S-Mini Analog Optical Transmitter with Pigtail
Mini Analog Optical Transmitter Pigtail
Huang
Email: Hqy@ybphotonics.com
Product Info
Introduction
The OM-TxCxxxNF-OW0x is a supper-mini (31.3×17×10mm) un-cooled optical module with low power consumption, supporting CWDM wavelengths, 10MHz–6GHz frequency range, flat response, +5V power, APC/power monitoring, optional LNA/Bias-T integration, RoHS/CE compliance, and EMI-hardened design for 5G, satellite, and distributed antenna systems.
Features
- Supper-Mini size ：31.3mm*17mm*10mm（L*W*H）
- Un-cooled（without TEC），low power consumption
- CWDM wavelength optional
- Wide operating frequency from 10MHz to 6GHz
- Flat frequency response
- Single +5V Power supply
- Have optical power monitoring function
- Automatic optical power control（APC）
- Broadband low noise amplifier（LNA） integrated（optional）
- Bias-T circuit integrated for power supply through the RF SMA connector（optional，see the schematic diagram below）
- RoHS compliant and CE certification
- Excellent EMI/EMC design
Applications
- WiMAX / 4G / 5G
- Satellite communications
- Mobile backhaul
- GPS signal transport
- All-Digital QAM network
- Data and video distribution
- Distributed antenna system
Bias-T Schematic Diagram
Absolute Maximum Ratings
Parameter Symbol Condition Min. Max. Unit Operating Case Temperature Topr -20 +70 °C Storage Temperature Tstg -40 +85 °C DC Operating Voltage Vd +5V Pin +4.7 +5.5 V RF Input Power Prf Without LNA -- 20 dBm With LNA -- 15 Output Optical Power Ps CW -- 12 mW Relative Humidity Hr -- 95 % Pressure Pr 86 106 kPa ESD Human body model Class 1A
Note ：Operation beyond these absolute maximum conditions may degrade device performance, lead to device failure, shorter lifetime, and will invalidate the device warranty.
Typical Specification（1）
Parameter Test Condition MIN. TYP. MAX. Unit Frequency Range（1） TSC 0.01 ~ 3 GHz TCC 0.01 ~ 6 Optical Wavelength CWDM optional nm Gain (2) TSC Tx with LNA Rx with LNA 6 14 -- dB Tx with LNA -11 -3 -- Rx without LNA Tx without LNA Rx with LNA -11 -3 -- Tx without LNA Rx without LNA -28 -24 -- TCC Tx without LNA Rx with LNA -11 -3 -- Tx without LNA Rx without LNA -30 -26 -- Ripple of Passband TSC 100M~3GHz, 1270nm~1370nm -- ±1.5 ±2.2 dB 100M~3GHz, 1530nm and 1550nm -- ±2.5 ±3.0 TCC 100M~6GHz, 1270nm~1370nm -- ±1.5 ±2.2 100M~6GHz, 1530nm and 1550nm -- ±2.5 ±3.0 Output Optical Power +25℃ -- 9 -- dBm RF Return loss (50 Ω) TSC 10MHz ~ 3GHz, RF Input -- -10 -5 dB TCC 10MHz ~ 6GHz, RF Input -- -10 -5 Input P-1dB（2） TSC with LNA, 1.5GHz -- 0 -- dBm without LNA, 1.5GHz -- 17 -- TCC without LNA, 3GHz 17 SFDR(2) TSC 1.5GHz 102 115 -- dB·Hz2/3 TCC 3GHz 102 113 -- Input IP3(2) TSC with LNA, 1.5GHz 4 9 -- dBm without LNA, 1.5GHz 25 33 -- TCC without LNA, 3GHz 21 33 -- Noise Figure (2) TSC with LNA,1.5GHz
1270nm~1370nm -- 18 25 dB with LNA,
1.5GHz 20 26 1530nm and 1550nm -- without LNA, 1.5GHz
1270nm~1370nm 32 40 -- without LNA, 1.5GHz
1530nm and 1550nm 35 42 -- TCC without LNA, 3GHz
1270nm ~1370nm -- 32 42 without LNA, 3GHz 1530nm and 1550nm 38 45 -- Operating Current with LNA, TSC -- 145 200 mA without LNA, TSC/TCC -- 55 100 Operating Voltage +5V pin 4.8 5 5.2 VDC Bias-T Voltage Thoughthe RF SMA connector 4.8 5 5.2 Bias-T Current Supply Thoughthe RF SMA connector - -- 200 mA
Note: (1) The lower start frequency such as 9kHz can be customized (without LNA only);
Connector
Type Connector RF SMA (50Ω), Female Optical FC/APC (1) Optical Fiber Type SMF-28(Standard) Power EMI Low Pass Filter, Feed Through Capacitor
Note (1): Other type optical connector available upon request.
PIN Function
PIN Name Direction Note 1 +5V Ⅰ +5V DC Power 2 GND Ⅰ RF and DC Ground 3 OP O Optical Power Monitor，Power Level is +2.2V±0.4V Indicate Transmit OpticalPower Normal，Otherwise Indicate Transmit Optical Power Abnormal.
Optical Transmitter top view
Laser Safety and ESD Protection
1,The laser safety level of MT04 series optical Tx modules is ClassⅢB (5mW~500mW). When using the Tx laser, the user has to avoid to exposure to the beam.
2, The MT04 series optical Tx modules have electrostatics sensitivity devices, so the user has to do a good job of ESD protection when using the modules.
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 and receiver module. The bottom of the module is the preferred heat dissipation surface.
Mechanical (unit: mm)
Optical Transmitter
Note: When using the module, the bottom of the module needs to be fully cooled.
Ordering Information Optical Transmitter
OM - TxC xxx N x - O S x x OM： Frequency Range(1)： Wavelength（2）： Optical Connector and Operating Temperature（4） Bias-T： LNA（5）： Optical TSC： 10M~3GHz 127： 1270nm Fiber Type（3）： S: -20 to 70℃ 1：without 0：without Module TCC： 10M~6GHz 129： 1290nm…137： 1370nm 153： 1530nm 155： 1550nm F： FC/APC SML: LC/APC SM T：with 1：with
Note:(1) The lower start frequency such as 9kHz is available upon request (without LNA only) ;(2) Other wavelengths is available upon request; (3) Other types of optical fiber connector type is available upon request; (4) Other temperature range is available upon request, (5) LNA only supports TSC frequency band for the time being.
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The OM-TxCxxxNF-OW0x is a supper-mini (31.3×17×10mm) un-cooled optical module with low power consumption, supporting CWDM wavelengths, 10MHz–6GHz frequency range, flat response, +5V power, APC/power monitoring, optional LNA/Bias-T integration, RoHS/CE compliance, and EMI-hardened design for 5G, satellite, and distributed antenna systems.
Features
- Supper-Mini size ：31.3mm*17mm*10mm（L*W*H）
- Un-cooled（without TEC），low power consumption
- CWDM wavelength optional
- Wide operating frequency from 10MHz to 6GHz
- Flat frequency response
- Single +5V Power supply
- Have optical power monitoring function
- Automatic optical power control（APC）
- Broadband low noise amplifier（LNA） integrated（optional）
- Bias-T circuit integrated for power supply through the RF SMA connector（optional，see the schematic diagram below）
- RoHS compliant and CE certification
- Excellent EMI/EMC design
Applications
- WiMAX / 4G / 5G
- Satellite communications
- Mobile backhaul
- GPS signal transport
- All-Digital QAM network
- Data and video distribution
- Distributed antenna system
Bias-T Schematic Diagram
Absolute Maximum Ratings
| Parameter | Symbol | Condition | Min. | Max. | Unit |
|---|---|---|---|---|---|
| Operating Case Temperature | Topr | -20 | +70 | °C | |
| Storage Temperature | Tstg | -40 | +85 | °C | |
| DC Operating Voltage | Vd | +5V Pin | +4.7 | +5.5 | V |
| RF Input Power | Prf | Without LNA | -- | 20 | dBm |
| With LNA | -- | 15 | |||
| Output Optical Power | Ps | CW | -- | 12 | mW |
| Relative Humidity | Hr | -- | 95 | % | |
| Pressure | Pr | 86 | 106 | kPa | |
| ESD | Human body model | Class 1A |
Note ：Operation beyond these absolute maximum conditions may degrade device performance, lead to device failure, shorter lifetime, and will invalidate the device warranty.
Typical Specification（1）
| Parameter | Test Condition | MIN. | TYP. | MAX. | Unit | |
| Frequency Range（1） | TSC | 0.01 ~ 3 | GHz | |||
| TCC | 0.01 ~ 6 | |||||
| Optical Wavelength | CWDM | optional | nm | |||
| Gain (2) | TSC | Tx with LNA Rx with LNA | 6 | 14 | -- | dB |
| Tx with LNA | -11 | -3 | -- | |||
| Rx without LNA | ||||||
| Tx without LNA Rx with LNA | -11 | -3 | -- | |||
| Tx without LNA Rx without LNA | -28 | -24 | -- | |||
| TCC | Tx without LNA Rx with LNA | -11 | -3 | -- | ||
| Tx without LNA Rx without LNA | -30 | -26 | -- | |||
| Ripple of Passband | TSC | 100M~3GHz, 1270nm~1370nm | -- | ±1.5 | ±2.2 | dB |
| 100M~3GHz, 1530nm and 1550nm | -- | ±2.5 | ±3.0 | |||
| TCC | 100M~6GHz, 1270nm~1370nm | -- | ±1.5 | ±2.2 | ||
| 100M~6GHz, 1530nm and 1550nm | -- | ±2.5 | ±3.0 | |||
| Output Optical Power | +25℃ | -- | 9 | -- | dBm | |
| RF Return loss (50 Ω) | TSC | 10MHz ~ 3GHz, RF Input | -- | -10 | -5 | dB |
| TCC | 10MHz ~ 6GHz, RF Input | -- | -10 | -5 | ||
| Input P-1dB（2） | TSC | with LNA, 1.5GHz | -- | 0 | -- | dBm |
| without LNA, 1.5GHz | -- | 17 | -- | |||
| TCC | without LNA, 3GHz | 17 | ||||
| SFDR(2) | TSC | 1.5GHz | 102 | 115 | -- | dB·Hz2/3 |
| TCC | 3GHz | 102 | 113 | -- | ||
| Input IP3(2) | TSC | with LNA, 1.5GHz | 4 | 9 | -- | dBm |
| without LNA, 1.5GHz | 25 | 33 | -- | |||
| TCC | without LNA, 3GHz | 21 | 33 | -- | ||
| Noise Figure (2) | TSC | with LNA,1.5GHz 1270nm~1370nm | -- | 18 | 25 | dB |
| with LNA, 1.5GHz | 20 | 26 | ||||
| 1530nm and 1550nm | -- | |||||
| without LNA, 1.5GHz 1270nm~1370nm | 32 | 40 | ||||
| -- | ||||||
| without LNA, 1.5GHz 1530nm and 1550nm | 35 | 42 | ||||
| -- | ||||||
| TCC | without LNA, 3GHz 1270nm ~1370nm | -- | 32 | 42 | ||
| without LNA, 3GHz 1530nm and 1550nm | 38 | 45 | ||||
| -- | ||||||
| Operating Current | with LNA, TSC | -- | 145 | 200 | mA | |
| without LNA, TSC/TCC | -- | 55 | 100 | |||
| Operating Voltage | +5V pin | 4.8 | 5 | 5.2 | VDC | |
| Bias-T Voltage | Thoughthe RF SMA connector | 4.8 | 5 | 5.2 | ||
| Bias-T Current Supply | Thoughthe RF SMA connector | - | -- | 200 | mA | |
Note: (1) The lower start frequency such as 9kHz can be customized (without LNA only);
Connector
| Type | Connector |
|---|---|
| RF | SMA (50Ω), Female |
| Optical | FC/APC (1) |
| Optical Fiber Type | SMF-28(Standard) |
| Power | EMI Low Pass Filter, Feed Through Capacitor |
Note (1): Other type optical connector available upon request.
PIN Function
| PIN | Name | Direction | Note |
|---|---|---|---|
| 1 | +5V | Ⅰ | +5V DC Power |
| 2 | GND | Ⅰ | RF and DC Ground |
| 3 | OP | O | Optical Power Monitor，Power Level is +2.2V±0.4V Indicate Transmit OpticalPower Normal，Otherwise Indicate Transmit Optical Power Abnormal. |
Optical Transmitter top view
Laser Safety and ESD Protection
1,The laser safety level of MT04 series optical Tx modules is ClassⅢB (5mW~500mW). When using the Tx laser, the user has to avoid to exposure to the beam.
2, The MT04 series optical Tx modules have electrostatics sensitivity devices, so the user has to do a good job of ESD protection when using the modules.
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 and receiver module. The bottom of the module is the preferred heat dissipation surface.
Mechanical (unit: mm)
Optical Transmitter
Note: When using the module, the bottom of the module needs to be fully cooled.
Ordering Information Optical Transmitter
| OM | - | TxC | xxx | N | x | - | O | S | x | x |
|---|---|---|---|---|---|---|---|---|---|---|
| OM： | Frequency Range(1)： | Wavelength（2）： | Optical Connector and | Operating Temperature（4） | Bias-T： | LNA（5）： | ||||
| Optical | TSC： 10M~3GHz | 127： 1270nm | Fiber Type（3）： | S: -20 to 70℃ | 1：without | 0：without | ||||
| Module | TCC： 10M~6GHz | 129： 1290nm…137： 1370nm 153： 1530nm 155： 1550nm | F： FC/APC SML: LC/APC SM | T：with | 1：with |
Note:(1) The lower start frequency such as 9kHz is available upon request (without LNA only) ;(2) Other wavelengths is available upon request; (3) Other types of optical fiber connector type is available upon request; (4) Other temperature range is available upon request, (5) LNA only supports TSC frequency band for the time being.
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