107912990 - Agere Systems, Inc. - Datasheet.Live

a8e

re

systems

1 .3

gm

D2300-Type

Digital

Isolated

DFB

Laser

Module

Data

Sheet,

Rev

.

1

December

2001

Features

The

1 .3

Nm

132300-Type Laser

Module

is

offered

in

a

14-pin,

hermetic,

butterfly

package

.

.

Integrated

optical isolator

.

SONET/SDH

compatible

up

to

OC-48/STM-16

.

High-performance,

distributed-feedback

(DFB)

laser

.High

optical

power

available

.

Industry-standard,

14-pin

butterfly

package

.

Characterized

at

2

.488

Gbits/s

(NRZ)

.

Wide

operating

case

temperature

range

:

-40

°C

to

+75

°C

. InGaAs, PIN

photodetector back-facet

monitor

.

Low

threshold current

.High

reliability

.

Qualified

to

meet

the

intent of

Telcordia

Technolo-

giesT"'

468

Applications

.

Telecommunications

:

-

SONET/SDH

-

Long

reach

-

Interexchange

.

Digital

video

AdLib OCR Evaluation

1

.3

pm

D2300-Type

Digital

Isolated

DF13

Laser

Module

Data

Sheet,

Rev

.

1

December

2001

Description

The

D2300-Type

Digital

Isolated

DFB

Laser

Module

contains

an

internally

cooled,

InGaAsP,

distributed-

feedback (DFB)

laser

designed

for

1

.3

pm

applications

.

The

laser

is

designed

to

be

used

in

OC-12/STM-4

(622

Mbits/s)

and

OC-48/STM-16

(2 .488

Gbits/s)

for

long-reach

and

extended-reach

applications

.

The

device

is

available

with

an

average

output

power

of

0

dBm

(3

dBm

peak),

which

meets

the

SONET/SDH

standard

.

Controlled

Feedback

The module

contains

an

internal optical isolator

that

suppresses

optical

feedback

in

laser-based,

fiber-optic

systems

.

Light

reflected

back

to

the

laser

is

attenuated

a

minimum

of

30

dB

.

Controlled

Temperature

An

integral

thermoelectric cooler

(TEC)

provides

stable

thermal

characteristics

.

The

TEC

allows

for

heating

and

cooling

of

the

laser

chip

to

maintain

a

temperature

of

25°C

for

case

temperatures

from

-40

°C

to

+75

°C

.

The

laser

temperature

is

monitored

by

the

internal ther-

mistor,

which

can

be

used

with

external

circuitry

to

con-

trol

the

laser

chip

temperature

.

Controlled

Power

An

internal,

InGaAs,

PIN

photodiode

functions

as

the

back-facet

monitor

.

The

photodiode

monitors

emission

from

the

rear

facet

of

the

laser

and,

when

used

in

con-

junction with control

circuitry,

can

control optical

power

launched

into

the

fiber

.

Normally,

this

configuration

is

used

in

a feedback

arrangement

to

maintain

the

aver-

age

laser

output

power

.

Standard

Package

The

laser

module

is

fabricated

in

a

14-pin,

hermetic,

metal/ceramic

butterfly

package

.

The

package

also

incorporates

a

bias

tee

that

separates

the

dc-bias

path

from

the

RF

input

.

The

RF

input

has

a

nominal

25

52,

impedance

.

The

laser

module

is

equipped

with

a

sin-

gle-mode

fiber

.

The

pigtail

has

an 8

pm

core

and

125

gm

cladding

with

a

900

gm

tight

buffer

coating

.

Optoelectronic

components

produced

by

Agere

Sys-

tems

Inc

.

are

qualified

to

rigorous

internal

standards

that

are

consistent

with

Telcordia

Technologies

TR-

NWT-000468

.

All

design

and

manufacturing

operations

are

ISO°9001

certified

.

The

module

is

fully

qualified

for

central

office

applications

.

Pin

Information

Pin

Name

1

Thermistor

2

Thermistor

3 Laser do

Bias

(cathode)

(-)

4

Back-facet Monitor

Anode

(-)

5

Back-facet Monitor

Cathode

(+)

6

Thermoelectric

Cooler

(+)"

7

Thermoelectric

Cooler

(-)"

8

Case

Ground

9

Case

Ground

10

Case

Ground

11

Laser

Anode

(+)t

12

RF

Laser

Input

Cathode

(-)

13 Laser

Anode

(+)

14

Case

Ground

"

A

positive

current

through

the

thermoelectric

heat

pump

cools

the

laser

.

t

Both

leads should

be

grounded

for

optimum

performance

.

L1

TH

TEC

~1~

160

nH 10

ksz

R1

ISOLATOR

PACKAGE

2052

GROUNDS

NC

+ +

9

10

11

12 13

14

Top

view

.

Figure

1

.

Circuit

Schematic

1-567Fb

2

AgereSystems

Inc

.

AdLib OCR Evaluation

Data

Sheet,

Rev

.

1

December

2001

1

.3

pm

D2300-Type

Digital

Isolated

DFB

Laser

Module

Absolute

Maximum

Ratings

Stresses

in

excess

of

the

absolute

maximum

ratings

can

cause permanent

damage

to

the device

.

These

are

abso-

lute

stress

ratings

only

.

Functional

operation

of

the device

is

not

implied

at

these

or

any

other

conditions

in

excess

of

those

given

in

the

performance

characteristics

of

the

data

sheet

.

Exposure

to

absolute

maximum

ratings

for

extended

periods

can

adversely

affect

device

reliability

.

Parameter

Symbol

Min

Max

Unit

Laser

Reverse

Voltage

VRLMAX

-

2

V

do Forward

Current

IFLMAX

-

150

mA

Operating

Case

Temperature

Range

Tc

-40

75 °C

Storage

Case

Temperature

Range"

Tstg

-40

85 °C

Photodiode

Reverse

Voltage

VRPDMAX

-

10

V

Photodiode

Forward

Current

I

IFPDMAX

I

-

I

1

I

mA

"Does

not

apply

to

shipping

container

.

Handling

Precautions

Power

Sequencing

To

avoid

the

possibility

of

damage

to

the

laser

module

from

power

supply

switching

transients,

follow

this

turn-

on

sequence

:

1

.

All

ground

connections

2

.

Most

negative

supply

3

.

Most

positive

supply

4

.

All

remaining

connections

Reverse

the

order

for

the

proper

turn-off

sequence

.

Mounting

Instructions

The

minimum

fiber

bend

radius

is 1

.23

in

.

(31

.25

mm)

.

To

avoid

degradation

in

performance,

mount

the

mod-

ule

on

the

board

as

follows

:

1

.Place

the

bottom

flange

of

the

module

on a

flat

heat

sink

at least

0

.5

in

.

x

1

.180

in

.

(12

.7

mm

x 30

mm)

in

size

.

The

surface

finish

of

the

heat

sink

should

be

bet-

ter

than

32

pin

.

(0

.8

pm),

and

the

surface

flatness

must

be

better

than

0

.001

in

.

(25

.4

pm)

.

Using

thermal

con-

ductive

grease

is

optional

;

however,

thermal

perfor-

mance

can be

improved

by up

to

5%

if

conductive

grease

is

applied

between

the

bottom

flange

and

the

heat

sink

.

Electrostatic

Discharge

CAUTION

:

This

device

is

susceptible

to

damage

as

a

result

of

electrostatic

discharge

.

Take

proper

precautions

during

both

handling

and

testing

.

Follow

guidelines

such

as

JEDEC

Publication

No

.

108-A

(Dec

.

1988)

.

Agere

Systems

employs

a

human-body

model

(HBM)

for

ESD-susceptibility

testing

and

protection-design

evaluation

.

ESD

voltage

thresholds

are

dependent

on

the

critical

parameters

used

to

define

the

model

.

A

standard

HBM

(resistance

=

1

.5 ktl,

capacitance

=

100

pF)

is

widely

used

and,

therefore,

can be used

for

comparisonpurposes

.

The

HBM

ESD

threshold

pre-

sented

here

was

obtained

using

these

circuit

parame-

ters

:

Parameter

Value

Unit

Human-body

Model

>400

V

2.Mount

four

#2-56

screws

with

Fillister

heads

(M2-3

mm)

at

the

four

screw-hole

locations

(see Out-

line

Diagram)

.

The

Fillister

head

diameter

must

not

exceed

0

.140

in

.

(3

.55

mm)

.

Do

not

apply

more

than

1

in

.-Ib

.

of

torque

to

the

screws

.

r

0

.062

(1

.58)

0

.118

(3

.00)

0

.031

(0

.79)

0

.086

(2 .18)

0

.140

(3 .56)

~

I

I

i

~~

~0

.129(3

.28)R

0

.041

(1

.04)

1-532

Note

:

Dimensions

are

in

inches

and

(millimeters)

.

Figure 2

.

Fillister

Head

Screw

AgereSystems

Inc

.

3

AdLib OCR Evaluation

1

.3

pm

D2300-Type

Digital

Isolated

DFB

Laser

Module

Data

Sheet,

Rev

.

1

December

2001

Characteristics

Minimum

and

maximum

values

are

testing

requirements

.

Typical

values

are

characteristics

of

the

device

and

are

the

result of

engineering

evaluations

.

Typical

values

are

for

information

purposes

only

and

are

not

part

of

the

test-

ing

requirements

.

Table

1

.

Electrical

Characteristics

(at

25°C

Laser

Temperature)

Parameter

Symbol

Test

Conditions

Min

Typ

Max

Unit

Laser

Forward

Voltage

VLF

LF = 2

mW

(CW)

-

1

.3

1

.8

V

Slope

Efficiency

11

LF = 2

mW

(CW)

0

.035

0

.06

-

mW/mA

Threshold

Current

ITH

- -

15

35

mA

Monitor

Reverse-bias

Voltage"

VRMON

-

3

5 10

V

Monitor Current

IRMON

PO

=

1

MW

(CW)

0

.1

-

1

.0

mA

Monitor

Dark

Current

ID

IF

=

0,

VRMON

=5

V

-

0

.01

0

.1

pA

Input

Impedance

ZIN

- -

25

-

ti

Thermistor

Current

ITC

-

10

-

100

pA

Resistance

RatioT

-

-

9

.1

9

.6

10

.1

-

Thermistor

Resistance

RTH

TL

=

25°C

9

.5

-

10

.5

kQ

TEC

Current

ITEC

TL =

25

°C,

TC

=

70°C

- -

1

.0

A

TEC

Voltage

VTEC

TL =

25

°C,

Tc

=

70°C

- -

2

.0

V

TEC

Capacity

DT Tc

= 75 °C

- -

50

°C

"Standard

operating

condition

is

5

.0

V

reverse

bias

.

tRatio

of

thermistor

resistance

at

0 °C

to thermistor

resistance

at

50°C

.

Table 2

.

Optical

Characteristics

(at

25°C

Laser

Temperature)

Parameter

Symbol

Test

Conditions

Min

Typ

Max

Unit

Peak

Optical

Output

Power

PPEAK

-

2

.0

- -

mW

Center

Wavelength

k,C

-

1290

1310 1330

nm

Line

Width

(-3

dB

full

width)

AX,

Modulated

at

2

.5

Gbits/s

at

rated

power

-

210

MHz

Side-mode

Suppression

Ratio

SMSR

Modulated

at

2

.5

Gbits/s

30

- -

dB

Optical

Isolation

-

0

°C

to

65

°C 30

- -

dB

Agere

Systems

Inc

.

AdLib OCR Evaluation

Data

Sheet,

Rev

.

1

December

2001

1

.3

pm

D2300-Type

Digital

Isolated

DFB

Laser

Module

Outline

Diagram

Dimensions

are

in

inches

and

(millimeters)

.

Tolerances

are

±0

.005

in

.

(±0

.127

mm)

.

1

.025

(26

.04)

0

.508

x0

.008

PIN

1

0

.110x

0002

12

.90x0

.2)

i1If0

.020(0

.51)TYP

(2

.54

0

.6511)

nn~~n

~7

TRADEMARK,

CODE,

1111

11111

NUMBER,

I4I I4I ICI

I`1I

I4I

ICI

AND

DATE

CODE

IN

APPROX

AREA

SI-10WN

STRAIN

RELIEF

0

.038

I

(0 .91)

-

'

-

y

0

.500

(1270)'

0

.805 _ _

_

0200

_ _

r

I

(15

.37)

0

.350

_ _ _

_

_ _

O

(5

.08)

(8 .89)

I

MAX

f

f

I

-

_

i

0.078

(1

.98)

0

.105

(2 .67)

DIA

TYP

(4)

PLACES

~

PIN

14

0

.213

(5 .40)

1

0

.100

(2 .54)

NP

39

.37

(1000

.00)

MIN

2

.03

(51 .8)

0

.180

(4

.56)

0.820(20

.83)

0

.863

(21

.91)

0.700(17

.78)

0

.575

(14

.61)

0

.10

0

.280

(8

.60)

(25)

0

.056

(1

.42)

I

0

.385

--

PHIPHI

E~9

R

_

-

_

-

_

-

_

-

_

MAX

(9 .27)

p

h-4

i

1

.180(n

.97)

0

.030

(0

.75)

(5.47

HEAT

SINK

REF

0

.215

(5 .45)

-

_

-

_

-

_

-

_

-

_

-

_

-

_

-

_

-

--------

---

I

I I

1-520

.9

tt

I

AgereSystems

Inc

.

5

AdLib OCR Evaluation

1

.3

pm

D2300-Type

Digital

Isolated

DFB

Laser

Module

Data

Sheet,

Rev

.

1

December

2001

Laser

Safety

Information

Class

Illb

Laser

Product

FDA/CDRH

Class

Illb

laser

product

.

All

versions

are

Class

Illb

laser

products

per

CDRH,

21

CFR

1040

Laser

Safety

requirements

.

The

device

has

been

classified

with

the

FDA

under

accession

number

8720010

.

This

product

complies

with

21

CFR

1040

.10

and

1040

.11

.

8gm/1

25

gm

single-mode

fiber

pigtail

with

900

gm

tight

buffer

jacket

and

connector

Wavelength

=

1310

nm

Maximum

power

= 10

mW

Because

of

size

constraints,

laser

safety

labeling

(including

an

FDA

class

Illb

label)

is

not

affixed

to

the

module

but

is

contained

in

the

shipping

carton

.

Product

is

not

shipped

with

power

supply

.

Caution

:

Use

of

controls,

adjustments,

and

procedures

other than

those

specified

herein

may

result

in

hazardous

laser

radiation

exposure

.

LDANGER,

gi

:

;L_

_7~A

INVISIBLE

LASER

RADIATION

AVOID

DIR

ECT

EXPOSURE

TO

BEAM

Wavelength

:

1

.3

lm

Max

.

Output

:

10

MW,

Class

Illb

Laser

Product

D

r

INVISIBLE

LASER

RADIATION

EMITTED

FROM

END

OF

FIBER

OR

CONNECTOR

J

Avoid

exposure

to

beam

Class

3B

Laser

Product

FDA/CDRH

21

CFR

1040

Max

.

Output

:

10

mW

Wavelength

:

1

.3

lun

INVISIBLE

LASER

RADIATION

IS

EMITTED

FROM

THE

END

OF

FIBER

OR

CONNECTOR

Avoid

direct

exposure

to

beam

Do

not

view

beam

directly

with

optical

instruments

Agere

Systems

Inc

.

AdLib OCR Evaluation

1

.3

pm

D2300-Type

Digital

Isolated

DFB

Laser

Module

Data

Sheet,

Rev

.

1

December

2001

Ordering

Information

Table 3

.

Ordering

Information

Device

Code

Connector

Comcode

D2304G

FC-PC"

107912990

"Other

connector

options

are

available

.

Telcordia

Technologies

is

a trademark

of

Telcordia

Technologies,

Inc

.

ISO

is

a

registered

trademark

of

The

International

Organization

for

Standardization

.

For

additional

information,

contact your

Agere

Systems

Account

Manager

or

the

following

:

INTERNET

:

http

://www

.agere

.com

E-MAIL

:

docmaster0agere

.com

N

.

AMERICA

:

Agere

Systems

Inc

.,

555

Union

Boulevard,

Room

30L-15P-BA,

Allentown,

PA

18109-3286

1-800-372-2447,

FAX

610-712-4106

(In

CANADA

:

1-800553-2448,

FAX

610-712-4106)

ASIA

:

Agere

Systems

HongKong

Ltd

.,

Suites

3201

&

3210-12,

32/F,

Tower

2,

The

Gateway,

Harbour

City,

Kowloon

Tel

.

(852)

3129-2000,

FAX

(852)

3129-2020

CHINA

:

(86)

21-5047-1212

(Shanghai),

(86)

10-6522-5566

(Beijing),

(86)

755-695-7224

(Shenzhen)

JAPAN

:

(81)

3-5421-1600

(Tokyo),

KOREA

:

(82)

2-767-1850

(Seoul),

SINGAPORE

:

(65)

778-8833,

TAIWAN

:

(886)

2-2725-5858

(Taipei)

EUROPE

:

Tel

.

(44)

7000

624624,

FAX

(44)

1344

488045

Agere

Systems

Inc

.

reserves

the

right

to

make

changes

to

the

product(s)

or

information

contained

herein

without

notice

.

No

liability

is

assumed

as a

result

of

their

use

or

application

.

Copyright

02001

Agere

Systems

Inc

.

All

Rights

Reserved

s

y

s

tems

December

2001

a

"

e

r

e

DS00-1670PTO-1

(Replaces

DS00-1670PTO)

8

AdLib OCR Evaluation