I-SR812ST-R 2 Izimbobo ze-Optical Fibre Receiver Enomzila Wokubuya

Inombolo Yemodeli:  I-SR812ST-R

Ibhrendi: I-Softel

I-MOQ: 1

gou  Ukusebenza okuhle kwe-AGC

gou  I-PIN Yempendulo Ephakeme Ukuguqulwa Kogesi Wezithombe

gou  Imvamisa yokusebenza ku-5-42&54-862MHz noma 5-65MHz&87-862MHz

 

 

Imininingwane Yomkhiqizo

Imingcele Yezobuchwepheshe

Vimba Umdwebo

Landa

01

Incazelo Yomkhiqizo

Isifinyezo somkhiqizo

I-SR812ST-R isamukeli sethu sakamuva se-CATV senethiwekhi ye-CATV esiphuma phambili esiphuma kabili. I-pre-amplifier isebenzisa i-Full-GaAs MMIC, i-post-amplifier isebenzisa imojuli ye-GaAs. Idizayini yesekethe ethuthukisiwe ehambisana neminyaka engu-15 yesipiliyoni sokuklama okuphrofeshinali, yenza okokusebenza kufinyelele izinkomba zokusebenza ezinhle. Ukulawulwa kwe-Microprocessor, ukuboniswa kwedijithali kwemingcele, ukulungisa iphutha lobunjiniyela kulula kakhulu. Iwumshini omkhulu wokwakha inethiwekhi ye-CATV.

 

Izimpawu Zokusebenza

- I-PIN yokuphendula ephezulu yokuguqula isithombe sikagesi.
- Idizayini yesekethe ethuthukisiwe, ukukhiqizwa kwenqubo ye-SMT, kanye nendlela yesiginali eyenziwe kahle yenza ukudluliswa kwesiginali yezithombe kagesi kube bushelelezi.
- I-chip ye-RF eyisipesheli yokunciphisa, ene-RF attenuation enhle nokulingana ngomugqa, ukunemba okuphezulu.
- Idivayisi ye-amplifier ye-GaAs, ukuphuma kwamandla okuphindwe kabili, ngenzuzo ephezulu kanye nokuhlanekezela okuphansi.
- Imishini yokulawula ye-Single Chip Microcomputer (SCM), i-LCD ibonisa amapharamitha, ukusebenziseka kalula nokusebenza okunembile, nokusebenza okuzinzile.
- Ukusebenza okuhle kakhulu kwe-AGC, uma ububanzi bamandla okufakwayo bungu--9~+2dBm, izinga lokukhiphayo lihlala lingashintshiwe, futhi i-CTB ne-CSO empeleni azishintshile.
- Isixhumanisi esibonakalayo sokuxhumana kwedatha, singaxhuma nesiphenduli sokuphathwa kwenethiwekhi yekilasi Ⅱ, futhi sifinyelele uhlelo lokuphatha inethiwekhi.
- Ukukhishwa kokubuyisela kungakhetha imodi yokuqhuma ukunciphisa kakhulu ukuhlangana komsindo nokunciphisa inombolo yomamukeli ongaphambili.

Awuqinisekile okwamanje?

Kungani kungenjalovakashela ikhasi lethu lokuxhumana, singathanda ukuxoxa nawe!

 

I-SR812ST-R I-Bidirectional Outdoor 2-Output Fiber Optical Receiver

Into

Iyunithi

Imingcele Yezobuchwepheshe

Dlulisela phambili ingxenye eyamukelayo yokubona

Imingcele ye-Optical

Ithola Amandla Okubona

dBm

-9 ~ +2

I-Optical Return Loss

dB

>45

I-Optical Receiving Wavelength

nm

1100 ~ 1600

Uhlobo Lwesixhumi esibonakalayo

 

I-FC/APC, SC/APC noma ecaciswe umsebenzisi

Uhlobo lweFiber

 

Imodi Eyodwa

IsixhumanisiUkusebenza

C/N

dB

≥ 51(-2dBm okokufaka)

C/CTB

dB

≥ 65

Izinga Lokukhiphayo 108 dBμV

Ibhalansi 6dB

C/CSO

dB

≥ 60

Amapharamitha we-RF

I-Frequency Range

MHz

45 ~862

45 ~ 1003

Ukulala Ebhendini

dB

±0.75

±0.75

Izinga Lokukhipha Elilinganiselwe

dBμV

≥ 108

≥ 108

Izinga Lokukhipha Eliphezulu

dBμV

≥ 114

≥ 112

Ukulahlekelwa Kokubuyisela Okukhiphayo

dB

(45 ~550MHz)≥16/(550~1000MHz)≥14

Ukuphazamiseka Kokukhiphayo

Ω

75

75

I-Electronic Control EQ Range

dB

0~10

0~10

I-Electronic Control ATT Range

dBμV

0~20

0~20

Buyisa i-OpticalEumsebenziPubuciko

Imingcele ye-Optical

I-Optical Transmit Wavelength

nm

1310±10, 1550±10 noma ecaciswe ngumsebenzisi

Okukhipha Amandla Okubona

mW

0.5, 1, 2

Uhlobo Lwesixhumi esibonakalayo

 

I-FC/APC, SC/APC noma ecaciswe umsebenzisi

Amapharamitha we-RF

I-Frequency Range

MHz

5 ~ 65 (noma Icaciswe Umsebenzisi)

Ukulala Ebhendini

dB

±1

Ileveli Yokufaka

dBμV

72 ~ 85

Ukuphazamiseka Kokukhiphayo

Ω

75

Ibanga eliguqukayo le-NPR

dB

≥15(NPR≥30 dB)

Sebenzisa i-DFB laser

≥10(NPR≥30 dB)

Sebenzisa i-laser ye-FP

Ukusebenza Okujwayelekile

Faka i-Voltage

V

A:AC (150~265)V;B:AC(35~90)V

Izinga Lokushisa Lokusebenza

- 40-60

Izinga Lokushisa Lesitoreji

- 40-65

Umswakama Ohlobene

%

Ubukhulu obungu-95% akukho ukufingqa

Ukusetshenziswa

VA

≤ 30

Ubukhulu

mm

260 (L)╳ 200 (W)╳ 130(H)

 

 

 

Umdwebo we-SR812ST Block

I-SR812ST CNR

 

 

 

 

SR812ST-R Bidirectional Outdoor 2-Output Fibre Optical Receiver Spec Sheet.pdf