The two-port shown operates between two50 O resistors, at w = 500 Mra/s.(a) Find its scattering matrix.(b) What are the properties of the circuit?What role does it play?2. The two-port shown operates between two 50 Q resistors, at w = 500Mra/s.(a) Find its scattering matrix.(b) What are the properties of the circuit? What role does it play?0.1uHele400F0.1uH

The circuit is a lattice network Za=Zd and Zb=Zc then The network is an symmetrical and Balanced…

Answered: The two-port shown operates between two…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Calculate channel capacity, in bits per second, of a 10-MHz channel with an S/N ratio of 50 dB *
Consider an AWGN channel with bandwidth 50 MHz, received signal power 10 mW, and noise density No (Noise Power/Bandwidth) = 10−9 W/Hz. (a) What is the information capacity (Mbps) in the system? (3 points, 2 decimal places); (b) By doubling the received power, What is the information capacity (Mbps) in the system? (3 points, 2 decimal places) (c) How much does the capacity (Mbps) by doubling the channel bandwidth? (3 points, 2 decimal places)
It is given as Z1 = Z3 = 50Ω and Z2 = 25Ω in the two-port Π circuit given in the figure. According to this,a) Find the scattering matrix of the two-port circuit Π.
It is given as ?1 = ?3 = 50Ω and ?2 = 25Ω in the two-gate Π circuit given in the figure. According to this,a) Find the scattering matrix of the two-port circuit Π.b) Using the scattering matrix in a), determine the properties provided by the two-port circuit.
Consider an AWGN channel with bandwidth 50 MHz, received signal power 10 mW, and noise density No (Noise Power/Bandwidth) = 10−9 W/Hz. (Use two decimal places) (a) What is the information capacity (Mbps) in the system? (b) By doubling the received power, What is the information capacity (Mbps) in the system? (c) How much does the capacity (Mbps) by doubling the channel bandwidth?
For the transistor , IS = 6×10−16 μA,αF = 0.985, and αR = 0.25. (a) What type oftransistor is in this circuit? (b) Label the collector, base, and emitter terminals of the transistor.(c) Label the emitter-base and collector-base voltages, and label the normal direction for IE , IC, andIB. (d) Write the simplified form of the transportmodel equations that apply to this particular circuitconfiguration. Write an expression for IE /IC. Writean expression for IE /IB. (e) Find the values of IE ,IC, IB, βF , βR, VE B, and VC B.
Q3 (i) What do you mean by baseband transmission of a digital signal ? What are the possible types of connection of devices in a topology for communication?
It is given as Z1 = Z3 = 50Ω and Z2 = 25Ω in the two-port Π circuit given in the figure. According to this,a) Find the scattering matrix of the two-port circuit Π.b) Using the scattering matrix in part a), the properties provided by the two-port circuitPlease specify.
Consider an industrial network application where there is one control unit (PLC) connected using half duplex connection with 20 other sensor and actuator devices having a bandwidth of at least 100Kbps located at the distance of around 2000 feet apart. Choose a most suitable fieldbus protocol and serial communication protocol along with wiring, cable, topology and any other requirement details to connect all these devices efficiently.
i) A communication system employs a continuous source. The channel noise is white and Gaussian. The bandwidth of the source output is 10 MHz and signal to noise power ratio at the receiver is 100. (a) Determine the channel capacity. (b) If the signal to noise ratio drops to 10, how much bandwidth is needed to achieve the same channel capacity as in (a). (c) If the bandwidth is decreased to 1 MHz, what S/N ratio is required to maintain the same channel capacity as in (a).
(a) A certain city with a population of 1.2 million residents has an area of 1,800 km² and is covered by a cellular system using a 7-cell re-use pattern. Each cell has a radius of 4.5 km and the city is allocated 36 MHz of spectrum with full duplex channel bandwidth of 60 kHz. Assume a grade of service (GOS) or probability of blocking of 2 % for this system. If the offered traffic per user is 0.03 Erlangs, determine: (i)The total number of cells; (ii) the maximum carried traffic; (iii) the total number of users that can be served for 2% GOS; (iv) the market penetration of this cellular system. (v) the theoretical maximum number of users that could be served at one time by the system. What percentage of the subscribers is this value?
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The two-port shown operates between two 50 N resistors, at w = 500 Mra/s. (a) Find its scattering matrix. (b) What are the properties of the circuit? What role does it play?