Mini Mems VOA for High Transmission Optical Power

Min.Order: 1

Product origin: Mianyang, Sichuan, China

Infringement complaint:

Complaint

US$ 75

Description

Introduction
Dynamic Variable Optical Attenuator (DVOA) based on MEMS is an important component to realize power regulation in all-optical network. DVOA can realize the comprehensive remote control of all-optical network. Mainly used in: preset optical power equalization, channel transmission equalization, optical automatic gain adjustment, optical receiver protection, etc. The DVOA product developed by our company adopts MEMS control chip and unique optical design, which makes the product more miniaturized, lower cost, and more rapid response, with higher stability and reliability, and easy to manufacture.

Features	Applications
High reliability	High transmission optical power
High stability	Optical path power balance
Low Insertion loss	Channel transmission equalization
Rapid response	Optical automatic gain adjustment
small volume	Optical receiver protection
	optical on &off

Specifications

Parameters	Unit	Index	Notes
Wavelength range	nm	1260-1650nm or 980nm/1064nm
Attenuation type		Normally bright or dark
Attenuation range	dB	≥30
Max. attenuation range	dB	≥45
Insertion loss	dB	≤0.7 (0.5 Typical)	Without the connector loss
Attenuation type		Continue
WDL	dB	≤0.1	0dB test
WDL	dB	≤1	20dB test
Ripple wave	dB	≤0.05	0.4nm Broadband is tested at 20dB
PDL	dB	≤0.1	0dB test
PDL	dB	≤1	20dB test
TDL	dB	≤0.15	Test comparison at 0dB
TDL	dB	≤1	Test comparison at 20dB
RL	dB	≥55
PMD	ps	≤0.5
Respond time	ms	≤2 (1 Typical)	10-90% optical power
optical power resistant ability	mW	300
Driving voltage	VDC	6V	Typical is 40dB at 5.2v
Power consumption	mW	≤2
Operating temperature	ºC	0 to 70
Storage temperature	ºC	-40 to 85

ordering information:

ZG	VOA	Port	Operation wavelength	Fiber type	Fiber length	Connector
	1=Normally close 2=Normally open	0101=1X1	10=1060nm 13=1310nm 15=1550nm 16=1625nm X=Others	1=Bare fiber	1=1M	0=None
						1=FC/APC
						2= FC/PC
				2=900um Optical fiber		3=SC/APC
						4=SC/PC
						5=ST
						6=LC
		XX=Others		XX=Others		XX=others