The PL-MPR0020A is a high-performance photoelectric converter used to perform photoelectric conversion and then output the signal before amplification of the RF signal using a built-in low-noise amplifier. The optical output has a small-signal bandwidth of 3 dB ≥ 20 GHz, with S22 ≤ -10dB within the bandwidth. It features an integrated AC-coupled output port and a broadband transimpedance gain controller with an automatic gain control (AGC mode) for differential output. This product can be used in instrumentation and measurement, high-speed communication, and other technical fields.
Product model
| 20 GHz Amplified Photoreceivers |
PL-MPR0020A | Response Spectrum 900~1620nm, Detector responsivity 0.8A/W@1550 nm or 1310nm, Conversion gain 3000 V/W, 3dB bandwidth 20GHz | Response wavelength: 900-1620nm Bandwidth: 20GHz |
Parameter
Features
● ＞20GHz Bandwidth
● PIN/TIA/AGC Configuration
● Single Mode or Multimode Models
● Auto Gain Control
● Dual GPPO® Output Connectors
Specifications
Parameters | Symbol | Test Condition | Min | Typ | Max | Unit |
Operation Wavelength | λ |
| 900 | 1550 | 1620 | nm |
Detector responsivity | R | Vcc =0 V; λ=1550 nm |
| 0.8 |
| A/W |
Vcc =0 V; λ=1310 nm |
| 0.8 |
|
Detector dark current | Id | Vcc =+3.3 V |
|
| 50 | nA |
Transimpedance gain | ZT |
|
|
| 6000 | Ω |
Conversion gain | Gain |
|
| 3000 |
| V/W |
Output voltage swing1 | Vpp |
|
|
| 700 | mV |
Lower cutoff frequency | fcut-off |
|
| 100 |
| MHz |
3 dB bandwidth | BW | Vcc =+3.3V ; P Optical=-3 dBm |
| 20 |
| GHz |
Input saturation power | Psat | Vcc =+3.3V |
| 3 |
| dBm |
RF return loss | S22 | Vcc=+3.3 V ; 3dB Within Bandwidth |
|
| -10 | dB |
Operating current | I | Vcc=+3.3 V |
| 70 | 75 | mA |
Note: Unless otherwise specified, the test temperature is 25℃.
1. The value after differential combining will have a swing of half if single-ended output is used.
Recommended working conditions
Parameters | Symbol | Value | Unit |
Optical Power | Ps | -3 | dBm |
Chip Voltage | Vcc | +3-+3.5 | V |
AGC Mode Voltage | VAGC | +2.7-+3.3 | V |
Control Voltage | VM | 0-+1 | V |
Max Ratings:
Parameter name | Symbol | Rating | Unit |
Optical Power | Ps | 7 | dBm |
Chip voltage | Vcc | 4 | V |
AGC mode voltage | VAGC | 4 | V |
Control voltage | VM | 1.2 | V |
Working temperature | Top | -40 ~ +70 | ℃ |
Storage temperature | Tstg | -40 ~ +85 | ℃ |
Welding temperature | Ts | 260（10s） | ℃ |
Bandwidth S21/S22 Curve with Small Signal
Dimensions and Pin definitions
PIN | Description | Function | Remark |
PIN1 | NC | No internal pins | Control PIN |
PIN2 | NC | No internal pins |
PIN3 | Vcc | Chip power supply |
PIN4 | NC | No internal pins |
PIN5 | NC | No internal pins |
PIN6 | NC | No internal pins |
PIN7 | GND | Casing ground |
PIN8 | NC | No internal pins |
PIN9 | VAGC | AGC mode enabled, set to +2.7-+3.3V |
PIN10 | VM | Output swing adjustment, 0-+1V, maximum output swing at +1V |
PIN11 | RSSI | Detector current monitoring, output value is 25% of detector photocurrent |
PIN12 | NC | No internal pins |
PIN13 | NC | No internal pins |
PIN14 | NC | No internal pins |
OUTP | Output+ | Differential positive output | RF output port |
OUTN | Output- | Differential inverted output |
Optin | Optical Input | 9um-SMF ，APC/FC Interface | Optical input port |
Application
● Test and Measurement
● High-Speed Communications
● Instrumentation O-E Front End
● OEM Integration
Product model
PL-MPR0020AResponse wavelength: 900-1620nm
Bandwidth: 20GHz
Parameter
● ＞20GHz Bandwidth
● PIN/TIA/AGC Configuration
● Single Mode or Multimode Models
● Auto Gain Control
● Dual GPPO® Output Connectors
Parameters
Symbol
Test Condition
Min
Typ
Max
Unit
Operation Wavelength
λ
900
1550
1620
nm
Detector responsivity
R
Vcc =0 V; λ=1550 nm
0.8
A/W
Vcc =0 V; λ=1310 nm
0.8
Detector dark current
Id
Vcc =+3.3 V
50
nA
Transimpedance gain
ZT
6000
Ω
Conversion gain
Gain
3000
V/W
Output voltage swing1
Vpp
700
mV
Lower cutoff frequency
fcut-off
100
MHz
3 dB bandwidth
BW
Vcc =+3.3V ; P Optical=-3 dBm
20
GHz
Input saturation power
Psat
Vcc =+3.3V
3
dBm
RF return loss
S22
Vcc=+3.3 V ; 3dB Within Bandwidth
-10
dB
Operating current
I
Vcc=+3.3 V
70
75
mA
Note: Unless otherwise specified, the test temperature is 25℃.
1. The value after differential combining will have a swing of half if single-ended output is used.
Recommended working conditions
Parameters
Symbol
Value
Unit
Optical Power
Ps
-3
dBm
Chip Voltage
Vcc
+3-+3.5
V
AGC Mode Voltage
VAGC
+2.7-+3.3
V
Control Voltage
VM
0-+1
V
Max Ratings:
Parameter name
Symbol
Rating
Unit
Optical Power
Ps
7
dBm
Chip voltage
Vcc
4
V
AGC mode voltage
VAGC
4
V
Control voltage
VM
1.2
V
Working temperature
Top
-40 ~ +70
℃
Storage temperature
Tstg
-40 ~ +85
℃
Welding temperature
Ts
260（10s）
℃
Bandwidth S21/S22 Curve with Small Signal
PIN
Description
Function
Remark
PIN1
NC
No internal pins
Control PIN
PIN2
NC
No internal pins
PIN3
Vcc
Chip power supply
PIN4
NC
No internal pins
PIN5
NC
No internal pins
PIN6
NC
No internal pins
PIN7
GND
Casing ground
PIN8
NC
No internal pins
PIN9
VAGC
AGC mode enabled, set to +2.7-+3.3V
PIN10
VM
Output swing adjustment, 0-+1V, maximum output swing at +1V
PIN11
RSSI
Detector current monitoring, output value is 25% of detector photocurrent
PIN12
NC
No internal pins
PIN13
NC
No internal pins
PIN14
NC
No internal pins
OUTP
Output+
Differential positive output
RF output port
OUTN
Output-
Differential inverted output
Optin
Optical Input
9um-SMF ，APC/FC Interface
Optical input port
● Test and Measurement
● High-Speed Communications
● Instrumentation O-E Front End
● OEM Integration