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What is MF-156DF-T12-292?

This electronic component, produced by the manufacturer "Mitsubishi", performs the same function as "SONET/SDH TRANSMITTER & RECIEVER".


MF-156DF-T12-292 Datasheet PDF - Mitsubishi

Part Number MF-156DF-T12-292
Description SONET/SDH TRANSMITTER & RECIEVER
Manufacturers Mitsubishi 
Logo Mitsubishi Logo 


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MITSUBISHI (OPTICAL DEVICES)
MF-156DF-T12-20x/29x/23x
MF-156DS-R13-17x
SONET/SDH TRANSMITTER & RECIEVER
DESCRIPTION
This product is designed to provide high optical
performance for SDH STM-1/SONET OC-3.
Transmitter uses uncooled laser in a hermetic pigtail
coaxial module with drivered by specific integrated
circuit.
Receiver uses PIN preamp in a hermetic pigtail
coaxial module and integrated circuits for reshaping,
retiming and regenerating optical signal.
FEATURES
SONET,SDH system from intra-office to long-
leach application fully line up
Low cost and Low power consumption
Multisourced 20-Pin DIP with pigtail fiber
Single +5V power supply and P-ECL compatible
input and output
Operating case temperature range -40 to 85°C
With clock recovery and digital alarm function
APPLICATION
Short haul and long haul telecommunication systems
for SDH STM-1 / SONET OC-3.
ABSOLUTE MAXIMUM RATINGS
Stress below listed absolute maximum rating may cause permanent damage to the module.
Th is is a stress o nly and functional operation of the module at these or any other conditions in excess of those
given in the operational sections of this data sheet.
Exposure to Absolute Maximum Rating for extended periods may affect module reliability.
(TC=25°C)
Parameters
Symbol
Ratings
Unit
Supply voltage
Vcc
+6 to 0
V
PECL high output current
-
-50 to 0
mA
PECL input voltage
Storage temperature
Operating case temperature
Soldering Temperature
Soldering Time
-
0 to Vcc+0.4
V
Tstg
-40 to 85
°C
Tc
-40 to 85
°C
-
+260
°C
- 10 sec
Relative humidity(non condensation)
-
10 to 80
%
Fiber bend radius from package
rF
32 mm

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MF-156DF-T12-292 equivalent
MITSUBISHI (OPTICAL DEVICES)
MF-156DF-T12-20x/29x/23x
MF-156DS-R13-17x
SONET/SDH TRANSMITTER & RECIEVER
TRANSMITTER PIN ALLOCATION
No. Symbol
1 NC
2 Lbs(+)
3 NC
4 Lbs(-)
5 GND
6 Vcc
7 Td
8 Vcc
9 Vcc
10 NC
Description
No user connection
Laser-bias monitor(+)
No user connection
Laser-bias monitor(-)
Ground
Vcc
Transmitter disable
Vcc
Vcc
No user connection
TRANSMITTER PIN DESCRIPTIONS
No. Symbol
20 NC
19 Lbf(+)
18 Vcc
17 Lbf(-)
16 Data
15 Data
14 GND
13 GND
12 Vcc
11 GND
Description
No user connection
Laser-backface monitor(+)
Vcc
Laser-backface monitor(-)
Data
Data
Ground
Ground
Vcc
Ground
Pin No.
5,11,
13,14
6,8,9,
12,18
15,16
7
2,4
17,19
1,3,
10,20
Function
GND
Vcc
Data & Data
I/O
I
I
I
Transmitter disable I
Laser-bias
O
monitor(+),
Laser-bias monitor(-)
Laser-backface
monitor(+),
Laser-backface
monitor(-)
NC
O
-
Pin description
These pin are the module’s ground connections.
They should be connected to a low inpedance ground plane(0V).
This is the power supply pin for the module.
It should be connected to +5.0V.
Recommended power supply decoupling.
This data input pin modulates the laser diode. When the Data input is
asserted,the laser diode is turned on.
Signal level of these pin are PECL level and internal Vbb bias. Refer to
electrical interface in NOTE1.
The transmitter is nomally enabled and only requires an external voltage
to disable.
Refer to electrical interface in NOTE2.
The laser bias current is calculated as a ratio of the voltage to an internal
10 ohm sensing resistor.
Ib[mA]={Lbs(+)-Lbs(-)}[mV]/10
Refer to electrical interface in NOTE3.
The laser backface monitor is calculated as a ratio of the voltage to an
internal 200 ohm sensing resistor.
Ibf[mA]={Lbf(+)-Lbf(-)}[mV]/200
Refer to electrical interface in NOTE3.
These pin are No user connection and should be left open.


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