Consider a GSM1800 cellular radio system with 10W transmitted power from Base Station Transceiver (BTS). The gain of BTS and Mobile Station (MS) antenna is 6 and 2 respectively. The BTS is located 5Km away from MS and the height of the antenna for BTS and MS is 200m and 2m respectively. By assuming plane earth loss between BTS and MS, calculate the received signal level at MS.

Consider a GSM1800 cellular radio system with 10W transmitted power from Base Station Transceiver (BTS). The gain of BTS and Mobile Station (MS) antenna is 6 and 2 respectively. The BTS is located 5Km away from MS and the height of the antenna for BTS and MS is 200m and 2m respectively. By assuming plane earth loss between BTS and MS, calculate the received signal level at MS.

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...

See similar textbooks

Similar questions

Consider a mobile system at 900 MHz carrier frequency, and with 25-kHz bandwidth, that is affected by thermal noise (noise temp Te = 300k). Antenna gains of Tx and Rx sides are 8dB and -2dB respectively. Cable loss at Tx is 2dB. The noise figure at Rx is 7dB. The required operating SNR is 18dB and desired range of coverage is 2km. The break point is at 10dB up to which the path loss is given by [ ] , beyond that point the path loss exponent is 3.8, and the fading margin is 10dB. What is the minimum Tx power required?
"A transmission line with negligible attenuation has L = 0.15 uH/ft and C = 0.1 nF/ft and is typically operated at 100 MHz. What is the velocity of propagation (in 10^8 m/s) of the signal along this line? Enter only the numerical value. No need for the unit. Use four decimal places (if the answer is not an integer). For example, the calculated value is 3x10^8 m/s, then enter 3."
Given the Hata model with measured distance, d = 50 km, transmitter height, hte = 150 m,receiver height, hre = 5 m, and a BS transmitter radiates an EIRP of 3 kW at a GSM carrierfrequency of 950 MHz, evaluate: (a) The median path loss, L50 in dB (assume used in a large city in an urban area). (b) The median path loss, L50 in dB (assume used in a suburban area). (c) The median path loss, L50 in dB (assume used in an open rural area). (d) The power at the receiver, Pr in dB (assume a unity gain receiving antenna). (e) The received path loss, PL in dB.
Given the Hata model with measured distance, d = 50 km, transmitter height, hte = 150 m,receiver height, hre = 5 m, and a BS transmitter radiates an EIRP of 3 kW at a GSM carrierfrequency of 950 MHz, evaluate: (a) The median path loss, L50 in dB (assume used in a large city in an urban area). (b) The median path loss, L50 in dB (assume used in a suburban area). (c) The median path loss, L50 in dB (assume used in an open rural area).
A transmission line is to be inserted between a 5 Ω line and a 50 Ω load so that there is maximum power transfer to the 50 Ω load at 20 GHz.(a) How long is the inserted line in terms of wavelengths at 20 GHz?(b) What is the characteristic impedance of the line at 20 GHz?
Given the Digital Cellular System 1800 (DCS1800) with the transmitted power of 50 W from a base station (BS). The gain for both the BS and a mobile station (MS) antenna are 20 dB and 10 dB, respectively. The BS is located 10 km away from the MS and the height of the antenna for the BS and MS are 150 m and 5 m, respectively. By assuming the two-ray ground reflection model between the BS and MS, calculate: (a) The received signal level at the MS. (b) The received signal path loss at the MS in dB.
c) i) Consider a noisy continuous communication channel of bandwidth B = 1 MHz, which is perturbed by additive white Gaussian noise whose total spectral power is N0B = 1 W. Continuous signals are transmitted across such a channel, with average transmitted power S = 1,023 W. Give a numerical estimate for the channel capacity, in bits per second, of this noisy channel.
Q / Consider a cellular system with 500 total allocated voice channel frequencies. Calculate the mean S/I ratio for cell reuse factor equal to 4,7, and 12. Assume omnidirectional antennas with six interferers in the first tier and a slope for path loss (γ = 4). Discuss the results
Consider a communication link with a geostationary satellite such that transmitter receiver separation is 30,000 km. Assume the same transmitter and receiver. If a 100-mili-watt transmitter at 4 GHz is used with transmitting and receiving antennas of 0.5-m2 effective area, what is the received power level in dBm? What implications does this power level have on the receiver design? With a land-mobile satellite terminal, the typical antenna gain is 10 dB or less. What does this imply about the data rates that may be supported by such a link?
Find the median path loss using Hata model for d= 10 Km, hte = 50 m, hre = 5 m in a urban environment. If the base station transmitter at a carrier frequency of 900 MHZ. Need Handwritten with All Formulas Clearly Mentioning. Thank you
At 3 GHz, a shorted parallel sideline will be used to match a 60 ohm transmission line to a load impedance of ZL = 30 - j60 ohms. What should be the length of the parallel lateral line, in mm? Calculate using the Smith diagram.
4. Derive the equation to get the message from DSB-SC signal usinghomodyne receiver.