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Q: PAN is abbreviation of: O Private Area Network. O Personal Area Network. OPublic Area Network. O No…

A: We need to select correct option

Q: 1. The input power to a 50 ohms receiver is 200pW. Determine the receiver gain required to produce…

A: In this question,  We need to determine the receiver gain  and losses in the dB.  We know  Power in…

Q: Suppose I am using Orthogonal FSK to transmit data according to the following constellation where…

A:

Q: Question 22 The approximate frequency response shown in the graph below is the best match for which…

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Q: Suppose four active nodes A,B,S chamel gie competting fr access to using slotted ALOHA . what is the…

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Q: Question 2: Compare 4FSK with 4PSK in terms of symbol energy and bandwidth?

A: FSK is frequency shift keying. In this technique, frequency of the carrier is varies in accordance…

Q: 4. Determine the optical power received in dBm and watts for a 24 km optical fiber link with the…

A: Ww need to calculate output power for given optical fiber link .

Q: Choose the correct Answer: type of a connector is semi precision and provides excellent performance…

A: To analyse the given question

Q: 1. Five channels, each with a 100-kHz bandwidth, are to be multiplexed together. What is the minimum…

A: As per Bartleby regulation I should answer the first question of a post where multiple questions…

Q: What is the Baud rate for M-ary digitally modulated carrier if M = 8 and channel capacity = 2.7 kHz…

A:

Q: Distortion occurs in which component of the receiving unit? O Mixer ODec frequency amplifier O…

A: Choose the correct option Distortion occurs in which component of the receiving unit?

Q: Q2. An FM transmitter is modulated with a single tone A, cos (2TA,t) and a carrier amplitude of Az…

A: An FM transmitter is modulated with a single tone A1cos (2ππA2t) and a carrier amplitude of A3 volt.…

Q: For an AM DSBFC transmitter produces an output as in Figure Q1(d) with resistance load, RL of 102…

A: Given: The amplitude modulated signal (AM DSBFC) is, Modulation coefficient, m1=0.5m2=0.8 Load,…

Q: d capacity if the cable is replaced by a coaxial cable with bandwidth (B=500kHz). Assume no and…

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Q: A 50 ohms transmission line of length L=λ/2 in Figure Q.1 is to be used in RF testing. Determine the…

A:

Q: 3. Why this bridge is suited for measurement of high Q ?

A:

Q: Choose the correct answer 1: ______ Sub-system collect data derived from many sensors on the Sat and…

A: In this question., We will answer related to antenna , noise figure etc... Note :- as per our…

Q: QI (A)/ Explain briefly why we use couplers in the communication systems? QI (B) / If the signal is…

A: Couplers:- Coupling refers to the transmission of energy from one medium to another, such as a…

Q: Q4: A signal m(t) of bandwidth B= 4kHz is transmitted using a binary PCM, Compare the case of L-64…

A:

Q: 4. Determine the effective address for the following addressing mode DS= 543A, BX=2500H, SI=5000H,…

A: DS = 543A,   BX = 2500H,  SI = 5000H  Displacement(offset) = 1000H IP = 2000HFor     a) Immediate…

Q: For a twisted pair cable the attenuation measured is 5 dB and the Attenuation to cross talk ration…

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Q: USEFUL FORMULA 44 AVE

A: FIND: Forward resistance of given graph

Q: Digital Communication Systems Calculate near end cross talk ratio for the attenuation measure of 5…

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Q: I need this textbook please Principles of Communications, 7th Edition Ziemer, Tranter Insttructor…

A: Here is your complete book. You can access this link only one click it will be download.…

Q: 18. Consider the following 8-way multiplexer. Write F(a,b,c) as sum of minterms F(a, b, c) =, abc

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Q: [Q1] If the signal 4 cos 4750nt Volt is used to modulate 12 cos 245600nt Volt carrier via the DSB-LC…

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Q: Q2. Design a suitable generic SSB (USB) generator using a carrier (cos 2000nf.t) to modulate the…

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Q: Problemse Find the transter function for C/Ris) Tor the fallowing Contral systets by using black Cha…

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Q: PRACTICE PROBLEM 8.3 A binary system transmits 1.5 Mbps with a BER of 104. Given that the channel…

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Q: Determine Vo,VR, I

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A: Any values for dynamic characteristics are indicated in instrument data sheets and only apply when…

Q: 2- Figure 1 illustrates the first three stages of a typical AM receiver, calculate a- The total gain…

A: We are authorized to answer only three subparts at a time so i am answering only 3 subparts please…

Q: Q.3: If 82C55 shown in Figure below is configured as follows: PA as input, PB as output, and PC as…

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Q: Explain bridge T-attenuator andalso designit with anatenuation if 20dB. and terminatedinaloadof5002.

A: Given,  Bridge T-attenuator has, Attenuation =20log10K = 20dB Load impedance (ZL) = 500 ohm.

Q: fm transmitter is modulated withn tone 15 cos Cat 29650t) and a carrier An a sine a ame litude of 69…

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Q: (A) Source entropy (B) Joint entropy (C) Receiver entropy

A: Since, we only answer up to 3 sub-parts, we'll answer the first 3.Please resubmit the question and…

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A: "Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: E De termine Vo1 for the networks of hiG.below 13

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Q: 1. The load flow data for the sample power system are given below. The voltage magnitude at bus 2 is…

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Q: Q2. Design a suitable generic SSB (USB) generator using a carrier (cos 2000nft) to modulate the…

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Q: i) Bipolar RZ line codes ensures both zero DC, and synchronization at every bit. Select one: True…

A:

Q: For designing a communication system, which among the following parameters should be maximum? Select…

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Q: In the figure shown below, Vmax is measured as 9.2 V and Vmin measured as 2.4 V. Vrax 不支 1. Draw the…

A:

Q: wireless communication For a satellite with an uplink Eb/N0 of 14 dB and a downlink Eb/N0 of 18 dB,…

A: The solution is given below

Q: Problem 2 a) Derive the input distribution (i.e., find q) that achieves the channel capacity. b)…

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Q: What is the Baud rate for M-ary digitally modulated carrier if M = 8 and channel capacity = 2.7 kHz…

A: Given data, Channel capacity = 2.7 kHz M = 8

Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.