Your Assignment Is To Give Realistic Equipment Side And Line Side Numbering For Main Distribution Frame Street Cabinet 1 (592.19 KiB) Viewed 30 times
Your Assignment Is To Give Realistic Equipment Side And Line Side Numbering For Main Distribution Frame Street Cabinet 2 (318.85 KiB) Viewed 30 times
Your Assignment Is To Give Realistic Equipment Side And Line Side Numbering For Main Distribution Frame Street Cabinet 3 (173.44 KiB) Viewed 30 times
Your assignment is to give realistic equipment side and line side numbering for Main Distribution frame, Street cabinet, and Distribution Point. (6 marks.) Mention the cable size between Main Distribution frame and Street cabinet, between Street cabinet, and Distribution Point and between Distribution Point and Wall Jack. (3 marks) Mention the colour of each pair used. (5 marks) Give the realistic distance between Main Distribution frame and Street cabinet, between Street cabinet, and Distribution Point and between Distribution Point and Wall Jack. (3 marks) Give the realistic distance for the Cross-connection cable at the Main Distribution frame, Street cabinet, and Distribution Point and the colour of the cross-connection pair. (4 marks) Note that the cable from the EWSD to MDF and from MDF to Street Cabinet is Primary Cable. The cable from the Street cabinet to the Distribution Point is secondary cable, the cable from the Distribution Point to the Jack is drop cable. The distance of the cable between the Exchange and the MDF as well as the distance between the wall jack and the phone is given. The phone is a 900 ohms device. Remember to add and mention each jumper. Exchange will supply 48 Volts Show all calculation the voltage drop over the CPE using Kirchhoff's Voltage Law. 18 Marks For the purpose of this assignment used below technical values. Primary cable specifications: 0.64mm or AWG 22 Maximum Current: TBD Maximum Voltage: 1000V Resistance per km: 56.4 Ohms Capacitance per km: 58nF Minimum Insulation Resistance: 100 MQ/km Secondary cable specifications 0.50mm or AWG 24 Maximum Current: TBD Maximum Voltage: 500 volts Resistance per km: 89.5 Ohms Capacitance per km: 58nF Minimum insulation resistance at 20°C, 500Vdc 10 000 MQ x km Drop Cable Specifications 0.5mm Maximum Current:TBD Maximum Voltage: 500V Resistance per km: 89.5 Ohms Capacitance per km: 58nF
Cross-Connection Cable 0.5mm Maximum Current:TBD Maximum Voltage: 500V Resistance per km: 89.5 Ohms Capacitance per km: 58nF Telephone CPE cable specifications and indoor Quad 0.5mm Maximum Current: TBD Maximum Voltage: 500V Resistance per km: 89.5 Ohms Capacitance per km: 58nF Jumper 0.1 ohms loss. CPE CPE has a resistance of 900 ohms. This is the start of the assignment please draw the complete circuit up to the CPE. Exc huy Cabin Cross Connectie Piary Cable June th λφα Jumpa —
1) Drawing Mail Cross Conection Exchange Primary Cable hay Châu Janpur pe and complete..... 2) Resistance 3) Current 4) Voltage Drop over CPE
Mai Distribution Frame Exchange Primary Cable Cross Connection Primary Cable Jumper Jumper Jumpet Jumper
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