*Linearity is not defined
*It doesnot take care about the noise and spurious signals therefore the output of balanced slope detectors may contain some noise
flatter slope is the slope that is near y-axis. Low slope = flatter steeper slope is the slope that near x-axis. High slope = steeper source: my super braaiiin
Flat slope is slope equals zero.
A slope of -3 is steeper.
a vertical line has an undefined slope, while a horizontal slope has a slope of zero.
If the slope (line)is in upward direction, it is called positive slope
yes
WE CAN use the balanced modulator & also the double balanced modulator(DBM) THANKS. ASMA
poor linearity, difficult in tuning and lack of provisions for limiting
Limitations: 1.)It Can be utilized as rectifier as a part of DC Power Supplies. 2.)In Demodulation or Detector Circuits. 3.)In clasping systems utilized as DC Restorers 4.)In section circuits utilized for waveform era. 5.)As switches in computerized rationale circuits.
When writing a limitations section in your research paper, be honest about the weaknesses or constraints of your study. Clearly explain any factors that may have impacted the results or validity of your research. It is important to acknowledge these limitations to provide a balanced and transparent view of your study's findings.
Unfortunately, limitations of the browser used by Answers.com means that we cannot see most symbols. It is, therefore, difficult to be sure what the question is. If the question is about the slope of the line joining (-4, -2) and (0, 4), the answer is: slope = [4 - (-2)]/[0 - (-4)] = 6/4 = 3/2
difference between detector and diode
Unfortunately, limitations of the browser used by Answers.com means that we cannot see most symbols. It is therefore impossible to give a proper answer to your question. Please resubmit your question spelling out the symbols as "plus", "minus", "equals".
"radar" is a palindrome for detector.
Radar is a palindrome for detector.
i just asked for a frequency detector jst as brain wave detector.
The cast of Detector - 2007 includes: Greg Joseph as Detector