Hello,
I am fairly new to this and was wondering if I am in the right track.
My goal is to get 15 LED's (BXRA- C -0402) connected in parallel, flashing (On and OFF). My input signal is a square pulse (function generator)
15 LED Voltage and current (from data sheet)
Max current = 15 amps. (considered 10 amps)
Max voltage = 9.5 V
Transistor Char. (from data sheet)
I am using a power transistor (MJH6284)
Vce(Sat) = 2V; test = 1.2V.
Vbe(sat)= 4V; test = 2.5V (considered)
can I apply :
11.5V at the base (square pulse)
10.7V at the collector
~1 ohms load resistance which connects the transistor emitter and the 15 LED's
in order to satisfy my condition of 10 amps i and 9.5V for 15LED's?
I am fairly new to this and was wondering if I am in the right track.
My goal is to get 15 LED's (BXRA- C -0402) connected in parallel, flashing (On and OFF). My input signal is a square pulse (function generator)
15 LED Voltage and current (from data sheet)
Max current = 15 amps. (considered 10 amps)
Max voltage = 9.5 V
Transistor Char. (from data sheet)
I am using a power transistor (MJH6284)
Vce(Sat) = 2V; test = 1.2V.
Vbe(sat)= 4V; test = 2.5V (considered)
can I apply :
11.5V at the base (square pulse)
10.7V at the collector
~1 ohms load resistance which connects the transistor emitter and the 15 LED's
in order to satisfy my condition of 10 amps i and 9.5V for 15LED's?