Samun Matsakaicin Matsakaici EDFA (ZOA1550MC)

Samun Matsakaicin Matsakaici EDFA (ZOA1550MC)

Short Bayani:


Bayanin Samfura

Alamar samfur

Fasali

1.Adopts JDSU ko Oclaro pump laser

2.Adopts fiber na fiber

3.SMT aikin samarwa don tabbatar da ƙarami da ƙaramin ƙarfi, amma babban kwanciyar hankali

4.Micro auto saka idanu PCB

5.Ya daidaita daidaitacce (-4 ~ + 0.5)

6.Max sakamakon 23dBm (laser famfo ɗaya)

Zane

ht (1)

Ersarfafawa

ht (2)

Sama

ht (3)

rt

(Naúrarmm)

Sanya Fil

PIN #

Suna

Bayani

Lura

1

+ 5V

+ 5V ower wadata

2

+ 5V

+ 5V ower wadata

3

+ 5V

+ 5V ower wadata

4

+ 5V

+ 5V ower wadata

5

Adana

Babu Haɗi

6

Adana

Babu Haɗi

7

Tark_alarm

Ararrawa = Babban @ yanayin yanayin zafi ya wuce iyakar babba; Fitarwa

8

Lop_alarm

Rashin ƙararrawar wutar ƙararrawa, Aararrawa = Babban @ fitarwa a ƙasan iyakar iyakarsa; Fitarwa

9

L_pump_alarm

Aararrawa = High @ ko dai famfo na yanzu ya wuce iyakar babbarsa; Fitarwa

10

Tankama_alarm

Aararrawa = High @ ko dai famfo mai zafin jiki ta wuce iyakar ta sama; Fitarwa

11

Sake saita

Sake saita = Lowasa; Na al'ada = Babban

12

+ 5V

+ 5V ower wadata

13

GND

Kasa

14

GND

Kasa

15

GND

Kasa

16

GND

Kasa

17

GND

Kasa

18

RS232-TX

9600 baud kudi; Fitarwa

19

LOS_alarm

Rashin ƙararrawar siginar shigarwa, Aararrawa = Babban @ ikon shigarwa a ƙasan saitin ƙananan iyaka; Fitarwa

20

Adana

Babu Haɗi

21

EN_DIS

EN = High @ duk fanfunan suna kunne; EN = Low @ duk fanfunan suna kashe; Shiga ciki

22

RX232-RX

9600 baud kudi; labari

23

Adana

Babu Haɗi

24

+ 5V

+ 5V ower wadata

25

GND

Kasa

26

GND

Kasa

V Sigogi

Abubuwa

Sigogi

Misali

1550-14 ~ 23

Fitarwa (dBm)

14 ~ 23

Shigarwa (dBm)

-1010

Matsayin ƙarfin (nm)

15301560

Fitarwa Daidaitacce Range (dBm)

UP0.5ƙasa -4.0

Fitarwa kwanciyar hankali (dB)

≤0.2

Rushewar hankali (dB)

<0.2

Rushewar Rushewa (PS)

<0.5

Asarar Dawowa Da Ido (DB)

≥45

Fiber Connetor

FC / APCSC / APC

Surutu Hoto (dB)

<5Shigar da 0dBm)

Amfani da (arfi (W)

12W

Arfin Wuta (V)

+ 5V

Aiki dan lokaci (℃)

-20+60

Girma (“)

164 × 85 × 18

Nauyin (Kg)

0.25

Aikin Software

Firmware Umurnin Saita

Kanfigareshan tashar jiragen ruwa

An saita EDFA a ƙimar baud na 9600 bps, raƙuman bayanai 8, babu daidaito, da 1 tsayawa kaɗan.

Umurni na Umurni

Jerin yana nuna umarni, waɗanda aka aika zuwa EDFA da amsa, waɗanda za'a karɓa.

1. Kafa GC

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Saita Riba na AGC

65H + Byte1

55H

1 baiti suka biyo baya

2. Kafa APC Power

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa Ikon APC

66H + Byte1

55H

1 baiti suka biyo baya

Ba a sa hannu baKewayon wuta <= 23.0dBmMataki = 0.2dB

Byte1 = Power * 10/2

3. Kafa Yanayin Yanayi Babban ƙararrawar ƙofar

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Saita Harka

Iyakan yanayin zafi

69H + Byte1

55H

1 baiti suka biyo baya

Ba a sa hannu baBabban zazzabi saitin kewayon25 zuwa + 85 ℃Mataki = 1 ℃

Byte1 = Zazzabi

4. Kafa shigar da karamar ƙararrawa

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa Input limitananan iyaka

6AH + 1 Byte1

55H

1 baiti suka biyo baya

Sa hannu, Saita kewayon: -12.5dBm zuwa 12.5dBmMataki: 0.1dB

Byte1 = Darajar Ainihi * 10

5. Kafa shigar da babbar kofar ƙararrawa

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa Input Babban iyaka

6BH + Byte1

55H

1 baiti suka biyo baya

Sa hannu, Saita Range -12.5dBm zuwa 12.5dBmMataki: 0.1dB

Byte1 = Darajar Ainihi * 10

6. Saita fitarwa ƙaramar ƙararrawa ƙofar

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa Fitarwa limitananan iyaka

6CH + Byte1

55H

1 baiti suka biyo baya

Ba a sanya hannu ba, Saita Range0dBm zuwa 25.5dBmMataki: 0.1dB

Byte1 = ainihin Daraja * 10

7. Saita fitarwa fitarwa babban ƙofar ƙararrawa

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa Fitarwa Babban iyaka

6DH + Byte1

55H

1 baiti suka biyo baya

Ba a sanya hannu ba, Saita Range0dBm zuwa 25.5dBmMataki: 0.1dB

Byte1 = ainihin Daraja * 10

8. Saita yanayin aiki: AGC / APC / ACC

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Sanya AGC / APC / ACC

71H + Byte1

55H

1 baiti suka biyo baya

Byte10 × 03: ACC0 × 02: APC0 × 01: AGC

9. Saita alarmararrawa ta kunna ko musaki abin rufe fuska

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa Maskararrawa .ararrawa

80H + Byte1-abin rufe fuska

-Bi-mask

55H

Baiti 2 ya biyo baya

"1" = masked (watau an kashe ƙararrawa)

“0” = kunna ƙararrawa

Mask-mask:

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1

Bit0

TEC_2 babba

TEC_1 babba

I2 babba

I1 babba

Fitarwa mai girma

Fitarwa low

Shiga ciki

Input low

Byte2-mask:

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1

Bit0

tanada

tanada

tanada

tanada

tanada

tanada

tanada

Halin T high

TEC_2 babbaPump2 TEC babban ƙararrawa na yanzu

TEC_1 babbaPump1 TEC babban ƙararrawa na yanzu

I2 babbaPump2 nuna bambanci a halin yanzu babban ƙararrawa

I1 babbaPump1 nuna bambanci a halin yanzu babban ƙararrawa

Fitarwa mai girma Powerarfin wuta babban ƙararrawa

Fitarwa lowPutarfin wuta ƙaramin ƙararrawa

Shiga cikiInput power high ƙararrawa

Input lowInput power low ƙararrawa

Halin T highYanayin peararrawar Babban larararrawa

10. Mayar da Tsoffin Masana'antu

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Mayar da Tsoffin Masana'antu

90H

55H

Tsoho: Rarfin wuta akan yanayin APC

APC / ACC

APC

/

Laser ON / KASHE

Kunna

/

Fitarwa Tantancewar ikon

OPT_type

dBm

Shigar da Aararrawa

-5

dBm

Shigar da Aararrawa

10

dBm

Fitarwa Aararrawa .ararrawa

OPT_type-4

dBm

Highararrawa mai fitarwa

OPT_type + 1

dBm

Uleararrawar Module Babban larararrawa

65

TEC Highararrawa ta Yanzu

1.3

A

Laser Zazzabi Babban Highararrawa

35

saita Maskararrawa larararrawa

(00 00)

kunna

OPT_type: EDFA-module da aka ƙayyade-matakin ƙarfi

11. Kafa shigar da ikon biya diyya

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Saita ikon biya

A0H + Byte1 + Byte2

55H

Baiti 2 ya biyo baya

An sanya hannu, An biya shi = (Byte2 * 256 + Byte1) / 10Mataki: 0.1dB

12. Kafa fitarwa ikon biya diyya

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Kafa ikon fitarwa

A1H + Byte1 + Byte2

55H

Baiti 2 ya biyo baya

An sanya hannu, An biya shi = (Byte2 * 256 + Byte1) / 10Mataki: 0.1dB

13. Saita Pump1 son zuciya a halin yanzu akan yanayin ACC

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Saita Pump1 nuna bambanci halin yanzu

67H + Baiti1 + Byte2

55H

Baiti 2 ya biyo baya

Ba a sa hannu ba, Bias Current = = (Byte2 * 256 + Byte1)Mataki: 1mA
14. Kafa Pump1 halin yanzu babbar ƙararrawa ƙofar

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Saita Pump1 babban ƙararrawar ƙararrawa ta yanzu

68H + Byte1 + Byte2

55H

Baiti 2 ya biyo baya

Ba a sanya hannu ba, ualimar Gaskiya = (Byte2 * 256 + Byte1)Mataki: 1mA

17. Rufe famfo

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Rufe famfo

82H

55H

Bayanan kula: Enable lokacin da canjin waje ya kunna

18. Akan Pampo

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

A kan Pampo

83H

55H

Bayanan kula: Enable lokacin da canjin waje ya kunna

19. Karanta Pump1 Zazzabi

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta Pump1 Zazzabi

87H

55H + Byte1

1 baiti suka biyo baya

Sa hannuByte1 = ualimar Gaskiya, Naúrar: 1 ℃

21. Karanta TEC1 halin yanzu

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta TEC1 na yanzu

89H

55H + L-Baiti + H-Baiti

Baiti 2 ya biyo baya

Sa hannuTEC halin yanzu = H-Baiti * 256 + L-BaitiNaúrar: 1mA

23. Karanta Pump1 Power

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta Pump1 Power

A2H

55H + L-Baiti + H-Baiti

Baiti 2 ya biyo baya

Ba a sa hannu baPampo Power = (H-Baiti * 256 + L-Baiti) / 10Naúrar: 1mW

25. Karanta duka matsayin module module

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta matsayin tsarin bayanan duka

79H

55H + Byte1 + Byte2 + Byte3 + Byte4 + Byte5 + Byte6 + Byte7 + Byte8

Baiti 8 ya biyo baya

Byte1Input Power L-Baiti

Baiti2Input Power H-Baiti

Byte3Powerarfin wutar L-Baiti

Byte4Powerarfin wutar H-Baiti

Byte5Pump1 Yanzu L-Bytes

Byte6Pump1 H-Bytes na Yanzu

Byte7Pump2 Yanzu L-Bytes

Byte8Pump21 H-Baiti na Yanzu

Input PowerFitarwa PowerLambar sa hannudabara → iko = (H-Baiti * 256 + L-Baiti) / 10

Pmp-1 YanzuPmp-2 YanzuLambar da ba ta sa hannu badabara → halin yanzu = (H-Baiti * 256 + L-Baiti)

26. Karanta saitin siga

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta saitin siga

7AH

55H + Byte1 + Byte2 + Byte3 + Byte4 + Byte5 + Byte6 + Byte7 + Byte8 + Byte9 + Byte10 + Byte11 + Byte12 + Byte13 + Byte14 + Byte15 + Byte16 + Byte17

Baiti 17 suka biyo baya

 

Baiti

Bayani

Umurni

Jerin

Byte1

Pump-1 H iyaka mara ƙasa

Pampo 1 ƙararrawa a yanzu ƙananan baiti

68

14

Baiti2

Pump-1 H iyaka mai girma

Pump 1 ƙararrawa a yanzu mai girma byte

68

14

Byte3

Pampo-2 H iyaka low

Pampo 2 ƙararrawa a yanzu ƙananan baiti

85

16

Byte4

Pump-2 H iyaka mai girma

Pampo 2 ƙararrawa a yanzu mai girma byte

85

16

Byte5

Yanayin Case_

Halin yanayin zafi ƙararrawa H iyaka

69

3

Byte6

Iyakan Input L

Shigar da ƙararrawa ƙananan iyaka

6A

4

Byte7

Input H iyaka

Shigar da ƙararrawa babban iyaka

6B

5

Byte8

Fitarwa L iyaka

fitarwa ƙararrawa ƙananan iyaka

6c

6

Byte9

Fitarwa H iyaka

fitarwa ƙararrawa babban iyaka

6da

7

Baiti 10

NC

Byte11

NC

Byte 12

C_POWER_L

Ikon APC low byte

66

2

Byte 13

C_POWER_H

Ikon APC babban baiti

66

2

Baiti 14

C_I1_H

aiki Yanzu 1 na ACC ƙananan baiti

67

13

Rariya

C_I1_H

aiki Yanzu 1 na ACC babban baiti

67

13

Rariya

C_I2_H

aiki Current2 na ACC ƙananan baiti

68

15

Rariya

C_I1_H

aiki Yanzu 2 na ACC babban baiti

68

15

27. Karanta yanayin aiki

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta yanayin aiki

7BH

55H + Byte1 + Byte2 + Byte3

Baiti 3 ya bi

Byte1Rubuta TYP = TYP (Nau'in Iko) * 5 * 2/10, misali Rubuta ƙarfi = 22, Yana da 22dBm EDFA, don haka TYP shine 0x6E

Baiti20 × 03: ACC0 × 02: APC0 × 01: AGC

Byte3Lambobin famfo

28. Karanta sigar firmware

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta sigar firmware

7CH

55H + Byte1

1 baiti suka biyo baya

Byte1Sigar Gaskiya = Sigar Bayani / 10

29. Karanta ƙararrawa bit

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta bitamin

7DH

55H + Byte1 + Byte2

Baiti 2 ya biyo baya

Byte1:

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1

Bit0

TEC_2 babba

TEC_1 babba

I2 babba

I1 babba

Fitarwa mai girma

Fitarwa low

Shiga ciki

Input low

Byte2:

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1

Bit0

tanada

tanada

tanada

tanada

tanada

tanada

tanada

Halin T high

0KO

1Ararrawa

30. Karanta ƙararrawa kunna

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta bitamin

81H

55H + Mask1 + Mask2

Baiti 2 ya biyo baya

31. Karanta yanayin zafin jiki

Aiki

Umurni

(PC zuwa EDFA Module)

Amince

(EDFA Module zuwa PC)

Sharhi

Karanta bitamin

86H

55H + Byte1

1 baiti suka biyo baya

Byte1Sigar Gaskiya = Kima Daraja / Raka'a = ℃


  • Na Baya:
  • Na gaba:

  • Rubuta sakon ka anan ka turo mana