1550nm Phase Modulator 300 MHz

1550nm Phase Modulator 300 MHz

The PM-1550-300-PA phase modulator is a high-performance LiNbO3 modulator with a bandwidth of up to 300 MHz. This modulator provides phase modulation with low driving voltage. Its low insertion loss ensures maximum transmission power. The PM-1550-300-PA modulator uses polarization-maintaining (PM) input and output fibers, making it easy to integrate with other optical components.

Product features：Bandwidth up to 300 MHz 、Operating range: 1525 nm to 1565 nm 、Low insertion loss, typical 3 dB 、Minimal back reflection 、Drive voltage: 4V @ 1 MHz

Part Number：--

Application area：Coherent communication 、Optical chirping 、Optical sensing 、FM spectroscopy 、Frequency shifting 、Laser linewidth broadening

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Main parameters
General Parameters
Optional Configurations
Downloads

Main parameters

Core parameters

Dimension Drawing

General Parameters

Main Parameters

Electro-O tical Characteristics (Tsub = 25°C, continuous wave bias, unless otherwise s ecified)

Product Model	PM-1550-300-PA
Waveguide Process	Annealed Proton Exchange (APE)
Integrated Photodiode	No
Operating Wavelength Range	1525nm to 1570nm
Insertion Loss	3 dB typical, 3.5 dB max.
On/Off Extinction Ratio	≥ 21 dB min.
Optical Return Loss	≥ 30 dB
Electrical Parameters
RF Port
Drive Voltage (Vpi)	8 V typ. @ 1 MHz
Electro-Optic Bandwidth @ -3 dB	300 MHz typ., @ -3 dB
RF Return Loss
RF Input Power	+30 dBm max.
RF Impedance
Bias Port
Bias Drive Voltage (Vpi)	N/A
Input Impedance	N/A
Environmental/User Interface
Input Fiber	Panda – PM1550
Output Fiber	Panda – PM1550
Output Fiber Connector	PM FC/APC, can be customized as per client needs
RF Connector	3pin
Bias Connector
Dimensions	3.783”x 0.981” x 0.640”
Operating Temperature Range	-55 ºC to +75 ºC
Storage Temperature Range	-60 ºC to +90 ºC

Phase Modulator Test Report

The test optical path diagram is shown below：

图片1.png

The following results were obtained on the oscilloscope:

图片3.png

The output impedance of the AFG is 50Ω, generating a sine wave signal at 500kHz with an amplitude of 0–3.8V. The 3.8V should represent the half-wave voltage, but a full-wave phase shift is displayed on the oscilloscope, possibly due to an impedance mismatch between the AFG and the product.

Ordering Information

PM-W□□□□-☆-XX

PM: Phase Modulator/IM: Intensity Modulator □□□□: Wavelength

850: 850nm

1064: 1064nm 1310: 1310nm 1550: 1550nm ☆: Bandwidth 300: 300MHz

10G: 10GHz

XX: Fiber and Connector Type

SA = SMF-28E+ FC/APC SP = SMF-28E+ FC/PC PP = PM Fiber+ FC/PC PA = PM Fiber+ FC/APC

Optional Configurations

Downloads

1550nm Phase Modulator 300 MHz.pdf