Storage Temperature

T_stG

-40

85

°C

Operating Case Temperature

T_c

0

70

°C

Operating Humidity

OH

5

95

%

Power Supply Voltage

V_CC

0

3.6

V

Receiver Damage Threshold

+5

dBm

Power Supply Voltage

V_CC

3.13

3.3

3.47

V

Power Supply Current

350

500

mA

Operating Case Temperature

Tc

0

70

°C

Operating Humidity Range

OH_o

5

85

%

Nominal Data Rate

Tx 1244.16

Rx  2488.32

Mbit/s

Optical Center Wavelength

1480

1500

nm

Optical Spectrum Width (-20dB)

∆λ

1

nm

Side Mode Suppression Ratio

SMSR

30

dB

Average Launch Optical Power

AOP

+6

+10

dBm

EOL, 0~70°C

Power-OFF Transmitter Optical Power

-39

dBm

Launched into SMF

Extinction Ratio

ER

8.2

dB

PRBS2²³-1+72CID @2.488Gbit/s

Tolerance to Transmitter Incident Light

-15

dB

Transmitter Reflectance

-10

dB

Transmitter and Dispersion Penalty

TDP

1

dB

Transmit on 20km SMF

Optical Waveform Diagram

ITU-T G.984.2

Figure 1,margin>5%

Output Eye Mask

Compliant with ITU5T G.984.2 Mask

Data Input Differential Swing

600

1600

mV

LVPECL input, AC coupled

Input Differential Impedance

90

100

110

Ω

Transmitter Disable Voltage - Low

0

0.8

V

Transmitter Disable Voltage - High

2.0

V_CC

V

Transmitter Fault Alarm Voltage - Low

0

0.4

V

Transmitter Fault Alarm Voltage - High

2.4

V_CC

V

Operating Wavelength

SEN

1290

1330

nm

Sensitivity (EOL, 0~70°C)

-35

dBm

PRBS2²³- 1+72CID@1.244Gbps BER ≤1×10-4 ,ER≥10dB

Saturation Optical Power

dBm

Dynamic Range

15

dB

Figure 2

SD Signal Assert Level

-36

dBm

SD Signal De-assert Level

-45

dBm

Hysteresis

0.5

6

dB

Receiver Reflectance

12

dB

Data Output Voltage – Low

V_cc-1.81

V_cc-1.62

V

Data Output Voltage – High(-Vcc)

V_cc-1.02

V_cc-0.88

V

Data Output Differential Swing

400

1600

mV

LVPECL output, DC coupled

Reset with

TRESET

16

bits

Reset-Low

0

0.4

V

Reset- High

2.4

V_cc

V

Receiver Amplitude Recovery

TRECOVERY

32

bits

Refer to the Reset signal falling

Signal Detect Assert Time

50

ns

Signal Detect De-assert Time

12.8

ns

Refer to the Reset signal rising

Signal Detect Voltage-Low

0

0.4

V

Signal Detect Voltage- High

2.4

V_cc

V

RSSI Trigger-Low

0

0.8

V

RSSI Trigger- High

2.0

Vcc

V

Optical Signal During Time

T_ont

1200

ns

Data Output Voltage – Low

V_cc-1.81

V_cc-1.62

V

Data Output Voltage – High(-Vcc)

V_cc-1.02

V_cc-0.88

V

Data Output Differential Swing

400

1600

mV

LVPECL output, DC coupled

Reset with

TRESET

16

bits

Reset-Low

0

0.4

V

Reset- High

2.4

V_cc

V

Receiver Amplitude Recovery

TRECOVERY

32

bits

Refer to the Reset signal falling

Signal Detect Assert Time

50

ns

Signal Detect De-assert Time

12.8

ns

Refer to the Reset signal rising

Signal Detect Voltage-Low

0

0.4

V

Signal Detect Voltage- High

2.4

V_cc

V

RSSI Trigger-Low

0

0.8

V

RSSI Trigger- High

2.0

V_cc

V

Optical Signal During Time

T_ont

1200

ns

RSSI Trigger- High

2.0

V_cc

V

Optical Signal During Time

T_ont

1200

ns

Temperature

0 to +70 °C

±3°C

Internal

1LSB = 1/256°C

Voltage

3.0 to 3.7 V

±3%

Internal

1LSB = 0.1mV

Bias Current

0 to 100 mA

±10%

Internal

1LSB = 2uA

TX Power

1.5 to 5 dBm

±2dB

Internal

1LSB = 0.1uW

RX Power Monitor

-30 to -8 dBm

±3dB

External

1LSB = 0.1uW