Ukufinyelela okuphakathi nendawo i-EDFA (ZOA1550MC)
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
Ngaphansi:
Ngaphezulu
(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) |
-10～10 |
|
I-Wavelength (nm) |
1530～1560 |
|
Okukhipha Ibanga Adjustable (dBm) |
UP0.5，phansi -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 / APC、SC / APC |
|
Umsindo Umfanekiso (dB) |
＜5（0dBm 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 |
Akusayiniwe，Ibanga lamandla <= 23.0dBm，Isinyathelo = 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 |
Akusayiniwe，Izinga 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-12.5dBm，Isinyathelo: 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-12.5dBm，Isinyathelo: 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-25.5dBm，Isinyathelo: 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-25.5dBm，Isinyathelo: 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-ACC，0 × 02: APC，0 × 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) / 10，Isinyathelo: 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) / 10，Isinyathelo: 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 |
Kusayiniwe，I-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 |
Kusayiniwe，I-TEC yamanje = Ama-H-Byte * 256 + L-Amabhayithi，Iyunithi: 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 |
Akusayiniwe，Amandla ePump = (Ama-H-Byte * 256 + L-Byte) / 10，Iyunithi: 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 wokufaka，Amandla wokukhipha:Inombolo esayiniwe，ifomula → amandla = (H-Bytes * 256 + L-Bytes) / 10
I-Pmp-1 Yamanje，I-Pmp-2 Yamanje:Inombolo engasayiniwe，ifomula → 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-ACC，0 × 02: APC，0 × 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 = ℃
