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Coreray Optical Communication Product Details

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  698  nm MEMS Optical switch
  698  nm MEMS Optical switch
698 nm MEMS Optical switch
Wavelength:
400~700nm
Application Area:
Frequency switching speed
Proven MEMS durability and reliability
Small and exquisite volume
TTL Control interface
Modularize design
Low Insertion Loss
Product Features:
Multi-optical channel monitoring in optical transmission system
LAN multi optical source/ detector auto switch, optical sensing multi-point dynamic monitoring system
It is mainly used for Optical fiber, optical device, network and open country project a
Product Details

1PRODUCT OVERVIEW

OSW-1×N optical switchHereinafter referred to as MEMS optical switch, a multi-channel optical path switch modularization product which is researched by CORERAY.  MEMS optical switch based on electrostatic driving and vertical micro technology is presented.  Due to its advantages such as small in size, quickly and stable performance, it is mainly used in optical communication and test system. The optical path schemes as follows:

 

2. TYPICAL APPLICATIONS

    ● Multi-optical channel monitoring in optical transmission system

● LAN multi optical source/ detector auto switch, optical sensing multi-point dynamic monitoring system

It is mainly used for Optical fiber, optical device, network and  open country project automatic system test

Installation and debugging of optical device

 

3.  FEATURES

●Frequency switching speed

Proven MEMS durability and reliability

Small and exquisite volume

●TTL Control interface

Modularize design

Low Insertion Loss

 


11.png

4. MAIN SPECIFICATIONS

PARAMETER

VALUE

Number of path

1~256

Working wave lengthnm

698

Fiber typeum

PM

Insertion LossdB

1.5

Return LossdB

≥50

CrosstalkdB

>60

RepeatabilitydB

≤±0.02

Switch   Timems

≤5

Switch lifetime (time)

≥109

Optical powermW

500

Operation   Temperature

-20~+70

Storage   Temperature

-40~+80

Control interface

TTLUART (RS232)

Control VoltageV

5V

Dimentionmm

90*55*12



5.Overall Dimensions

44.png


6.   PIN DEFINITION

PIN NUMBER

PIN NAME

FUNCTION

LEV

NOTE

M3,4,5

M1,2

1

5

D0

IN

LVTTL

TTL   modedata bit D0 input 

2

/

D5

IN

LVTTL

TTL   modedata bit D5 input

3

2

VCC

Power IN

/

 Positive   DC +5VMax Current 120mA

4

/

D7

IN

LVTTL

TTL   modedata bit D7 input

5

/

D6

IN

LVTTL

TTL   modedata bit D6 input

6

4

GND

Power IN


Power Ground

7

10

D4

IN

LVTTL

TTL   modedata bit D4 input

8

12

D1

IN

LVTTL

TTL   modedata bit D1 input

9

6

TXD

/

/

UART_TX

10

7

RXD

/

/

UART_RX

11

9

D2

IN

LVTTL

TTL   modedata bit D2 input

12

13

D3

IN

LVTTL

TTL   modedata bit D3 input

13

8

/BUSY

‘usy  

OUT  

LVTTL


14

1

/ALARM

OUT

LVTTL


15

3

/STROBE

IN

LVTTL

TTL   modefailling edge   effective

16

14

/RESET

IN

LVTTL

Resetlow level   effectivepulse width≥10ms

 


  7. ORDERING INFORMATION

N

A

B

C

D

E

F

Port

Mode

Wavelength

Fiber   Diameter

Fiber   Length

Connector

Interface

2~256

SM:9/125um

M5:50/125um

M6:62.5/125um

M10:105/125um

PMXXXX:PM Fiber

85:850nm

13: 1310nm

14: 1490nm

15: 1550nm

25:250um

90:900um

05:0.5m

10:1.0m

12:1.2m

OO:None

FP: FC/PC

FA: FC/APC

SP: SC/PC

SA: SC/APC

LP: LC/PC

LA: LC/APC

MPO

M1 :PCB

M2:39*24*13.5

M3:90*55*12

M4:100*100*12

M5:110*141*12

 



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