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PWRBlazer™HLN 3112 Compact Optical Node
HIG
HLIG
HTS • Compact,rugged,die-castaluminum
housingallowsoutdoorstrand,wallorpedestalmounting
• Uptotwohigh-leveloutputs(115dBμV)offercost-effectivenetworkdesign
• 1-GHzbandwidth
• Idealforapplicationsincludingfiber-deepanddistributionarchitectures
The Harmonic PWRBlazer™ HLN 3112 addresses the need for a compact, cost-effective optical node. This
node includes an ergonomic, rugged, die-cast aluminum housing. The housing supports an easy-to-use
fiber management system and replaceable power supply. The RF module supports two outputs.
The HLN 3112 comes standard with one optical receiver module. A range of transmitters, using various laser
technologies, is available.
Standard Configuration
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PWRBlazer™HLN 3112 Compact Optical Node
ModelSHLN 3112-XX-YY-PP-ZZ
XX Denotes the Return Bandwidth: 30 = 30 MHz 42 = 42 MHz 65 = 65 MHz
YY Denotes the Return Blank = No Transmitter Transmitter Option: 4 = 1310 ± 20 nm Fabry-Perot laser 5 = 1310 ± 20 nm uncooled DFB 8 = 1550 ± 20 nm uncooled DFB 31 = 1310 nm CWDM uncooled DFB 47 = 1470 nm CWDM uncooled DFB 49 = 1490 nm CWDM uncooled DFB 51 = 1510 nm CWDM uncooled DFB 53 = 1530 nm CWDM uncooled DFB 55 = 1550 nm CWDM uncooled DFB 57 = 1570 nm CWDM uncooled DFB 59 = 1590 nm CWDM uncooled DFB 61 = 1610 nm CWDM uncooled DFB
PP Denotes the Input Blank = 60-95 VAC Power Option: AC = 90-265 VAC
ZZ Denotes the Optical AS = SC/APC Connector Type AE = E2000 (on both the optical receiver and transmitter) Other connector types available upon request
optiCal inputOptical Input Range -6 to +1 dBm
Wavelength Range 1310 ± 30 nm 1550 ± 30 nm
Optical Return Loss > 45 dB
Detector Noise < 7 pA/√Hz
Detector Responsivity 0.85 A/W @ 1310 nm
0.95 A/W @ 1550 nm
RF outputNumber of RF Ports 2
Output Level 115 dBμV/ch1
C/CSO >60 dBc2
C/CTB >65 dBc2
Output Port Impedance 75 Ω
Return Loss >16 dB over the operational bandwidth
Frequency Response < 1.5 dB (Peak-to-Valley) over the operational
Group Delay < 10 ns/MHz from fFWD
to 1003 MHz, where f
FWD = 54 MHz for 42/52 split
fFWD
= 87 MHz for 65/85 split f
FWD = 49 MHz for 30/47 split
Output Stability ± 1.5 dB over the operating temperature range
RetuRn pathFrequency Response Flatness < 1.5 dB (Peak-to-Valley) over the operational bandwidth
Isolation Between the > 40 dB from fFWD
to 1003 MHz, where Forward RF Output and f
FWD = 54 MHz for 42/52 split
Return Transmitter Input fFWD
= 87 MHz for 65/85 split f
FWD = 49 MHz for 30/47 split
Return Input 75 Ω Port Impedance
Group Delay < 20 ns/MHz from 5 MHz to fRTN
, where f
RTN = 40 MHz for 42/52 split
fRTN
= 63 MHz for 65/85 split f
RTN = 27 MHz for 30/47 split
poweR 60 VAC 220 VAC
Consumption3 ≤ 30W ≤ 30W Current Passing (All Ports) 15 A 15 A Operating Input Voltage 40-95 VAC, 90-265 VAC, Input Frequency Range (Sine Wave) 50, 60Hz 50, 60Hz Start-up Input Voltage 32 VAC 75 VAC Turn-off Input Voltage 28 VAC 72 VAC In-rush Current Limit 35 A 15 A
node uSeR inteRFaCeInput Optical Power Test point 1 V/mW at 1310 nm
RF Output Test Points -20 ± 1.5 dB (directionally coupled)
RF Output Test Point GSK Male (accessible from outside) Connector Type
tRanSMitteR SpeCiFiCationS4
Optical Output Uncooled DFB 3.0 dBm at 25˚C 1.5 to 4.5 dBm over operating temperature range4 Fabry-Perot ≥ 0 dBm at 25˚C
Wavelength See model numbers5
RFInput Nominal Input (at full gain) to achieve C/(N+I) specified below6 Fabry Perot -60 dBmV/Hz Uncooled DFB -61 dBmV/Hz Frequency Response Flatness 2 dB
Peak-to-Valley (5 MHz to f
RTN)
3 dBPeak-to-Valley
(5-200 MHz)7
LinkPerformance Dynamic Range Fabry Perot 12 dB8 @ 35 dB of C/(N+I) Uncooled DFB 9 dB9 @ 40 dB of C/(N+I) C/(N+I) Fabry Perot 35 dB Uncooled DFB 40 dB
Power consumption 2.6 W
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PWRBlazer™HLN 3112 Compact Optical Node
tRanSMitteR uSeR inteRFaCeOutput Optical Power LED GREEN: Normal OFF: Optical power < -8 dBm
Power ON LED GREEN: +12 VDC normal OFF: Loss of 12 VDC
RF Input Test Points -20 ± 1.5 dB
RF Input Test Point Connector Type GSK Male
phySiCalDimensions (L x W x H) 12.5" x 8.0" x 5.3" 31.75 cm x 20.32 cm x 13.46 cm
Weight 8.3 lbs/3.7 kg
enviRonMentalOperating Temperature4 -40˚ to +60˚ C Range -40˚ to +140˚ C
Relative Humidity Maximum 95% non-condensing Node Housing Air Impermeability 0.069 MPa
aCCeSSoRieSPlug-in Slope Equalizers Linear Frequency Response Model Nominal slope between 85 and 1003 MHz NLE3002A 2 dB NLE3004A 4 dB NLE3006A 6 dB NLE3008A 8 dB NLE3010A 10 dB NLE3012A 12 dB NLE3014A 14 dB NLE3016A 16 dB
Plug-in Pads Model Insertion Loss NPD3000A 0 dB NPD3002A 2 dB NPD3004A 4 dB NPD3006A 6 dB NPD3008A 8 dB NPD3010A 10 dB NPD3012A 12 dB NPD3014A 14 dB NPD3016A 16 dB
Notes:
1. At node output, AT0=3 dB, AT1=AT2=7 dB, 3.6% OMI, 0 dBm optical input.
2. Typical for 59 PAL CW carrier , standard transmitter, 10 km optical fiber with attenuator, -1dBm optical input power, 113 dBμV virtual output level at 1003 MHz with 14 dB slope, 3.6%
OMI, AT0=3 dB, AT1=AT2=7 dB.
3. Without return transmitter module (See the return transmitter’s specifications for its power consumption specifications.)
4. Transmitter specifications are for an operating temperature range of -20˚C to +60˚C (ambient temperature with the node open) unless otherwise specified.
5. Transmitter wavelength can vary by ± 8 nm over the full operating temperature range of -20˚C to +60˚C (ambient temperature with the node open).
6. Nominal input to achieve specified C/(N+I) can vary by ± 3 dB over the full operating temperature range of -20˚C to +60˚C (ambient temperature with the node open).
7. Without plug-in low-pass filter
8. For an all-fiber link loss of 7 dB (0 dBm at the return receiver), 5-42 MHz Gaussian noise input; at nominal RF input level.
9. For a link loss of 10 dB including 7 dB of fiber loss and 3 dB of passive loss (0 dBm at the return receiver), 5-65 MHz Gaussian noise input; at nominal RF input level.
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© 2009 Harmonic Inc. All rights reserved. Harmonic, the Harmonic logo, and PWRBlazer are trademarks, registered trademarks or service marks of Harmonic Inc. in the United States and other countries. Other company, product and service names mentioned herein may be trademarks or service marks of their respective owners. All product and application features and specifications are subject to change at Harmonic’s sole discretion at any time and without notice. 06.23.09