio, love the rectifier for dc loop. Thanks for the afternoon beer...
Thanks! Yup. Only problem is you always go through the loop the same way. But then you can connect mainline power to the aux switches in a switch motor and just throwing the points aligns the power!
Thanks for the video 😊
Thanks fer watching!!
Didn't see you guys at the Ogden show hope you guys are all right
They didn't go because of the snow storm that weekend.
just afraid of th snow saturday..
I am diffinentlly not bored with this series am learning alot. Did not know that's how they came up with leds cool knowledge. Thanks for this series and helping us understand electricity.
GOD BLESS 🚂💖🚂💖🚂💖🚂💖
Bless you too.
@ToyManTelevision >>> Great video...👍
"...matrix of little teeny teeny tiny LEDs to create the color image" - correct if it is an OLED screen. But the vast majority of TVs & monitors are LED/LCD (Liquid Crystal Display) where the LEDs involved are white only, providing the backlight, and the LCDs in that matrix act as "teeny teeny tiny" gates letting certain colors through to create the images. Just thought as long as we're explaining we might as well be accurate...
Yup. Off the subject of the video. I probably shouldn’t have mentioned it. In my defense almost all screens are a matrix of LEDs no matter how the color is applied. Even a single electroluminescent panel is still, basically, an LED.
Overpowering a LED they don't burnout, They go pop! I found out the hard way.
Engine smoke. Or in my case flash twice then go dark forever.