LD-PD manufactures a wide range of component photoreceivers with wide bandwidths up to 40 GHz. The MPR0030 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.
| Name | Model | Description | Parameter | Price |
|---|
● Greater than 40GHz RF bandwidth
● DC Coupled
● Compact lightweigth design
● High responsivity
● Positive supply voltage
● 50Ω output impedance
Main Characteristics
Parameters | Symbol | Test Conditions | Specifications | Units |
Resposivity | Re | VR=5V, λ=1.55μm, Pin=1mW | ≥0.8 | A/W |
3dB bandwidth | f3dB | VR=5V, λ=1.55μm, Pin=1mW, RFin=-10dB | DC~30 | 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 | ≥10 | mW |
Absolute maximum rating
Parameters | Values | Units | |
Storage temperature range | TSTG | -45~+85 | ℃ |
Operating temperature range | 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, 1 m typ |
Fiber Connector | FC/APC |
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.
Typical Link Response

Input Saturation optical power curve

(Optical Power UNIT:dBm)
Mechanical Outline(Unit in mm)

● Signal remoting,
● Communications,
● Radar and information processing