Answer:
NTSC, Timecode
Explanation:
NTSC was used for television broadcasting in the USA, and some other countries. And it archives a video signal that exceptionally deciphers every frame of the tape with the assistance of the time stamp in unit time and frames. We have other options as well, which are PAL and SECAM. However, now and since 2013, these are being converted into the digital. The frame rate of the NTSC in the US was 29.97 fps. And this defines how good video you are going to receive.
And timecode is the signal that is recorded with the video that can quite exclusively figure out each frame of the tape with the help of the time stamp in unit time and frames.
Answer:
whats the question
Explanation:
wont show anything on the doc
Answer:
see attached
Vin -5V- +5V
Input current : 500 x 10^-6 A
V_r: 0V 5V
I_r: 1 mA
Explanation:
Step 1: Circuit Designing: you have to address the question what is your proposed circuit going to do (its function).
Step 2: Decide on circuit components that can address each such circuit functions.
Step 3: Decide on the operational specification for the circuit: voltages, currents, frequencies etc.
Step 4: Simulate your circuit to confirm if it works as expected with simulation software such as Multisim.
Answer:
C
Explanation:
C seems to be the most logical choice for a "good" choice.
It makes the most sense.
