Datasheet TOTR370M-IR Datasheet (TOSHIBA)

查询TOTR370M-IRV1A供应商

Optical Communication Devices

September 2001

10Gb/s Optical Transponder

TOTR370M-IR Series

APPLICATION

SONET / SDH (OC-192 / STM-64) applications

•

FEATURES

10 Gb/s optical transceiver with 16 Channel Mux and DeMux

•

Differential LVDS 622 Mb/s data and 622 MHz clock interface

•

Optical input power range: –17 dBm (typ) to 0 dBm (@ BER = 10

•

Optical output power range: –4 dBm (typ) to –2 dBm /–0.5 dBm to +1.5dBm

•

Target distance: 25 km/40 km

•

Tc: 0 ˚C to 70 ˚C

•

Power supply: +5.0 V, +3.3 V and −5.2 V

•

Package size: 114 x 88.9 x 13.4 mm

•

–12

)

TOTR370M-IR Series

TOTR370M-IR Series

TOTR370M-IR Series

BLOCK DIAGRAM

TxREFSEL

TxRATESEL
TxRESET
TxPHSADJ0/1

LsENABLE
LsBIASALM

LsTEMPALM
LsBIASMON

LsPOWMON

LsTEMPMON

RxRESET
RxRATESEL

RxLOCKERR

RxMCLK
RxPOCLK

RxDout

RxREFCLK
RxREFSEL
RxMCLKSEL

RxPOWMON

TxREFCLK
TxPICLK

622MHz

622Mb/s

622MHz

622Mb/s

TxDin

16

TxMCLK
TxPCLK

TxLOCKERR

10 Gb/s

10 Gb/s

Transmitter Side

Optical Fiber
Output

Optical Fiber
Input

Receiver Side

EML

Control Circuits

PD

TIA PIN PD

APC

APC: Automatic Power Control
ATC: Automatic Temperature Control
TEC: Thermo-Electric Cooler
TIA: Transimpedance Amplifier

ATC

TEC

Ther­mistor

Limiting

Amplifier

Timing

Generation

16:1 Mux

Clook and Data

Recovery

1:16 DeMux

Modulator

Driver

16

ABSOLUTE MA

It

Storage temperature
Input data signal volt
Input optical peak po
Input optical average
Positive supply 1 vol
Positive supply 2 vol
Negative supply volta

It

Operating case temp

Operating Tempe

Electrical Power S

It

It

ELECTRICAL A

Optical Character

Optical fiber output p

Target distance

Dispersion

Operating wavelengt

Transmitter

Spectral Width (@ 20
Side mode Suppress

Extinction ratio
Optical return loss

Receiver

Sensitivity (@ BER =
Overload
Optical return loss
Optical path penalty

Positive supply 1 vol
Positive supply 1 cur
Positive supply 2 vol
Positive supply 2 cur
Negative supply volta
Negative supply curr

Electrical Input an

It

Alam output high lev
Alam output low leve
Control input high lev
Control intput low lev

Electrical Input an

It

Input power monitor vol
Normalized laser power
50% variation of laser p
Laser disable mode
Laser monitor bias vo
Laser monitor bias of
Normalized laser temper
Normalized laser temper

T

v

.

ABSOLUTE MAXIMUM RATINGS

C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C

DIMENSIONAL OU

Optical Fiber
Output

10 Gb/s

Optical Fiber
Input

10 Gb/s

Item

Storage temperature
Input data signal voltage
Input optical peak power
Input optical average power
Positive supply 1 voltage
Positive supply 2 voltage
Negative supply voltage

Ratings

−40 to +85

GND–0.5 to V

+3

0

0 to 6
–0.5 to +3.8
–6.5 to +0.3

DD

ELECTRICAL AND OPTICAL CHARACTERISTICS

Operating Temperature

Item

Operating case temperature range

Optical Characteristics

Item

TOTR370M-IRV1A

Target distance

Dispersion

Operating wavelength range

Transmitter

Spectral Width (@ 20 dB down)
Side mode Suppression Ratio

Optical fiber output power

Extinction ratio
Optical return loss

Receiver

Sensitivity (@ BER = 10
Overload
Optical return loss
Optical path penalty (@ Target distance)

TOTR370M-IRV1B
TOTR370M-IRV1C
TOTR370M-IRV1A
TOTR370M-IRV1B
TOTR370M-IRV1C

TOTR370M-IRV1A
TOTR370M-IRV1B
TOTR370M-IRV1C

–12

)

Electrical Power Supplies

Item

Positive supply 1 voltage
Positive supply 1 current
Positive supply 2 voltage
Positive supply 2 current
Negative supply voltage
Negative supply current

Electrical Input and Output Signals (Digital Signal Characteristics)

Item

Alam output high level
Alam output low level
Control input high level
Control intput low level

Electrical Input and Output Signals (Analog Signal Characteristics)

Item

Input power monitor voltage slope for PIN
Normalized laser power monitor voltage
50% variation of laser power (linear slope)
Laser disable mode
Laser monitor bias voltage slope
Laser monitor bias offset voltage
Normalized laser temperature monitor voltage
Normalized laser temperature monitor slope

Min Typ. Max

0 – +70

Min Typ. Max

−

–
–
–
–
–

1530

–

30
–4.0
–0.5
–4.0

8.2
30

–
0

27

–

Symbol Typ. Max

V

CC

I

CC

V

DD

I

DD

V

EE

I

EE

Min

+4.75

+3.135

–5.4

25
40
40

–
–
–
–

–
–
–
–
–
–
–

–17

–
–
–

–

–

–

Min Typ. Max

VDD–0.5

GND

–1.0

V

DD

GND

Symbol Typ. Max

RxPOWMON
LsPOWMON

–
–

LsBIASMON

–

LsTEMPMON

–

Min

0.8

0.44

–20

17.8
–20

–
–
–
–

–

–
–

+0.5

+5.0

–

+3.3

–

–5.2

–

–

0.5

0.25
–

20

–

2.5

–40

–
–

–
500
800
800

1565

1.0
–

–2.0
+1.5
–2.0

–
–

–14

–
–
2

V

DD

0.5

V

DD

1.0

+5.25

250

+3.465

2500

–5.0

500

1.26

0.56
–

20

22.5

20

–
–

Unit

˚C

V
dBm
dBm

V

V

V

Unit

˚C

Unit

km

ps/nm

nm

nm
dB

dBm

dB
dB

dBm
dBm

dB
dB

Unit

mA

mA

mA

Unit

V
V
V
V

Unit

V/mW

mV

mV/mA

mV

mV/˚C

Receiver

88

Top

Pin Map Overview

KJ

+5.0V

1

+5.0V

2

RxRATESEL

3

+3.3V

4

+3.3V

5

RxRESET

6

V

V

V

V
V

V

7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

NC
NC
NC

-5.2V

-5.2V
NC

-5.2V

-5.2V
NC

+5.0V
+5.0V

NC

+3.3V
+3.3V

TxRATESEL

+3.3V
+3.3V

TxRESET

-5.2V

-5.2V
NC

-5.2V

-5.2V
NC

N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
N

DIMENSIONAL OUTLINE AND PIN ASSIGNMENT

Unit

˚C

V
dBm
dBm

V

V

V

Unit

˚C

Unit

km

ps/nm

nm

nm
dB

dBm

Receiver Transmitter

88.9

114.3

13.4

0.5

45.7

(27.7)

12.69.4

29.9

K30

21.25

Bottom viewSide viewTop view

30.0 Max

A30 A1

21.25

46.7

29.9

K1

(24.5)

4-M2.5 (3mm deep)

300 pin FCI
Meg Array connector

21.12

(Unit: mm)

12.1

Max

+5.25

250

+3.465

2500

–5.0

500

Max

1.26

0.56
–

20

22.5

20

–
–

dB
dB

dBm
dBm

dB
dB

Unit

V

mA

V

mA

V

mA

Unit

V
V
V
V

Unit

V/mW

V
V

mV

mV/mA

mV

V

mV/˚C

Pin Map Overview

KJHGF E DC B A

+5.0V

1

+5.0V

2

RxRATESEL

3

+3.3V

4

+3.3V

5

RxRESET

6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

NC
NC
NC

-5.2V

-5.2V
NC

-5.2V

-5.2V
NC

+5.0V
+5.0V

NC

+3.3V
+3.3V

TxRATESEL

+3.3V
+3.3V

TxRESET

-5.2V

-5.2V
NC

-5.2V

-5.2V
NC

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC

RxDout12P
RxDout12N

GND
RxDout13P
RxDout13N

GND
RxDout14P
RxDout14N

GND
RxDout15P
RxDout15N

GND

NC
NC

GND

TxDin12P
TxDin12N

GND

TxDin13P
TxDin13N

GND

TxDin14P
TxDin14N

GND

TxDin15P
TxDin15N

GND

TxPICLKP
TxPICLKN

GND

NC
NC

RxPOWMON

+3.3V
+3.3V

NC
+3.3V
+3.3V

NC

-5.2V

-5.2V
NC

-5.2V

-5.2V

RxREFSEL

NC
NC

LsBIASMON

+3.3V
+3.3V

LsENABLE

+3.3V
+3.3V

LsBIASALM

-5.2V

-5.2V

LsTEMPALM

-5.2V

-5.2V

TxREFSEL

RxDout8P
RxDout8N

GND
RxDout9P
RxDout9N

GND

RxDout10P

RxDout10N

GND

RxDout11P

RxDout11N

GND

RxPOCLKP
RxPOCLKN

GND

TxDin8P

TxDin8N

GND

TxDin9P

TxDin9N

GND
TxDin10P
TxDin10N

GND
RxDin11P
RxDin11N

GND
TxPCLKP
TxPCLKN

GND

GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

LsPOWMON

GND
GND

LsTEMPMON

GND
GND

TxPHSADJ0

GND
GND

TxPHSADJ1

GND
GND

NC

RxDout4P
RxDout4N

GND
RxDout5P
RxDout5N

GND
RxDout6P
RxDout6N

GND
RxDout7P
RxDout7N

GND
RxMCLKP
RxMCLKN

GND

TxDin4P
TxDin4N

GND

TxDin5P
TxDin5N

GND

TxDin6P
TxDin6N

GND

RxDin7P
RxDin7N

GND
TxMCLKP
TxMCLKN

GND

GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

RxMCLKSEL

GND
GND

RxLOCKERR

GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

NC
GND
GND

TxLOCKERR

RxDout0P
RxDout0N

GND
RxDout1P
RxDout1N

GND
RxDout2P
RxDout2N

GND
RxDout3P
RxDout3N

GND

RxREFCLKP
RxREFCLKN

GND

TxDin0P
TxDin0N

GND

TxDin1P
TxDin1N

GND

TxDin2P
TxDin2N

GND

TxDin3P
TxDin3N

GND

TxREFCLKP
TxREFCLKN

GND

PRECAUTIONS

(a) Power supply: Transient electric spike may cause a damage to the laser, the photodiode or IC chips.

A surge-free power supply and a slow starter circuit should be used.

To avoid causing an electrical surge, pins should not be connected or disconnected on the test fixture
before turning power off .
(b) The product should be grounded for obtaining the performance.
(c) Safety: The laser emits invisible light harmful to the human eyes. Direct viewing should be avoided.

Input Controls Truth Tables

Output Alarms Truth Tables

RxRATESEL (Pin # K3)

0

1 or NC

FEC rate of 10.664Gb/s and 10.709Gb/s selected
normal SONET rate of 9.953Gb/s or Ethernet rate of 10.3Gb/s selected

TxRATESEL (Pin # K21)

0

1 or NC

FEC rate of 10.664Gb/s and 10.709Gb/s selected
normal SONET rate of 9.953Gb/s or Ethernet rate of 10.3Gb/s selected

RxRESET (Pin # K6)

0

1 or NC

asynchronous DeMux system reset
normal operation

TxRESET (Pin # K24)

0

1 or NC

asynchronous Mux system reset
normal operation

LsENABLE (Pin # F21)

0 or NC

1

normal operation
laser disable

LsBIASALM (Pin # F24)

0
1

laser bias alarm active
normal operation

LsTEMPALM (Pin # F27)

0
1

laser temperature alarm active
normal operation

RxLOCKERR (Pin # B15)

0
1

indicates loss of PLL lock
normal operation

TxLOCKERR (Pin # B30)

0
1

indicates loss of PLL lock
normal operation

TxPHSADJ1 (Pin # D27)

0 or NC
0 or NC

1
1

TxPHSADJ0 (Pin # D24)

0 or NC

1

0 or NC

1

adjusts the phase of the TxPCLK by 0deg
adjusts the phase of the TxPCLK by 90deg
adjusts the phase of the TxPCLK by 180deg
adjusts the phase of the TxPCLK by 270deg

RxREFSEL (Pin # F15)

0

1 or NC

selects an RxREFCLK frequency of 155MHz
selects an RxREFCLK frequency of 622MHz

RxMCLKSEL (Pin # B12)

0

1 or NC

selects an RxMCLK frequency of 155MHz
selects an RxMCLK frequency of 622MHz

TxREFSEL (Pin # F30)

0

1 or NC

selects a TxREFCLK frequency of 155MHz
selects a TxREFCLK frequency of 622MHz

3697C-0103 PC-D5

©2001 TOSHIBA CORPORATION

Printed in Japan

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