Product Description:This highly dynamic DWDM analog optical transceiver contains both Tx and Rx components. It operates from 10 MHz to 18 GHz with APC/ATC for applications such as antenna remote control, satellite communications, delay lines, distributed antenna systems, and broadband wireless communications.

Tags:analog optical Transceiver Butterfly TEC 18GHz DWDM

Applications: RF over Fiber (ROF)

Model:OM-TUCxxCNF-OWKD/OM-RUC000NF-OWD0

18GHz High Dynamic DWDM Analog Optical Transceiver

Features

  1. Transmitter using butterfly optical device with TEC
  2. Support ITU C-Band wide range of DWDM wavelengths can be selected 
  3. Wide operating frequency from 10MHz to 18GHz
  4. Flat frequency response:  ≤±1.5dB typical 
  5. High RF input P-1dB: ≥27dBm@10GHz
  6. Good noise figure: ≤48dB@18GHz
  7. High dynamic range SFDR up to 123dB·Hz2/3
  8. Automatic optical power control(APC)and auto temperature control(ATC)functions
  9. Excellent EMI/EMC design, ROHs compliant and CE certification

Applications

  1. Antenna remoting
  2. Satellite communication
  3. Delay line
  4. Distributed antenna system
  5. Wideband wireless communication
  6. OFDM fiber transmission

Absolute Maximum Ratings

Parameter Symbol Condition Min. Max. Unit
Operating Temperature Topr Tx & Rx -40 70 °C
Storage Temperature Tstg Tx & Rx -40 85 °C
DC Operating Voltage Vd -5V pin@Tx -5.5 -4.7 V
+5Vpin@Tx 4.7 5.5
+10Vpin@Tx 9.7 10.5
RF Input Power Prf Tx, ≤10GHz -- 28 dBm
Saturation Input Optical Power Pop Rx -- 13 dBm
Relative Humidity Hr 10 95 %
Atmospheric Pressure Pr 86 106 kPa
ESD Human body model -- Class1A

NoteOperation beyond these absolute maximum conditions may degrade device performance, lead to device failure, 

shorter lifetime, and will invalidate the device warranty.

Typical Specification


Parameter Test Condition MIN. TYP. MAX. Unit
Frequency Range Tx+Rx link 0.01 ~ 18 GHz
Optical Wavelength Transmitter, ITU-C band DWDM optional nm
Receiver 1100~1620
Gain (1) Tx+Rx link gain,10MHz~18GHz -30 -26 -- dB
Ripple of Passband 100MHz ~ 18GHz -- ±1.5 ±2 dB
Output Optical Power +25℃, Tx 10 12 -- dBm
RF Return loss (50 Ω) 100MHz ~ 18GHz, RF Input & output -- -10 -5 dB
Input P-1dB 1GHz 26 27 -- dBm
10GHz 27 28 --
18GHz 23 24 --
Input IP3(1) 1GHz 34 37 -- dBm
10GHz 30 34 --
18GHz 25 28 --
Noise Figure (1) 1GHz -- 38 40 dB
10GHz -- 42 45
18GHz -- 46 48
SFDR 1GHz 115 123 -- dB·Hz2/3
10GHz 105 110 --
18GHz 100 104 --
Operating Current +5V@Tx -- 45 800 mA
-5V@Tx -- 165 300
+10V@Rx 10 20
Operating Voltage Tx, +5V pin 4.8 5 5.2 VDC
Tx ,-5V pin -5.2 -5 -4.8
Rx, +10V pin 9.8 10 10.3

Note1: Test with 1.0-meter SMF-28 fiber.

Connector

Type Connector
RF Tx K type, 50Ω, Female
Rx SMA, 50Ω, Female
Optical FC/APC (1)    ,Tx & Rx
Optical Fiber Type SMF-28(Standard) (1)    ,Tx & Rx
Power EMI Low Pass Filter, Feed Through Capacitor, Soldering Temperature Should not Exceed 300℃ and 3s , Tx & Rx

Note1: Other optical connector type and fiber type can be customized.

PIN Function

Optical transmitter

20250522-1.png

Optical Transmitter Top View


PINNameDirectionNote
1+5V+5V DC Power
2-5V-5V DC Power
3GNDGND
4OPOOptical Power Monitor TTL Level Low Level(<0.4Vis Optical PowerLow High Level(+5V)is Optical Power Normal.
5RFIRF Input, K Type Female, 50Ω

Optical Receiver

20250522-4.png

Optical Receiver Top View

PINNameDirectionNote
1GNDGND
2+10V+10V DC Power
3RFORF Out, SMA Female,50Ω

Laser Safety and ESD Protection

1,The laser safety level of the optical Tx modules is ClassB (5mW~500mW). When using the Tx laser, 

the user has to avoid to exposure to the beam.

2, The optical Tx and Rx modules have electrostatics sensitivity devices, so the user has to do a good job of ESD protection when using the modules.

20250522-2.png

Heat Dissipation Requirements

In order to ensure proper performance, heat sinking and heat removal must be provided by the user to limit maximum temperature of the transmitter module.

Mechanical (unit: mm)

20250522-3.png

Note: When using the module, the bottom of the module needs to be fully cooled. 

20250522-5.png

Note Do  not  squeeze the  M2.5  screws of the  module to the  optical component, otherwise  it  may  cause the  optical component to break.

Optical Receiver

Ordering Information

OM -TUCxxCNF-OWKD
 T:TxFrequency Range   U  10MHz ~18GHz Laser Wavelength 2)xxCxx is the ITU C 
bandwavelength code number, see the table below
 Optical Connector and Fiber Type (1)F: FC/APC SM  Operating
Temperature RangeW: -40 to 70℃

Note:  1Other optical wavelengths can be customized.

(2)    ITU C-band Wavelength Code Number Table

xxFrequency(THz)Center Wavelength (nm)xxFrequency(THz)Center Wavelength (nm)
17191.71563.8640194.01545.32
18191.81563.0541194.11544.53
19191.91562.2342194.21543.73
20192.01561.4243194.31542.94
21192.11560.6144194.41542.14
22192.21559.7945194.51541.35
23192.31558.9846194.61540.56
24192.41558.1747194.71539.77
25192.51557.3648194.81538.98
26192.61556.5549194.91538.19
27192.71555.7550195.01537.40
28192.81554.9451195.11536.61
29192.91554.1352195.21535.82
30193.01553.3353195.31535.04
31193.11552.5254195.41534.25
32193.21551.7255195.51533.47
33193.31550.9256195.61532.68
34193.41550.1257195.71531.90
35193.51549.3258195.81531.12
36193.61548.5159195.91530.33
37193.71547.7260196.01529.55
38193.81546.9261196.11528.77
39193.91546.12  

Optical Receiver

OM-RUC000NF-OWD0
  R:RxFrequency Range:U  10MHz1) ~18GHz Wavelength000: 1100nm~1620nm Optical
 Connector1) F: FC/APC SM
  Operating Temperature RangeW: -40 to 70 

Note:1 Other types of optical fiber connector type can be customized.