Welcome to brushcapital
Home >Electrical Equipment & Supplies » Fiber Optic Equipment
Add to wish list
+ Add a New List
1550nm CATV Optical Transmitter Direct Modulation 3~10dBm
OverviewQuick DetailsPlace of Origin:Zhejiang, China (Mainland)Brand Name:PrevailModel Number:WT-1550-DMoptical transmitter case:optionalSup
$460 /
Stock: 10000 s
Quantity:
-+
Min Order: piece
Buy Now
Add To Cart
Send Inquiry
Seller Support:
Trade Assurance — To protect your orders from payment to delivery
Product Details
Transaction Comments
Overview
Quick Details
Place of Origin:
Zhejiang, China (Mainland)
Brand Name:
Prevail
Model Number:
WT-1550-DM
optical transmitter case:
optional
Supply Ability
Supply Ability:
500 Unit/Units per Month
Packaging & Delivery
Packaging Details
neutral
Port
SHANGHAI
Lead Time :
according to the quantity
Product Description

WT-1550-DM intelligent directly modulated optical transmitter is mainly used in 1550nm optical fiber transmission system. Adopt advanced electronic dispersion compensation technology, accurately compensate according to the actual transmission distance by 1km stepping. The maximum compensated distance up to 50km.

Model Selection:
WT-1550-DM-I: standard 1550nm directly modulated optical transmitter, the default optical output power is 10mW, and the optical output wavelength can choose ITU standard wavelength.
WT-1550-DM-II: on the base of WT-1550-DM-I, add inter-cut function and built-in WDM. The WDM specification please specify when ordering.
WT-1550-DM-III: on the base of WT-1550-DM-I, add VOA Variable Optical Attenuator.
WT-1550-DM-IV: on the base of WT-1550-DM-II, add VOA Variable Optical Attenuator, can adjust the signal optical power intensity by the menu options on the front panel.


Block Diagram

Technique Parameters


Detailed Images
About US
Other products from this supplier
Back to top
X
Added successfully
You have added this product to the wish list successfully !
X
Added successfully
It has now been moved to the top of the list!
Continue shopping
X
Add a New List
Save
cancel