1

Storage Temperature (Case)

Tstg

-40

85

degC

2

Operating Temperature (Case)

Tc

-5

75

degC

3

Total Power Dissipation

3.7

W

4

Operating Relative Humidity

RH

5

85

%

5

Signal in PIN Voltage

-0.5

Vcc+0.3

V

6

Positive Supply Voltage

V3.3+

-0.3

3.6

V

7

Frequency

F

190.70

196.65

THz

8

Wavelength

λ

1524.50

1572.06

nm

9

Frequency Error (BOL)

ΔFBOL

-1.5

+1.5

GHz

Frequency Error (EOL)

ΔFEOL

-2.5

+2.5

GHz

10

Fiber Output Power   (over lifetime and   operating condition)

Pout

13

17

dBm

11

Output power variation across tuning range

ΔP

1

dB

12

Optical Power Accuracy (BOL)

PsBOL

+/-0.5

dB

Optical Power Accuracy (EOL)

PsEOL

+/-1.0

dB

13

Relative Intensity Noise

RIN

-145

dB/Hz

14

Side-Mode Suppression Ratio

SMSR

45

dB

15

Spectral Linewidth

δf

100

KHz

16

Optical Isolation

ISO

25

dB

17

Polarization Extinction Ratio over Tuning rang

PER

20

dB

18

Channel Space

f

0.1

GHz

19

Mechanical Dimensions

25*15.6*5.65

20

Fiber Type

PANDA Fiber, or equivalents

21

Minimum Fiber Bend Radius

Equal or better than 5mm

22

Fiber Length

100+/-10cm

23

Connector

LC/UPC

24

Polarization Orientation

Parallel to slow axis

25

Electrical Interface

Molex 5054761010

1

+3.3V Supply

NC

2

3

MS

RST

4

5

SRQ

TxD

6

7

DIS

RxD

8

9

GND

NC

10

26

+3.3V Supply

1

Power

+3.3V   Power Supply; tied together in Litecore iTLA

27

Ground

9

Power

Tied together in Litecore iTLA

28

DIS

7

LVTTL input Active Low

Disable laser output via Hardware control (i.e. bypass firmware) : Low = laser output   OFF

High = laser output controlled by protocol

29

SRQ

5

LVTTL output Active Low

Litecore to report a variety of conditions for service.

Low = SRQ is asserted and SRQ conditions can be read, cleared and re-configured by   host

30

MS

3

LVTTL input Low-to-high

low  to high  transition to reset  RS232  interface;    

i.e.,  clear input buffers and terminate current package.

31

TxD

6

LVTTL output

Transmit data from iTLA to a host

32

RxD

8

LVTTL input

Receivedata by iTLA from a host

33

RST

4

LVTTL input Active Low

When  low, laser  output  be disabled  and  iTLA  stays in  reset  (i.e. RS232 off)

(must remain high for laser to operate)

34

+3.3 Supply voltage

VCC

3.13

3.3

3.47

V

35

+3.3 Supply current

ICC

-

1500

mA (Peak¹)

36

Power Dissipation(EOL)

PD

3.7

W

37

Input voltage, low

VIL

0.0

0.8

V

38

Input voltage, high

VIH

2.0

VCC

V

39

Output voltage, low

(IOL= 4 mA)

VOL

0.0

0.6

V

40

Output voltage, high

(IOH= -4 mA)

VOH

2.4

VCC

V

41

Power Supply noise

(for power supplied to the module )

(100Hz to 200MHz)

 1

%rms

42

RS-232 communication speed

9600

9600

115200

baud

43

Time   to light from LsEnable

1

Second

44

Channel/Frequency Tuning Time

30

Second

45

0.1GHz   Frequency-Step Fine Tuning Time

t_F

1

Second

46

Power   Adjustment Time

t_P

10

Second

47

Warm-up   till Freq & Power Locked

T_WU

30

Second

48

Cold-up   till Freq & Power Locked

T_CU

60

Second

49

0x30

Channel

RW

NV

Setting valid channel causes a tuning

operation to occur. Also see the optional MHz resolution ChannelH register 0x65.

50

0x31

PWR

RW

NV

Sets the optical power set point as encoded as dBm*100.

51

0x32

ResEna

RW

Reset/Enable   - Enable output, hard and soft reset.

52

0x35

FCF1

RW

NV

Allows the first channel's frequency to be defined for channel numbering.

(THz)Also see the optional MHz resolution FCF3 register 0x67.

53

0x36

FCF2

RW

NV

Allows the first channel's frequency to be defined for channel numbering.

(GHz*10) Also see the optional MHz resolution FCF3 register 0x67.

54

0x37-0x3F

Reserved

Reserved for OIF configuration registers.

55

0x40

LF1

R

Returns channel's frequency as THz. Also see the optional MHz resolution LF3 register 0x68.

56

0x41

LF2

R

Returns channel's frequency as GHZ*10.  Also   see the optional MHz resolution LF3 register 0x68.

57

0x42

OOP

R

Returns   the optical power encoded as dBm*100.

58

0x43

CTemp

R

Returns the current temperature

(monitored by the temperature alarm) encoded as °C*100.

59

0x44-0x4E

Reserved

Reserved for OIF status registers.

60

0x4F

FTFR

R

Returns min/max fine tune frequency range (MHz).

61

0x50

OPSL

R

Returns themin possible optical power setting.

62

0x51

OPSH

R

Returns the max possible optical power setting.

63

0x52

LFL1

R

Laser's first frequency (THz). Also see the optional MHz resolution LFL3 register 0x69.

64

0x53

LFL2

R

Laser's first frequency (GHz*10). Also see the optional MHz resolution LFL3 register 0x69.

65

0x54

LFH1

R

Laser's last frequency (THz). Also see the optional MHz resolution LFH3 register 0x6A.

66

0x55

LFH2

R

Laser's last frequency (GHz*10). Also see the optional MHz resolution LFH3 register 0x6A.

67

0x56

LGrid

R

Laser's minimum supported grid spacing (GHz*10). Also see the optional MHz resolution LGrid2 register 0x6B.