1064nm Lithium Niobate High-Frequency Phase Modulator (40GHz Electro-optic Bandwidth)

1310/1550nmnm LiNbO3 high frequency phase modulator uses titanium diffusion or proton exchange process to make optical waveguide, the input and output optical fiber and waveguide are precisely obliquely coupled, and the electro-optical effect of lithium niobate material is used to realize the phase modulation of optical signal. Titanium diffusion (Ti-indiffusion) or proton exchange (APE) waveguide process can obtain double refraction or single polarization phase modulation respectively.

Product features：Low insertion loss、 Low drive voltage、 Titanium diffused or proton exchange waveguide、 Excellent long-term stability

Application area：Fiber optic communications、 Microwave photons、 Quantum communications、 Optical sensing、 Optical chirp

Unit Price

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Part Number

PM-1064-40G-PM-FA

Lead Time

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Stock

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General Parameters

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Dimensional Drawing

Technical parameters:

Parameters	Unit	Min.	Typ.	Max.
Model		PM-1064/1310/1550-10G-PM-FA
Half-wave voltage DC electrode	V		3.5	5.0
Electro-optical bandwidth S21@-3dB	GHz	10		40
RF half-wave voltage @DC	V		3.5	5.0
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 Technology
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 Fiber1.5m length，900um
Output fiber		SMF-28 Single mode fiber1.5m length，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 Technology）

Order Info:

PM-W-BW-Y-Z-AB-CD

PM:Phase Modulato

W_Wavelenth:

0850: 850nm

1064: 1064nm

1310:1310nm

1550: 1550nm

BW: bandwidth

0.3G:>300MHz

10G:>10GHz

Y: Input fiber

P: PM fiber

S: SM fiber

Z: Output fiber

P: PM fiber

S: SM fiber

AB: Input fiber connector

00:bare fiber

FA: FC/APC

FC: FC/SPC

CD: Output fiber connector

00:bare fiber

FA: FC/APC

FC: FC/SPC

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