Ukufinyelela okuphakathi nendawo i-EDFA (ZOA1550MC)

Ukufinyelela okuphakathi nendawo i-EDFA (ZOA1550MC)

Incazelo emfushane:


Imininingwane yomkhiqizo

Amathegi womkhiqizo

Izici

Isebenzisa i-JDSU noma i-Oclaro pump laser

2.Yamukela i-OFS fiber

Inqubo yokukhiqiza ye-3.SMT yokuqinisekisa usayizi omncane namandla we-low comsuption, kepha ukuzinza okuphezulu

4.Micro auto qapha PCB

5.Output adjustable (-4 ~ + 0.5)

Imiphumela ye-6Max 23dBm (ipompo laser eyodwa)

Umdwebo

ht (1)

Ngaphansi:

ht (2)

Ngaphezulu

ht (3)

rt

(Iyunithi:mm)

Umsebenzi Wezinsimbi

I-PIN #

Igama

Incazelo

Qaphela

1

+ 5V

+ 5V ower supply

2

+ 5V

+ 5V ower supply

3

+ 5V

+ 5V ower supply

4

+ 5V

+ 5V ower supply

5

Gcina

Alukho uxhumano

6

Gcina

Alukho uxhumano

7

I-alamu

I-alamu = Ukushisa okuphezulu @ icala kweqa umkhawulo wayo ophezulu; Umphumela

8

Lop_alarm

Ukulahleka kwamandla okukhipha i-alamu, i-Alarm = Amandla aphezulu @ okukhipha angaphansi komkhawulo wawo ophansi; Umphumela

9

L_pump_alarm

I-alamu = Ephakeme @ noma iphampu yamanje idlula umkhawulo wayo ophezulu; Umphumela

10

T_pump_alarm

I-alamu = Ukushisa okuphezulu @ noma kwepompo kweqa umkhawulo wayo ophezulu; Umphumela

11

Setha kabusha

Setha kabusha = Phansi; Okujwayelekile = Phezulu

12

+ 5V

+ 5V ower supply

13

I-GND

Phansi

14

I-GND

Phansi

15

I-GND

Phansi

16

I-GND

Phansi

17

I-GND

Phansi

18

Ingxenye #: RS232-TX

Isilinganiso se-baud esingu-9600; Umphumela

19

LOS_i-alamu

Ukulahlekelwa kwe-alamu yesiginali yokufaka, i-Alarm = Amandla aphezulu @ okufakwayo angaphansi komkhawulo ophansi wokubeka; Umphumela

20

Gcina

Alukho uxhumano

21

EN_DIS

EN = Okuphezulu @ wonke amaphampu avuliwe; EN = Phansi @ wonke amaphampu avaliwe; Okokufaka

22

I-RX232-RX

Isilinganiso se-baud esingu-9600; okokufaka

23

Gcina

Alukho uxhumano

24

+ 5V

+ 5V ower supply

25

I-GND

Phansi

26

I-GND

Phansi

V Amapharamitha

Izinto

Amapharamitha

Imodeli

1550-14 ~ 23

Okukhipha (dBm)

14 ~ 23

Okokufaka (dBm)

-1010

I-Wavelength (nm)

15301560

Okukhipha Ibanga Adjustable (dBm)

UP0.5phansi -4.0

Ukuqina kokukhipha (dB)

.20.2

Ukwehlukaniswa Ukuzwela (dB)

0.2

Ukuhlakazeka kwe-Polarization (PS)

0.5

I-Optical Return Loss (dB)

≥45

Fibre Connetor

I-FC / APCSC / APC

Umsindo Umfanekiso (dB)

50dBm okokufaka

Ukusetshenziswa kwamandla (W)

12W

Ukunikezwa Kwamandla (V)

+ 5V

Ukusebenza Temp (℃)

-20+60

Usayizi (“)

164 × 85 × 18

Isisindo (Kg)

0.25

Umsebenzi weSoftware

I-Firmware Command Set

Ukumiswa Kwembobo

I-EDFA isethwe ngezinga le-baud lama-9600 bps, ama-bits ama-8 wedatha, akukho parity, ne-1 stop bit.

Yala i-Syntax

Uhlu lukhombisa imiyalo, ethunyelwa ku-EDFA nempendulo, ebizokwamukelwa.

1. Setha inzuzo ye-AGC

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha Ukuzuza kwe-AGC

65H + Byte1

55H

Kulandelwe ama-byte ama-1

2. Setha Amandla we-APC

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha Amandla we-APC

66H + Byte1

55H

Kulandelwe ama-byte ama-1

AkusayiniweIbanga lamandla <= 23.0dBmIsinyathelo = 0.2dB

I-Byte1 = Amandla * 10/2

3. Setha Ithempelesha ye-Case Umkhawulo we-alamu ephezulu

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha ikesi

Umkhawulo wethempelesha

69H + Byte1

55H

Kulandelwe ama-byte ama-1

AkusayiniweIzinga Lokushisa Eliphezulu lisethwe:25 kuye +85 ℃Isinyathelo = 1 ℃

I-Byte1 = Ukushisa

4. Setha okokufaka kwe-alamu engezansi okokufaka

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha umkhawulo ophansi wokufaka

6AH + 1 Ibhayithi1

55H

Kulandelwe ama-byte ama-1

Isayiniwe, Setha ububanzi: -12.5dBm kuye ku-12.5dBmIsinyathelo: 0.1dB

I-Byte1 = Inani langempela * 10

5. Setha okokufaka kwe-alamu ephezulu

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha umkhawulo ophezulu wokufaka

6BH + Byte1

55H

Kulandelwe ama-byte ama-1

Isayiniwe, Setha Ibanga -12.5dBm ukuze ibe yi-12.5dBmIsinyathelo: 0.1dB

I-Byte1 = Inani langempela * 10

6. Setha okukhiphayo kwe-alamu umkhawulo omncane

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha ukuphuma komkhawulo wokukhipha

6CH + Byte1

55H

Kulandelwe ama-byte ama-1

Akusayiniwe, Hlela Ibanga:0dBm kuya ku-25.5dBmIsinyathelo: 0.1dB

I-Byte1 = Inani langempela * 10

7. Setha okokufaka okukhipha i-alamu ephezulu kakhulu

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha ukuphuma okuphezulu

6DH + Byte1

55H

Kulandelwe ama-byte ama-1

Akusayiniwe, Hlela Ibanga:0dBm kuya ku-25.5dBmIsinyathelo: 0.1dB

I-Byte1 = Inani langempela * 10

8. Setha imodi yokusebenza: AGC / APC / ACC

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha i-AGC / APC / ACC

71H + Byte1

55H

Kulandelwe ama-byte ama-1

I-Byte1:0 × 03: I-ACC0 × 02: APC0 × 01: AGC

9. Setha i-alamu vumela noma khubaza imaski

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha i-Alarm Mask

80H + Byte1-imaski

+ I-Byte2-mask

55H

Kulandelwe ama-byte ama-2

"1" = kufihliwe (okusho ukuthi i-alamu ikhutshaziwe)

"0" = nika amandla i-alamu

I-Byte1-mask:

IBit7

IBit6

IBit5

IBit4

IBit3

IBit2

IBit1

IBit0

TEC_2 okuphezulu

TEC_1 phezulu

I2 phezulu

I1 phezulu

Umphumela uphezulu

Okukhiphayo kuphansi

Okokufaka kuphezulu

Okokufaka kuphansi

I-Byte2-mask:

IBit7

IBit6

IBit5

IBit4

IBit3

IBit2

IBit1

IBit0

kugodliwe

kugodliwe

kugodliwe

kugodliwe

kugodliwe

kugodliwe

kugodliwe

Icala T liphakeme

TEC_2 okuphezulu:I-Pump2 TEC i-alamu ephezulu yamanje

TEC_1 phezulu:I-Pump1 TEC i-alamu ephezulu yamanje

I2 phezulu:I-Pump2 bias yamanje i-alamu ephezulu

I1 phezulu:I-Pump1 bias yamanje i-alamu ephezulu

Umphumela uphezulu :Amandla wokukhipha i-alamu ephezulu

Okukhiphayo kuphansi:Amandla wokukhipha i-alamu ephansi

Okokufaka kuphezulu:Amandla wokufaka alamu ephezulu

Okokufaka kuphansi:Amandla wokufaka i-alamu ephansi

Icala T liphakeme:Ithempelesha ye-Case Alarm ephezulu

10. Buyisela Okuzenzakalelayo Kwokwakha

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Buyisela okuzenzakalelayo kokukhiqizwa

90H

55H

Okuzenzakalelayo: Amandla akaliwe kumodi ye-APC:

I-APC / ACC

I-APC

/

I-Laser IVALIWE / IVALIWE

VULA

/

Amandla wokukhipha Optical

OPT_type

dBm

Okokufaka okuphansi kwe-alamu

-5

dBm

I-alamu ephezulu yokufaka

10

dBm

Okukhiphayo kwe-Alamu Ephansi

Uhlobo lwe-OPT_4

dBm

Ukukhishwa kwe-Alarm ephezulu

Uhlobo lwe-OPT_ + 1

dBm

I-Module Temperature Alarm Ephezulu

65

I-alamu ephezulu yamanje ye-TEC

1.3

A

Laser lokushisa Alarm High

35

setha i-Alarm Mask

(00 00)

nika amandla

Uhlobo lwe-OPT_type: i-module ye-EDFA ecaciswe ezingeni lamandla

11. Setha amandla we-input offset

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha i-offset yamandla wokufaka

I-A0H + Byte1 + Byte2

55H

Kulandelwe ama-byte ama-2

Isayiniwe, i-Offset = (Byte2 * 256 + Byte1) / 10Isinyathelo: 0.1dB

12. Setha ukukhishwa kwamandla kagesi

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha i-offset yamandla wokukhipha

I-A1H + Byte1 + Byte2

55H

Kulandelwe ama-byte ama-2

Isayiniwe, i-Offset = (Byte2 * 256 + Byte1) / 10Isinyathelo: 0.1dB

13. Setha ukuchema kwePump1 njengamanje kumodi ye-ACC

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha i-Pump1 bias current

67H + Byte1 + Byte2

55H

Kulandelwe ama-byte ama-2

Okungasayiniwe, i-Bias yamanje = (Byte2 * 256 + Byte1)Isinyathelo: 1mA
14. Setha i-Pump1 yamanje yomkhawulo we-alamu ephezulu

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Setha umkhawulo we-alamu ephezulu yamanje engu-Pump1

68H + Byte1 + Byte2

55H

Kulandelwe ama-byte ama-2

Okungasayiniwe, Inani langempela = (Byte2 * 256 + Byte1)Isinyathelo: 1mA

17. Vala iPompo

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Vala uPompo

82H

55H

Amanothi: Nika amandla lapho ukushintsha kwangaphandle kunika amandla

18. KuPump

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

KuPump

83H

55H

Amanothi: Nika amandla lapho ukushintsha kwangaphandle kunika amandla

19.Funda iTemp1 Temperature

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda ithempelesha ye-Pump1

87H

55H + Byte1

Kulandelwe ama-byte ama-1

KusayiniweI-Byte1 = Inani langempela, Iyunithi: 1 ℃

21. Funda i-TEC1 yamanje

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda i-TEC1 yamanje

89H

55H + L-Amabhayithi + H-Bytes

Kulandelwe ama-byte ama-2

KusayiniweI-TEC yamanje = Ama-H-Byte * 256 + L-AmabhayithiIyunithi: 1mA

23. Funda Amandla ePump1

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda Amandla ePump1

A2H

55H + L-Amabhayithi + H-Bytes

Kulandelwe ama-byte ama-2

AkusayiniweAmandla ePump = (Ama-H-Byte * 256 + L-Byte) / 10Iyunithi: 1mW

25. Funda yonke imojuli yedatha yedatha

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda isimo semojuli yedatha ephelele

79H

H 55 + - + - + - + - Loading ... Nguyen Nguyen

Kulandelwe ama-byte ayi-8

I-Byte1:Ama-L-Byte Wokufaka Amandla

I-Byte2:Amandla wokufaka ama-H-Byte

I-Byte3:Amandla wokukhipha ama-L-Byte

I-Byte4:Amandla wokukhipha ama-H-Byte

I-Byte5:Pump1 Ama-L-Byte Amanje

I-Byte6:Pump1 Ama-H-Byte Amanje

I-Byte7:Amapump2 Ama-L-Byte Amanje

I-Byte8:Pump21 Ama-H-Byte Amanje

Amandla wokufakaAmandla wokukhipha:Inombolo esayiniweifomula → amandla = (H-Bytes * 256 + L-Bytes) / 10

I-Pmp-1 YamanjeI-Pmp-2 Yamanje:Inombolo engasayiniweifomula → yamanje = (H-Byte * 256 + L-Byte)

26. Funda ipharamitha yokubeka

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda ipharamitha yokusetha

7AH

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

Kulandelwe ama-byte ayi-17

 

Byte

Incazelo

Yala

Ukulandelana

I-Byte1

Umkhawulo we-Pump-1 H uphansi

Iphampu 1 i-alamu byte ephansi yamanje

68

14

I-Byte2

Umkhawulo we-Pump-1 H uphezulu

Pump 1 alamu zamanje ibhayithi eliphezulu

68

14

I-Byte3

Umkhawulo we-Pump-2 H uphansi

Pump 2 alamu wamanje ibhayithi ongaphakeme

85

16

I-Byte4

Umkhawulo we-Pump-2 H uphezulu

Pump 2 alamu zamanje ibhayithi eliphezulu

85

16

I-Byte5

Umkhawulo we-Case_T

Ikesi lokushisa kwe-Case H umkhawulo

69

3

I-Byte6

Umkhawulo wokufaka L

I-alamu yokufaka umkhawulo ophansi

6A

4

I-Byte7

Umkhawulo wokufaka u-H

I-alamu yokufaka umkhawulo ophezulu

6B

5

I-Byte8

Umkhawulo wokukhipha u-L

okukhipha i-alamu umkhawulo ophansi

6c

6

I-Byte9

Umkhawulo wokukhipha u-H

i-alamu yokukhipha umkhawulo ophezulu

6d

7

I-Byte10

NC

I-Byte11

NC

I-Byte12

C_POWER_L

Amandla we-APC byte ephansi

66

2

13

C_POWER_H

Amandla we-APC byte ephezulu

66

2

14

C_I1_H

ukusebenza Okwamanje 1 kwe-ACC nge-byte ephansi

67

13

15

C_I1_H

ukusebenza Okwamanje 1 kwe-ACC nge-byte ephezulu

67

13

16

C_I2_H

ukusebenza kwe-Current2 ye-ACC nge-byte ephansi

68

15

17

C_I1_H

ukusebenza Okwamanje 2 kwe-ACC nge-byte ephezulu

68

15

27. Funda imodi yokusebenza

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda imodi yokusebenza

7BH

55H + Byte1 + Byte2 + Byte3

Kulandelwe ama-byte ama-3

I-Byte1:Thayipha i-TYP = TYP (Thayipha Amandla) * 5 * 2/10, isb. Thayipha amandla = 22, Ngu-22dBm EDFA, ngakho-ke i-TYP iyi-0x6E

I-Byte2:0 × 03: I-ACC0 × 02: APC0 × 01: AGC

I-Byte3:Izinombolo zamaphampu

28. Funda inguqulo ye-firmware

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda inguqulo ye-firmware

7CH

55H + Byte1

Kulandelwe ama-byte ama-1

I-Byte1:Inguqulo yangempela = Inguqulo yedatha / 10

29. Funda kancane i-alamu

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda kancane i-alamu

7DH

55H + Byte1 + Byte2

Kulandelwe ama-byte ama-2

I-Byte1:

IBit7

IBit6

IBit5

IBit4

IBit3

IBit2

IBit1

IBit0

TEC_2 okuphezulu

TEC_1 phezulu

I2 phezulu

I1 phezulu

Umphumela uphezulu

Okukhiphayo kuphansi

Okokufaka kuphezulu

Okokufaka kuphansi

I-Byte2:

IBit7

IBit6

IBit5

IBit4

IBit3

IBit2

IBit1

IBit0

kugodliwe

kugodliwe

kugodliwe

kugodliwe

kugodliwe

kugodliwe

kugodliwe

Icala T liphakeme

0:KULUNGILE

1:I-alamu

30. Funda ukuvumela i-alamu

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda kancane i-alamu

81H

55H + Mask1 + Mask2

Kulandelwe ama-byte ama-2

31. Funda ukushisa kwamakhasi

Umsebenzi

Yala

(PC kuya EDFA Module)

Vuma

(EDFA Module to PC)

Amazwana

Funda kancane i-alamu

86H

55H + Byte1

Kulandelwe ama-byte ama-1

I-Byte1:Inguqulo yangempela = Inani langempela / Iyunithi = ℃


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