1550nm LiNbO3 2.5Gb/s Intensity Modulator

1550nm LiNbO3 2.5Gb/s Intensity Modulator

Idealphotonics' lithium niobate (LiNbO3) intensity modulator is made of titanium diffusion or proton exchange process. The Mach-Zehnder type optical waveguide, the input and output optical fiber and the waveguide are precisely obliquely coupled, and the electro-optical effect of lithium niobate material is used to achieve intensity modulation of optical signals.

Product features：X-cut Y-transmitted lithium niobate、 Titanium diffused or proton exchange waveguide、 Low driving voltage、 Independent bias electrode · Zero chirp、 Precise oblique coupling between fiber and chip, greatly reducing、 Backlight reflection、 Excellent long-term stability

Part Number：MP-EOM-IM-1550-3G-FA

Application area：Pulse generation, pulse shaping, pulse picking、 Carrier suppression、 Fiber optic sensing system、 Pulse application、 Analog transmission、 LiDAR

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Main parameters
General Parameters
Optional Configurations
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Main parameters

Core parameters

Wavelength Bandwidth Connector

1550nm 3GHz FC/APC

Dimension Drawing

General Parameters

Parameter

Condition	Unit	Min.	Typical	Max.
Half-wave voltage DC electrode	V		6.5	7.0
Electro-optical bandwidth S21@-3dB	GHz	3
RF half-wave voltage@DC	V		3.5	4.0
Bias half-wave voltage	V			5.0
Jitter	dB		0.5	1
Electrical return loss S110-20GHz	dB		-12	-10
RF connector input resistance	Ω		40
Input impedance DC connector	Ω		＞1M
Crystal: Lithium Niobate	.	X-cut Y-propagation
Waveguide process		APE Process
Insertion loss	dB		3.0	4.0
Optical return loss	dB		＜-45
Wavelength dependent loss (1480-1600nm)	dB		0.5	1.0
DC extinction ratio	dB	20	22
Input fiber		Panda polarization-maintaining fiber 1.5 meters long, 900um
Output fiber		SMF-28 single-mode fiber 1.5 meters long, 900um (PMF optional)
Input RF connector		SMA
DC connector		Pin feed-through diameter: 1.0mm
Package size	mm	110 x12.5 x9.0
Operating temperature	℃	0~ +70
Storage temperature	℃	-40 ~ +85
DC input maximum voltage	V	±20
Maximum RF input power	dBm	+28
Maximum input optical power	mW	200 (APE process)