Timing diagrams are used extensively in digital circuits. A key component of the timing diagram is the CLOCK waveform. The Clock waveform is a square wave signal. Clocks are defined by: A = +5V (logic 1). assume OV is a logic low Frequency, f, in units of Hertz (Hz) Period, T, in units of seconds (s) Duty cycle, D, in units of percent. Amplitude, +A in units of volts Below is an example of a typical digital clock signal. Pulse width +A Rising op Leading Edge Falling or Trailing Edge Amplitude Positive Half Negative Half 0 One Cycle or Period Given the Period of Clock diagram above 1 = 1.0 nsec (1 nano = 1x 10-9) Amplitude +A = 5 V The clock pulse width, Tpw = 0.1 nsec Answer the following questions: The Clock frequency f = [Select] The Clock duty cycle, D = [Select ] A logic High = [Select ] A logic Low = [Select ]