Hangzhou Huatai Optic Tech Co., Ltd.

home products 1310nm Optic Transmitter 1310nm Optical Transmitter with AGC

1310nm Optical Transmitter with AGC

Product Details:

Place of Origin United States
Brand Name Guangtai
Model Number HT8300

Payment & Shipping Terms:

Minimum Order Quantity: 1pcs
Payment Terms: T/T

Detailed Product Description


HT8300 (With AGC)
1310nm Direct Modulation Optical Transmitter

Product description

Huatai 1310nm direct modulation optical transmitter, adopts high linearity DFB laser of famous brand worldwide, build-in perfect pre-distortion adjustment circuit and laser APC, ATC closed loop control circuit. All the operating parameters are controlled by micro-processor, the LCD screen on the front panel can display relative operating status and the fault information.
Huatai HT8300 series, is designed and produced by integrating the advantages of all kinds of 1310nm transmitter both home and abroad, featured with high index, multi-function, high reliability, it is suitable for high-end subscribers application.

Product feature

*Dual Module RF drive, high efficiency laser pre-distortion adjustment.
* Full-automatically optical Modulation Intensity (OMI) coAntrol, AGC&MGC.
    Under AGC status, input range is 78dBuV~88dBuV, system index is optimum.
    Under MGC status, input range can be adjusted 75dBuV~90dBuV by the ATT on front panel.
*Front panel has 20 grade OMI status display (Modulation Depth).
    Under AGC status, within RF range, OMI is always at NOM status.
    Under MGC status, OMI can be at NOM status by adjusting ATT.
* Dual power supply inside backup. Full-automatically switch.
     One is working, the other as cool backup (suggested).
     Both are working at the same time, one as hot backup. If one is damaged, switch to the other full-automatically. Switch time ≤10us.
*Full-automatically control of casing temperature, ensure long life of the laser.
    Casing temperature is monitored and controlled by micro-processor. Display screen shows the actual operation temperature in time.
    When casing temperature≥45, Two fans at the back panel will open automatically to cool it by constraint.
     When casing temperature≤35, the transmitter will turn down automatically to ensure longer life of the fans.
*Dual RF input port.
     AM interface                                Input 59 routes PAL-D (47-550MHz)
     Digital interface (-10dB)           Input digital video (550-750MHz).
*Time locked function.
HT8300, with time control and lock function, user can set the working time (eg, 3 months) by the software on the front panel. If exceeding the fixed time, there will be alarm, only the password can turn on the machine again otherwise it will turn off automatically

Technical Index

Performance

Index

Supplement

Optic feature

wavelength

(nm)

1310±10

 

Output power

(mW)

4~24

 

Return loss

(dB)

≥55

 

optical fiber connector

 

SC/APC

Optional FC/APC

RF feature

Work bandwidth

(MHz)

45-862

 

Input level

(dBmV)

15~25

AGC

Flatness

(dB)

≤±0.75

45~862MHz

Return loss

(dB)

>16

45~750MHz

Input impedance

(Ω)

75

RF/INPUT

RF interface

 

F type

Optional imperial

Link feature

Transmit channel

 

PAL-D/60CH

NTSC/80CH

CNR

(dB)

≥52

10Km optical fiber, 0dBm receive

CTB

(dB)

≤-70

 

CSO

(dB)

≤-63

 

General feature

Network interface port

 

RJ45, RS232

Support I.E. & SNMP

Power supply

(V)

90~265VAC

-48VDC optional(30~60VDC)

Power Consume

(W)

≤50

Single power works

Work temp.

()

-5~65

Machine temp. control automatically

Storage temp.

()

-40~85

 

Operating relative humidity

(%)

5~95

 

Size

(")

19×14×1.75

(W)x(D)x(H) 

1310nm Optical Transmitter with AGC 1310nm Optical Transmitter with AGC

Send your message to this supplier
« Prev Product ... 8 9 10 11 12 13 14 ... Next Product »

Other Products from this Supplier

Company Info

Hangzhou Huatai Optic Tech Co., Ltd.
[China]
[Verified Member]

Business Type:Manufacturer

City: Hangzhou
Province/State: Zhejiang
Country/Region : China

View Contact Details

Email this page Bookmark this page Print this Page