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XC

XC

XC

8602JE

8602JE

8602JE

Optical

Optical

Optical

Receiver

Receiver

Receiver

Manual

Manual

Manual

- 1 -

1. Product Summary

XC8602JE

outdoor optical receiver is our latest 1GHz optical receiver. With wide range

receiving optical power, high output level, low power consumption and compact structure, easy to
install. It is the ideal equipment to build the high-performance NGB network.

2. Performance Characteristics

Adopt advanced optical AGC technique, optical AGC control range: +2dBm

-9/-8/-7dBm

adjustable;

Forward working frequency extended to 1GHz, RF amplifier part adopts the high performance
low power consumption GaAs chip, the maximum output level up to 116dBμV;

EQ and ATT both use the professional electric control circuit, make the control more accurate,
operation more convenient;

Built-in the Ethernet responder, support remote network management (optional);

The optical output port and network management interface are external or internal (optional);

Built-in high reliability low power consumption power supply;

3. Technique Parameter

Item

Unit

Technique Parameters

Optical Parameters

Receiving Optical Power

dBm

-9 ~ +2

Optical Return Loss

dB

>45

Optical Receiving

Wavelength

nm

1100 ~ 1600

Optical Connector Type

SC/APC or specified by the user

Fiber Type

Single mode

Link Performance

C/N

dB

≥ 51

EQ 6dB, Output level 108 dBμV
(FZ110)
42-channel signal source input,
-2dBm optical power received

C/CTB

dB

≥ 67

C/CSO

dB

≥ 62

RF Parameters

Frequency Range

MHz

45 ~1003

45 ~862

Flatness in Band

dB

±0.75

Rated Output Level

dBμV

≥ 108

Max Output Level

dBμV

≥ 112 (-9 ~ +2dBm Optical power receiving)
≥ 116 (-7 ~ +2dBm Optical power receiving)

Output Return Loss

dB

≥16

Output Impedance

Ω

75

Optical AGC Range

dBm

(-9dBm/-8dBm/-7dBm)—(+2dBm) adjustable

Electrical control EQ range

dB

0

15

Electrical control ATT range

dB

0

15

Summary of Contents for XC8602JE

Page 1: ...2013 2013 6 6 Version Version 1 1 XC8602JE Optical Receiver Manual ...

Page 2: ...in the Ethernet responder support remote network management optional The optical output port and network management interface are external or internal optional Built in high reliability low power consumption power supply 3 Technique Parameter Item Unit Technique Parameters Optical Parameters Receiving Optical Power dBm 9 2 Optical Return Loss dB 45 Optical Receiving Wavelength nm 1100 1600 Optical...

Page 3: ...cteristics Power Voltage V A AC 150 265 V B AC 35 90 V Operating Temperature 40 60 Consumption VA 14 Dimension mm 220 L 205 W 65 H Note The forward RF indexes above are tested when adopt NEC module Use other module the indexes will be a little different 4 Block Diagram 5 Relation Table of Input Optical Power and CNR ...

Page 4: ...e 4 Enter key 5 Down key 6 Up key 7 Power Interface 8 AC220V input port when AC220V power supply 9 AC60V power pass inserter port 10 OUT1 11 20dB test port 12 AC60V feed port 13 FZ110 or FP204 14 AC60V power pass inserter port 15 OUT 2 16 Transponder connecting wire 17 Optical fiber access port 18 RJ45 interface or external optional 19 Network cable in 20 Operating instruction 21 Switching power s...

Page 5: ...eiver Receiver Manual Manual Manual 4 7 Function Display and Operating Instruction Mode Mode selection button total twelve modes press the mode selection button to enter the corresponding status display twelve modes to cycle The following is the detailed instructions ...

Page 6: ...255 255 0 2 Connect the computer and responder can be direct connected and change the computer IP to 192 168 1 XXX XXX is any number from 0 to 255 except 168 start upper computer network management software then search the device and log in 3 Right click device icon and choose modify the device IP 4 Enter new IP address gateway and subnet mask 5 Click modify then exit it is done There will show ne...

Page 7: ... in the specified range 2 Recover the received optical power of the optical contact point by cleaning the optical fiber connector or adapter etc methods Specific operation methods see Clean and maintenance method of the optical fiber active connector 3 Check the RF signal level input the optical transmitter and adjust to the required input range When the input channels number less than 15 should h...

Page 8: ...he optical fiber connector was polluted by dust or dirt Inspect the fiber connector component or bulkhead with a fiberscope If the connector is dirty clean it with a cleaning technique following these steps 1 Turn off the device power supply and carefully pull off the optical fiber connector from the adapter 2 Wash carefully with good quality lens wiping paper and medical absorbent alcohol cotton ...

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