LD-PD manufactures a wide range of component photoreceivers with wide bandwidths up to 45 GHz. The MPR0045 Microwave Photonics Receiver extends link response to greater than 30 GHz via direct optical-to-analog RF conversion for signal remoting, communications, radar and information processing applications.
The unit consists of a high speed InGaAs PIN photodiode coupled to the RF output connector. It includes internal bias decoupling and can operate over a wide range of supply voltages (+3 to +15V). The detector response covers 1300 to 1600 nm. It is pigtailed with 900µm jacketed, single mode (ITU-T G.652.D compliant) fiber and can be terminated with a variety of optical connector options. The entire unit is contained in a sealed housing and weighs less than 25 grams.
Product model
| 45GHz Microwave Photonics Receiver |
MPR0045 | Response Spectrum 1300-1600nm; 3dB bandwidth 45 GHz, Reponsivity ≥0.7 A/W@1.55μm, Material InGaAs | Response wavelength: 1300-1600nm Material: InGaAs Bandwidth: 45GHz |
Parameter
Key Parameter
Main Characteristics
Parameters | Symbol | Test Conditions | Specifications | Units |
Resposivity | Re | VR=5V, λ=1.55μm, Pin=1mW | ≥0.7 | A/W |
3dB bandwidth | f3dB | VR=5V, λ=1.55μm, Pin=1mW, RFin=-10dB | DC～45 | GHz |
Dark Current | ID | VR=5V, Pin=0mW | ≤20 | nA |
Saturated input optical power | PS | VR=5V, λ=1.55μm, fc=4 GHz, RFin=-10dB | 8 | dBm |
Absolute maximum rating
Parameters |
| Values | Units |
Storage temperature range | TSTG | -45～+85 | ℃ |
Operating temperature range2 | TC | -40～+70 | ℃ |
Bias voltage | VR | ≤9 | V |
Input power1 | Pin（VR=5V） | ≤20 | mW |
Welding Temperature | Tsolder | 260（10s） | ℃ |
Electrostatic discharge sensitivity | ESD | ≥250 | V |
Recommended Operation Conditions
Parameters | Symbol | Values | Units |
Bias voltage | VR | 3~5 | V |
Input Optical power | Pin | 1~8 | mW |
Mechanical Characteristics
RF Connector | 3.5 mm (SMA) female |
Fiber Pigtail | G.652.D, single mode 900um buffer, 1m typ3 |
Fiber Connector | FC/APC4 |
Bias Connectors | 0.018" dia. Kovar pins with Sn/Pb coating |
Max Weight (Grams) | 25 |
Note:
1. Exceeding maximum optical input power may damage the device.
2. Military temperature range available. Consult factory.
3. Other fiber options available. Consult factory.
4. Other connector options available. Consult factory.
Typical Link Response
Input Saturation optical power curve
(Optical Power UNIT:dBm)
The unit consists of a high speed InGaAs PIN photodiode coupled to the RF output connector. It includes internal bias decoupling and can operate over a wide range of supply voltages (+3 to +15V). The detector response covers 1300 to 1600 nm. It is pigtailed with 900µm jacketed, single mode (ITU-T G.652.D compliant) fiber and can be terminated with a variety of optical connector options. The entire unit is contained in a sealed housing and weighs less than 25 grams.
Product model
MPR0045Response wavelength: 1300-1600nm
Material: InGaAs
Bandwidth: 45GHz
Parameter
Main Characteristics
Parameters
Symbol
Test Conditions
Specifications
Units
Resposivity
Re
VR=5V, λ=1.55μm, Pin=1mW
≥0.7
A/W
3dB bandwidth
f3dB
VR=5V, λ=1.55μm, Pin=1mW, RFin=-10dB
DC～45
GHz
Dark Current
ID
VR=5V, Pin=0mW
≤20
nA
Saturated input optical power
PS
VR=5V, λ=1.55μm, fc=4 GHz, RFin=-10dB
8
dBm
Absolute maximum rating
Parameters
Values
Units
Storage temperature range
TSTG
-45～+85
℃
Operating temperature range2
TC
-40～+70
℃
Bias voltage
VR
≤9
V
Input power1
Pin（VR=5V）
≤20
mW
Welding Temperature
Tsolder
260（10s）
℃
Electrostatic discharge sensitivity
ESD
≥250
V
Recommended Operation Conditions
Parameters
Symbol
Values
Units
Bias voltage
VR
3~5
V
Input Optical power
Pin
1~8
mW
Mechanical Characteristics
RF Connector
3.5 mm (SMA) female
Fiber Pigtail
G.652.D, single mode 900um buffer, 1m typ3
Fiber Connector
FC/APC4
Bias Connectors
0.018" dia. Kovar pins with Sn/Pb coating
Max Weight (Grams)
25
Note:
1. Exceeding maximum optical input power may damage the device.
2. Military temperature range available. Consult factory.
3. Other fiber options available. Consult factory.
4. Other connector options available. Consult factory.
Typical Link Response
Input Saturation optical power curve
(Optical Power UNIT:dBm)