Information contained herein is deemed to be reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specifications at any time without notice.
5021TR-C 13 GHz 1310 nm
DFB Transceiver
DATASHEET | NOVEMBER 2013
MICROWAVE
Absolute Maximum Ratings
Stresses in excess of the absolute maximum ratings can cause permanent damage to the device. These are absolute stress ratings
only. Functional operation of the device is not implied at these or any other conditions in excess of those given in the operation-
al sections of the data sheet. Exposure to absolute maximum ratings for extended periods can adversely affect device reliability.
Parameter
Operating Temperature Range of Baseplate
Storage Temperature
RF Input Power
Symbol
T
OP
T
STG
P
IN
Condition
continuous
-
60 seconds
Min
-40
-55
-
Max
+65
+85
20
Unit
°C
°C
dBm
Electrical Characteristics
Parameter
Upper Band Edge Frequency, min
Lower Band Edge Frequency, max
Amplitude Flatness, max
3
Transmitter Gain (TG), 1 GHz
Receiver Gain (RG), 1 GHz
2
Input RF Return Loss, max
3
0.05 GHz - 13.0 GHz
Output RF Return Loss , max
0.05 GHz - 13.0 GHz
Impedance, typ
Input 1 dB Compression, min
3
Input Third Order Intercept, min
0.05 GHz -7.0 GHz
7.0 GHz - 13.0 GHz
Noise Figure, max
3
0.05 GHz - 3.0 GHz
3.0 GHz - 7.0 GHz
7.0 GHz - 13.0 GHz
3
2
5021TR-C
13
0.05
5.0
-17
-11
-7.0
-9.0
50
+20
+30
+25
44
50
54
Unit
GHz
GHz
dB p-p
dB (W/A)
dB (A/W)
dB
dB
Ohm
dBm
dBm
dBm
dB
dB
dB
1. Tested at 25°C unless noted otherwise.
2. Link RF Gain
dB
= TG + RG-2* FiberLoss
dB
(assumes R
IN
= R
OUT
)
3. Performance applies only within frequency band specified by the model number.
Information contained herein is deemed to be reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specifications at any time without notice.
Information contained herein is deemed to be reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specifications at any time without notice.
5021TR-C 13 GHz 1310 nm
DFB Transceiver
DATASHEET | NOVEMBER 2013
MICROWAVE
DC Monitor Voltages
Photodiode Current, Pin 6:
1 V/1 mA (into 1 MOhm load). Proportional to photodiode optical input power.
Laser DC Current, Pin 8:
1 V/100 mA (into 1 MOhm load)
Alarm Circuits
Summary Alarm, Pins 7 & 9:
Closed when unit is OK. Open if fault or no DC power.
The alarm is a dry, form A contact. The alarm is a summary of :
1. +5 VDC Regulator
2. Laser Temperature
3. Laser Optical Power
4. Photodiode Optical Input Power
Front Panel LEDs
Power On
Laser Temperature Stable
Laser Power Stable
Photodiode Optical Input Power
Order Information
Model Number
5021TR-C-1309-SA
5021TR-C-1309-FA
Description
Transceiver, 13 GHz, SMA, 1310 nm, 9 dBm, SC/APC
Transceiver, 13 GHz, SMA, 1310 nm, 9 dBm, FC/APC
Laser Safety
This product meets the appropriate standard in Title 21 of the Code of Federal Regulations (CFR). FDA/CDRH Class 1M laser
product. This device has been classified with the FDA/CDRH under accession number 0220191. All versions of this laser are Class
1M laser product, tested according to IEC 60825-1:2007 / EN 60825-1:2007. An additional warning for Class 1M laser products.
For diverging beams, this warning shall state that viewing the laser output with certain optical instruments (for example: eye
loupes, magnifiers, and microscopes) within a distance of 100 mm may pose an eye hazard. For collimated beams, this warning
shall state that viewing the laser output with certain instruments designed for use at a distance (for example: telescopes and
binoculars) may pose an eye hazard.
Wavelength = 1.3/1.5 μm.
Maximum power = 30 mW.
*Caution - Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.
*IEC is a registered trademark of the International Electrotechnical Commision.
Information contained herein is deemed to be reliable and accurate as of the issue date. EMCORE reserves the right to change the design or specifications at any time without notice.
空分复用 (SDM) MIMO 处理可显著提高频谱效率，进而大幅增加无线通信系统的容量。空分复用 MIMO 通信系统作为一种能够大幅提升无线系统容量和连接可靠性的手段，近来吸引了人们的广泛关注。 MIMO 无线系统最佳硬判决检测方式是最大似然 (ML) 检测器。ML 检测因为比特误码率 (BER)性能出众，非常受欢迎。不过，直接实施的复杂性会随着天线和调制方案的增加呈指数级增强，使...[详细]
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