@thesis{thesis,
		author={Andy  Wijaya},
		title ={Pengaruh loading coil pada redaman kabel tembaga},
		year={2014},
		url={https://repository.ittelkom-pwt.ac.id/324/},
		abstract={The development of telecommunications technology requires either an increase in network so it can transmit signals properly. One is the copper cable network. Copper cable transmission is commonly medium used in telecommunication systems. Attenuattion as one of the factors that affect the quality of the copper cable network must be suppressed as much as possible so that its value becomes better network quality. There are four factors that affect the value of the attenuattion on the copper cable channel is resistance, conductance, inductance, and capacitance. In order to have a small distortion value, a cable channel should have a ratio resistance value per inductance value is proportional to the conductance value per capacitance value. So to reduce the attenuation value can be done by raising the value of inductance. In order for these values can be obtained, usually the cable channel will be added the loading coil so the inductance value can be increased so that the cable channel may have a small distortion values so that the channel has a small attenuattion value that the channel can be enhanced. The value of attenuattion cable is 0.091 nepper. After adding the loading coil is 0.052 nepper, the obtained values attenuattion become smaller. So The value is 0.039 nepper and get better at transmitting the signal. So that earned using a loading coil that can be what reduces attenuation in copper cable.
Keywords: Attenuation, Loading Coil, Copper Cable, resistance, inductance, conductance, capacitance}
		}