FIND Rab

Q: Variations in signal strength that may occur at the receiver over a period of time is called

A: Correct answer is FADING Fading is defined as  the variations in signal strength at receiver end.

Q: What will be the value of W48

A: The twiddle factor (W) is a very important parameter in digital signal processing. It can be…

Q: Draw state diagram for sequence 11011 of non overlapping condition.

A: To draw state diagram each state is represented by a circle. The transition from one state to…

Q: Table 5-1. Description Measured Computed E-Audio Generator Output voltage 10Vpp 10 Vpp ER Voltage…

A: Capacitive reactance inversely porotional to frequency  Inductive reactance directly proportional to…

Q: QA I let QA QB = X How this ? O.

A: In this question,  Check the given output is possible or not. If possible then how?  We know A+A'= 1…

Q: Find the difference. 11010011two − 1011101two _____two

A: We will first convert the given binary numbers into decimal. The subtraction of these decimal…

Q: For The Volfage-divider bias configurafion of the hgure Shown below, determine: Vc ,VE B IBQ. I ca,…

A:

Q: Identify each characteristic curve by the type of FET that it represents. Ip -VGS +VGs

A: For N channel JFET, the VGS voltage is negative and the saturation current IDs we obtain at Vgs.

Q: please solve all question 1.1) Calculate Vpk and Vpk-pk for 6 VRMS 1.2)Calculate Vpk and VRMS for…

A:

Q: For R1=8, R2=8, R3=13, R4=24, R5=29, V1=85 V, I1=2 A & I2=8, use the principle of superposition to…

A: Given: A network,  with,  R1=8𝞨, R2=8𝞨,R3=13𝞨,R4=24𝞨, R5=29𝞨,V1==85 V, I1=2 A, I2=8 A,  To…

Q: Given that R = 25 2, Q. = 0.5, and fo = 30 MHz. Part B Determine the value of L. Express your answer…

A: Given, Resistance, R = 25 Ω Quality factor, Q=0.5 Resonance frequency, fo=30 MHz

Q: An available channel for FM transmission is 64 kHz wide. The maximum allowable modulating signal…

A: In this question , we will find deviation ratio for FM...

Q: E-05, PC-02. What are the factors affecting the capacitance of capacitor. Area of plates and…

A: The expression for Capacitance is expressed as, C=∈AD Where, ∈ is the dielectric A is the area of…

Q: Whats oms law??

A: Given: Ohm's law

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).