Today, I completed soldiering the pins and heat shrinking a cover to the 5V breadboard power supply AC adapter that I will be using on all of the lab projects.
Here, I set up a breadboard circuit using one LED and one resistor (1000 ohms) in series.
Using the multimeter, I tested voltages on a few DC batteries. The first was a 1.5V D battery and then a 9V battery.
With the multimeter, I tested an unregulated AC 9V adapter. The value was higher (14.24V) than the posted 9V. I added a 100ohm resister to the end and measured 11.8V. The resistor caused a drop in voltage.
With a multimeter, I tested my 5V adapter. The value was approximately 5.11V.
With a multimeter, I tested an AC-AC adapter. The printed output was 13V. I measured 15.76V.
With the multimeter, I measured the resistance values for five resistors and compared them to their band color code values. The measurements were as follows: 75ohms was 75.8ohms, 100ohms was 98.9ohms, 390ohms was 388ohms, 470ohms 469ohms, and 680ohms was 673ohms.
With a multimeter, I measured a potentiometer. The lowest value was 4.7V, while the highest was 8.71KOhm.
No comments:
Post a Comment