Home Create an Account  |   Log In

View All »Matching Part Numbers
( 0)

Your Shopping Cart is Empty
           

Lithium Niobate Modulators


Related Items






Lithium Niobate Modulators

Zero-Chirp Intensity Modulators
ParameterValue
Operating Rangea1525 - 1605 nm
PRBSb Optical
Extinction Ratio		13 dB
Bit Rate Frequency9.953 Gb/s
Electrooptic Bandwidth
(-3 dB)		10 GHz

a See note below.
b Pseudo Random Binary Sequence

Features

  • C- and L-Band Operation Range
  • 300-Pin MSA Transponder Compatible Footprint
  • Titanium Indiffused X-Cut Lithium Niobate
  • Low Drive Voltage
  • Long-Term Bias Stability
  • Telcordia GR-468 Compliant
  • Integrated Photodetector

The LN81S-FC and LN56S-FC are zero-chirp LiNbO3 intensity modulators with integrated photodiodes that are designed to be integrated into 300 pin MSA compatible transponders. Zero-Chirp modulators are fabricated from X-Cut Titanium Indiffused LiNb03, which allows for both arms of the Mach-Zehnder interferometer to be symmetric. This symmetry ensures that the modulated output of the intensity modulator is not also shifted in phase/frequency (chirped). A chirped signal will be spectrally broadened, which leads to greater chromatic dispersion and limits the WDM channel separation. Zero-Chirp intensity modulators are ideal for use in metro and long-haul DWDM applications requiring less than a 2 dB power penalty for ±1,200 ps/nm dispersion. The integrated photodetector can be used for optical power monitoring and modulator bias control, which eliminates the need for an external fiber tap. 

The two X-Cut LiNbO3 intensity modulators available online are 10 GHz devices with a PM input fiber pigtail and an SM output fiber pigtail. Both are terminated with FC/PC connectors. The PM fiber is keyed to the slow-axis which is also aligned to the extraordinary mode.

For more information on custom configurations (i.e., fiber type, connectorization, etc.) and quotes, please contact Technical Support.

Note: The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
ParameterMinTypicalMaxParameterMinTypicalMax
Operating Wavelengtha1525 nm -1605 nmOperating Case Temperature0 °C 70 °C
DC Optical On/Off
Extinction Ratio		20 dB--Optical Insertion Loss
(Connectorized)		-4.0 dB5.0 dB
PRBSb Optical Extinction Ratio13 dB--EOLd Insertion Loss Variation-0.5 dB-0.5 dB
Bit Rate Frequency9.953 Gb/s--Modulator Chirp Parameter-0.1-0.1
E/O Bandwidth (-3 dB)10 GHz--Optical Return Loss40 dB--
S11 (DC to 10 GHz)--12 dB-10 dBPD Responsivity 0.1 mA/mW-0.5 mA/mW
RF Drive Voltage (PRBS)-5.5 V6 VOutput Optical Power
Monitoring Range		-5 dBm-10 dBm
Vπ Bias Portc--8 VOutput Monitor Variation-0.5 dB-0.5 dB
EOLd DC Bias Voltage Range-8 V-8 VMonitor Photodiode Reverse
Bias Voltage		-5.5 V--3.0 V

a The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
b Pseudo Random Binary Sequence
c Half-Wave Retardation DC Voltage
d End of Life

Pin Label (Number)Description
C (1)Photodetector Cathode
A (2)Photodetector Anode
B (3)Modulator DC Bias
G (4)Modulator Bias Ground

RF Modulation Input: SMP RF Connector
Loading Tag Cloud Loading...

Please Give Us Your Feedback
 
Email   Feedback On
(Optional)
Contact Me:
Your email address will NOT be displayed.
 
 
Please type the following key into the field to submit this form:
Click Here if you can not read the security code.
This code is to prevent automated spamming of our site
Thank you for your understanding.   
 
Would this product be useful to you?       Little Use   1 2 3 4Very Useful

Enter Comments Below:
 
Characters remaining 8000    
Posted Comments:
Poster: tcohen
Posted Date: 2012-12-28 13:06:00.0
Response from Tim at Thorlabs: This is a Mg doped LiNbO3 crystal. This material will form color centers when exposed to light at 780nm, causing higher loss. This is temporary as charge carriers become displaced and trapped in defects, forming dipoles within the crystal, and may be removed by heating. For modulation, there are suitable RF amplifiers available from companies such as SHF, Triquint, Oki, Inphi, Centellax, Picosecond, etc. We will contact you directly to discuss your application in more detail.
Poster: gnishi
Posted Date: 2012-12-17 00:46:58.797
Dear Sir: I have a question on the modulator. (1) Can it be used for the modulation with 780nm wavelength? If so, is there any problem with such wavelength region or anything to concern for the opearation? (2) Do you have a product for driving this modulator? Thank you for advance.
Poster: bdada
Posted Date: 2011-11-01 12:37:00.0
Response from Buki at Thorlabs: Thank you for your feedback. Our production team will review your suggestion. Please contact TechSupport@thorlabs.com if you would like to discuss your application further.
Poster:
Posted Date: 2011-10-31 12:57:03.0
Please look at adding a SMA to SMP connector as you sell SMA cables but not SMP.
Poster: jjurado
Posted Date: 2011-06-15 09:54:00.0
Response from Javier at Thorlabs to jikim: Thank you very much for contacting us. At the moment, we do not have the capability to offer such a product. Free-space modulators do not have the capability to achieve 40 dB extinction ratio performance, and producing a fiber coupled LN-type modulator with free-space output would require a significant amount of development. Alternatively, we could supply a short length of PM fiber at the output pigtail, which could be then fitted with a collimator. However, we cannot commit to a 40 dB PER specification. I will contact you directly to get more details about your application.
Poster: jikim
Posted Date: 2011-06-14 15:17:06.0
Could you provide a customized phase modulator with a PM input (FC/APC) and a free space collimated output to obtain the linear polarization output with extinction ratio more than 40 dB and without ellipticity? In the fiber output there exists thermal effects.
Poster: jikim
Posted Date: 2011-03-08 16:13:26.0
Is a zero chirp intensity modulator (LN56S-FC) with a PM fiber in the output available? I would appreciate if you could send me a quotation for it.
Poster:
Posted Date: 2011-02-13 22:03:34.0
Poster: Thorlabs
Posted Date: 2010-10-07 15:08:16.0
Response from Javier at Thorlabs to Andres: I will contact you directly to discuss your application. We have to first consider your lasers wavelength and power output, among other parameters.
Poster: andres.aragoneses
Posted Date: 2010-10-07 11:57:04.0
Dear sir/madam I need an optic amplifier that multiplies the intensity of one laser an integer number of times (2, 3 or 4). Which is the product I need? thank you Aragoneses
Poster: Adam
Posted Date: 2010-05-06 16:24:13.0
A response from Adam at Thorlabs: We are working on getting these drawings on the web. In the meantime, if you need the drawings please email techsupport@THorlabs.com and we will provide with the necessary documentation.
Poster:
Posted Date: 2010-05-05 21:38:35.0
can you please provide mechanical drawings for those products?
Click on any phrase below to search our site using our new Search Engine:
amplitude modulators   c band   c band modulator   c-band   c-band modulator   chirp   covega   electro optic modulator   electro-optic modulator   eo modulator   fiber optic modulator   l band   l band modulator   l bandc band   l-band   l-band modulator   linb03   linbo3 modulator   lithium niobate modulator   mach zehnder modulator   mach-zehnder modulator   modulator   optical modulator   optical modulators   telecom modulator   zero chirp  
Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LN56S-FC Support Documentation LN56S-FC Zero-Chirp, 10 GHz Intensity Mod., Integrated PD, FC/PC $1,275.00
Lead Time
LN81S-FC Support Documentation LN81S-FC Zero-Chirp, 10 GHz Intensity Mod., Integrated PD and Replaceable GPO Conn,, FC/PC $1,275.00
Lead Time
Add To Cart
0.7 Fixed Chirp Intensity Modulators
ParameterValue
Operating Rangea1525 - 1605 nm
PRBSb Optical
Extinction Ratio		13 dB
Bit Rate Frequency9.953 Gb/s
Electrooptic Bandwidth
(-3 dB)		10 GHz

a See note below.
b Pseudo Random Binary Sequence

Features

  • C- and L-Band Operation Range
  • 300-Pin MSA Transponder Compatible Footprint
  • Titanium Indiffused X-Cut Lithium Niobate
  • Low Drive Voltage
  • Long-Term Bias Stability
  • Telcordia GR-468 Compliant
  • Integrated Photodetector

The LN62S-FC and LN82S-FC are 0.7 fixed-chirp LiNbO3 intensity modulators that are designed to be integrated into 300 pin MSA compatible transponders. They feature integrated photodiodes. Fixed-Chirp modulators are fabricated from Titanium Indiffused Z-Cut LiNb03, which creates in an inequality in the push-pull phase shift between the two arms of the Mach-Zehnder interferometer. This results in a phase/frequency shift (chirp) in the output in addition to the intensity modulation. These fixed chirp modulators down-chirp the pulse, which can be useful when the optical fiber in the network has a positive dispersion coefficient. The down-chirped pulse traveling through an optical fiber with a positive dispersion coefficient will be compressed until a minimum is reached. Beyond that point the dispersion term will dominate. Since chirping the pulse increases the spectral width of the pulse, the chirped pulse will eventually be broader than an unchirped pulse traveling through the same optical fiber. These fixed chirp intensity modulators are ideal for applications requiring improved power penalty (less than two dB for +1600 ps/nm) performance over zero-chirp devices. The integrated photodetector can be used for optical power monitoring and modulator bias control, which eliminates the need for an external fiber tap. 

The 0.7 fixed-chirp Z-Cut LiNbO3 intensity modulators are 10 GHz devices with a PM input fiber pigtail and an SM output pigtail. Both are FC/PC-terminated. The PM fiber is slow-axis aligned. The RF input on the LN82S-FC has a field replaceable GPO connector.

For more information on custom configurations (i.e., fiber type, connectorization, etc.) and quotes, please contact Technical Support.

Note: The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
ParameterMinTypicalMaxParameterMinTypicalMax
Operating Wavelengtha1525 nm -1605 nmOperating Case Temperature0 °C-70 °C
DC Optical On/Off
Extinction Ratio		20 dB--Optical Insertion Loss
(Connectorized)		-4.0 dB5.0 dB
PRBSb Optical Extinction Ratio13 dB--EOLd Insertion Loss Variation-0.5 dB-0.5 dB
Bit Rate Frequency9.953 Gb/s--Modulator Chirp Parameter0.6-0.8
E/O Bandwidth (-3 dB)10 GHz--Optical Return Loss40 dB--
S11 (DC to 10 GHz)--12 dB-10 dBPD Responsivity 0.1 mA/mW-0.5 mA/mW
RF Drive Voltage (PRBS)-5.5 V6 VOutput Optical Power
Monitoring Range		-5 dBm-10 dBm
Vπ Bias Portc-38 VOutput Monitor Variation-0.5 dB-0.5 dB
EOLd DC Bias Voltage Range-8 V-8 VMonitor Photodiode Reverse
Bias Voltage		-5.5 V--3.0 V

a The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
b Pseudo Random Binary Sequence
c Half-Wave Retardation DC Voltage
d End of Life

Pin Label (Number)Description
C (1)Photodetector Cathode
A (2)Photodetector Anode
B (3)Modulator DC Bias
G (4)Modulator Bias Ground

RF Modulation Input: SMP RF Connector
Loading Tag Cloud Loading...

Please Give Us Your Feedback
 
Email   Feedback On
(Optional)
Contact Me:
Your email address will NOT be displayed.
 
 
Please type the following key into the field to submit this form:
Click Here if you can not read the security code.
This code is to prevent automated spamming of our site
Thank you for your understanding.   
 
Would this product be useful to you?       Little Use   1 2 3 4Very Useful

Enter Comments Below:
 
Characters remaining 8000    
Posted Comments:
Poster: Thorlabs
Posted Date: 2010-10-19 19:23:08.0
Response from Javier at Thorlabs to jikim: There are some slight differences between the x-cut (LN56/LN81) and z-cut (LN63/LN82) 10G intensity modulators, but the variation in the Vpi of the RF port is typically in the following range: DC to 1 GHz = 5V, 3GHz = 5.5V, 10 GHz = 7V. Note, the Vpi @ DC quoted in the specification sheet is for the DC bias port - not the RF port. The Vpi of the RF port is tested and specified with a 10Gb/s pseudo-random bit sequency (PRBS) which has a frequency spectrum that is roughly equivalent to a fixed frequency in the 3-4 GHz range, that is why the Vpi @ 3 GHz above is indicated as being equivalent to the Vpi for the 10 Gb/s PRBS.
Poster: jikim
Posted Date: 2010-10-19 11:00:14.0
According to the specification, the Vp is mentioned to be in the range of 3 to 8 V. Could you show the frequency dependence of such a voltage on the frequency (from 0 to 10 GHz)?
Click on any phrase below to search our site using our new Search Engine:
covega   eo modulator   fiber optic modulator   fixed chirp   fixed chirp modulator   fixed chirpfixed chirp modulator   fixed-chirp   linbo3 modulator   lithium niobate modulator   mach zehnder modulator   mach-zehnder modulator   modulator voa   optical modulators   Variable Optical Attenuator  
Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LN63S-FC Support Documentation LN63S-FC Fixed-Chirp, 10 GHz Intensity Modulator, Integrated PD, FC/PC $1,350.00
Today
LN82S-FC Support Documentation LN82S-FC Fixed-Chirp, 10 GHz Intensity Mod., Integrated PD and Replaceable GPO Connector, FC/PC $1,350.00
Today
Add To Cart
0.7 Fixed Chirp Intensity Modulator with Variable Optical Attenuator
ParameterValue
Operating Rangea1525 - 1605 nm
VOAb Attenuation18 dB
PRBSc Optical
Extinction Ratio		13 dB
Bit Rate Frequency9.953 Gb/s
Electrooptic Bandwidth
(-3 dB)		10 GHz

a See note below.
b Variable Optical Attenuator
c Pseudo Random Binary Sequence

Features

  • C- and L-Band Operation Range
  • 300-Pin MSA Transponder Compatible Footprint
  • Titanium Indiffused X-Cut Lithium Niobate
  • Low Drive Voltage
  • Long-Term Bias Stability
  • Telcordia GR-468 Compliant
  • Variable Optical Attenuator with 18 dB Attenuation Range

The LN83S-FC is a 0.7 fixed-chirp LiNbO3 intensity modulator with a variable optical attenuator (VOA) that is designed to be integrated into 300 pin MSA compatible transponders. Fixed-Chirp modulators are fabricated from Titanium Indiffused Z-Cut LiNb03, which creates in an inequality in the push-pull phase shift between the two arms of the Mach-Zehnder interferometer. This results in a phase/frequency shift (chirp) in the output in addition to the intensity modulation. These fixed chirp modulators down-chirp the pulse, which can be useful when the optical fiber in the network has a positive dispersion coefficient. The down-chirped pulse traveling through an optical fiber with a positive dispersion coefficient will be compressed until a minimum is reached. Beyond that point the dispersion term will dominate. Since chirping the pulse increases the spectral width of the pulse, the chirped pulse will eventually be broader than an unchirped pulse traveling through the same optical fiber. These fixed chirp intensity modulators are ideal for applications requiring improved power penalty (less than two dB for +1600 ps/nm) performance over zero-chirp devices.

The LN383S-FC modulator has an integrated VOA that allows for active attenuation of the optical output power over an 18 dB range. This can be useful when efficient management of network imbalances in DWDM optical links is needed, or in other applications.

For more information on custom configurations (i.e., fiber type, connectorization, etc.) and quotes, please contact Technical Support.

Note: The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
ParameterMinTypicalMaxParameterMinTypicalMax
Operating Wavelengtha1525 nm -1605 nmOperating Case Temperature0 °C-70 °C
DC Optical On/Off
Extinction Ratio		20 dB--Optical Insertion Loss
(Connectorized)		-4.0 dB5.5 dB
PRBSb Optical Extinction Ratio13 dB--EOLd Insertion Loss Variation-0.5 dB-0.5 dB
Bit Rate Frequency9.953 Gb/s--Modulator Chirp Parameter0.6-0.8
E/O Bandwidth (-3 dB)10 GHz--Optical Return Loss40 dB--
S11 (DC to 10 GHz)--12 dB-10 dBVOA Attenuation Range 15 dB--
RF Drive Voltage (PRBS)-6.5 V7 VVOA Vπ at DC--18 V
Vπ Bias Portc-38 VMin to Max VOA
Transmission Voltage Range		-16 V-16 V
EOLd DC Bias Voltage Range-10 V-10 VVOA 3 dB Bandwidth-100 MHz-

a The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
b Pseudo Random Binary Sequence
c Half-Wave Retardation DC Voltage
d End of Life

Pin Label (Number)Description
C (1)Not Connected
A (2)VOA Control Voltage
B (3)DC Bias
G (4)Case Ground

RF Modulation Input: SMP RF Connector
Loading Tag Cloud Loading...

Please Give Us Your Feedback
 
Email   Feedback On
(Optional)
Contact Me:
Your email address will NOT be displayed.
 
 
Please type the following key into the field to submit this form:
Click Here if you can not read the security code.
This code is to prevent automated spamming of our site
Thank you for your understanding.   
 
Would this product be useful to you?       Little Use   1 2 3 4Very Useful

Enter Comments Below:
 
Characters remaining 8000    
Posted Comments:
No Comments Posted
Click on any phrase below to search our site using our new Search Engine:
covega   eo modulator   fiber optic modulator   linbo3 modulator   lithium niobate modulator   mach zehnder modulator   optical modulators  
Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LN83S-FC Support Documentation LN83S-FC Fixed-Chirp, 10 GHz Intensity Mod., Integrated Variable Optical Attenuator, FC/PC $1,750.00
Today
Add To Cart
10 GHz Phase Modulator
ParameterValue
Operating Rangea1525 - 1605 nm
Bit Rate Frequency9.953 Gb/s
Electrooptic Bandwidth
(-3 dB)		10 GHz

a See note below.

Features

  • C- and L-Band Operation Range
  • 300-Pin MSA Transponder Compatible Footprint
  • Titanium Indiffused Z-Cut Lithium Niobate
  • Low Drive Voltage
  • Telcordia GR-468 Compliant
  • Optional Integrated Output Polarizer

The LN53S-FC and LN65S-FC are Titanium Indiffused Z-Cut LiNbO3 phase modulators that are designed to be integrated into 300 pin MSA compatible transponders. Phase modulators provide chirp controll in high-speed data communications. The LiNbO3 is also ideal for coherent communications, sensing, all-optical frequency-shifting, and data encryption applications.

The two Z-Cut LiNbO3 phase modulators available online are 10 GHz devices with SM fiber pigtails terminated with SC/PC or FC/PC connectors. The LN65S-FC has an integrated optical polarizer positioned before the output port of the device. The integrated polarizer is not included with the LN53S-FC. With no polarizer, the device is capable of supporting both optical modes, ordinary and extraordinary. Each mode will have a different modulation efficiency; the modulation efficiency of the extraordinary mode will be approximately a factor of three greater than the ordinary mode. For those interested in supporting only the extraordinary mode, the internal polarizer would be desirable. For more information on custom configurations (i.e., fiber type, connectorization, etc.) and quotes, please contact Technical Support.

Note: The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
ParameterMinTypicalMaxParameterMinTypicalMax
Operating Wavelengtha1525 nm -1605 nmOperating Case Temperature0 °C-70 °C
Bit Rate Frequency9.953 Gb/s--Optical Insertion Loss (Connectorized)-3.5 dB4.5 dB
E/O Bandwidth (-3 dB)10 GHz--EOLb Insertion Loss Variation-0.5 dB-0.5 dB
S11 (DC to 10 GHz)--12 dB-10 dBOptical Return Loss40 dB--
RF Drive Voltage (PRBS)-4.5 V5 VVπ at DCc-3.5 V4 V

a The modulator is designed for use in the 1550 nm window. Using the modulator at another wavelength (e.g., visible light) may cause a temporary increase in loss that is not covered under warranty. For instance, the increase in loss caused by shorter wavelengths can be reversed by heating the modulator to 50 °C for an hour.
b End of Life
c Half-Wave Retardation DC Voltage

Pin Label (Number)Description
C (1)Not Connected
A (2)Not Connected
B (3)Not Connected
G (4)Not Connected

RF Modulation Input: SMP RF Connector
Loading Tag Cloud Loading...

Please Give Us Your Feedback
 
Email   Feedback On
(Optional)
Contact Me:
Your email address will NOT be displayed.
 
 
Please type the following key into the field to submit this form:
Click Here if you can not read the security code.
This code is to prevent automated spamming of our site
Thank you for your understanding.   
 
Would this product be useful to you?       Little Use   1 2 3 4Very Useful

Enter Comments Below:
 
Characters remaining 8000    
Posted Comments:
Poster: jjurado
Posted Date: 2011-02-07 10:26:00.0
Response from Javier at Thorlabs to jikim: Thank you very much for submitting your inquiry. The LN53S does not rotate polarization. However, it functions as a variable waveplate, just like a Soleil-Babinet Compensator, when a voltage is applied to the modulator. The voltage changes the relative retardance between two orthogonal polarization modes. No intensity modulation would be observed if the input polarization is perfectly linear *and* if the linear polarization is launched on-axis to the PM input fiber. It is possible that the input polarization is not linear and/or not launched on axis to the modulator. Small misalignments between the PM fiber and LN crystal will create a small intensity modulated signal when passed through a linear analyzer. Also, use of single mode fiber at the output will allow the amplitude of the intensity modulated signal you observed to vary; just gently press on the fiber. The LN65S modulator, with an internal polarizer, will greatly suppress the undesired intensity modulation. If you need to retain the state of polarization at the output of the modulator, PM output fiber should be used. Also, this modulator can be supplied with FC/APC connectors.
Poster: jikim
Posted Date: 2011-02-04 17:31:35.0
I have a question on the output polarization of the phase modulator. A simple experiment has been performed. A single mode laser beam with linear polarization passes through a LN53S-FC modulator to which a sinusoidal signal at few tens of MHz is applied. The output of the modulator passes through a linear polarizer, i.e. a polarization analyzer. A photo diode (PD) observes the intensity of the transmitted beam through the polarizer. Then I could observe the same sinusoidal signal at the PD indicating that the output polarization of the modulator is varied with respect to the phase modulation. Such polarization variation of the output is absolutely not desirable in my application. When a PM fiber is used in the output port of the phase modulator instead of a SMF, is there any polarization change depending on the phase modulation? Or is there any suggestion from you to escape such a polarization change?
Poster: jikim
Posted Date: 2011-02-02 16:14:34.0
Could you provide a LN65S-FC with PM fibers in both input and output ports?
Poster: jjurado
Posted Date: 2011-02-02 11:54:00.0
Response from Javier at Thorlabs to jikim: Thank you very much for submitting your inquiry. We can certainly provide an LN65S-FC modulators with PM input and output fiber pigtails. I will contact you directly with pricing and lead time information.
Poster: Thorlabs
Posted Date: 2010-10-11 17:47:13.0
Response from Javier at Thorlabs to jikim: We can certainly quote a special FC/APC version of the LN53S-FC. I will contact you directly with more information.
Poster: jikim
Posted Date: 2010-10-11 13:02:11.0
Is it possible to make FC/APC instead of FC/PC connector of this phase modulator (LN53S-SC)?
Click on any phrase below to search our site using our new Search Engine:
covega   electro optic modulator   electro-optic modulator   electroptic modulator   eo modulator   fiber optic modulator   linbo3 modulator   linbo3 modulatorphase modulator   linbo3 phase   lithium niobate modulator   MACH 10 053 10 F S S BNL   MACH 10 053 10 S S S BNL   MACH 10 065 10 F S S BNL   mach zehnder modulator   mach-zehnder modulator   optical modulator   optical modulators   phase modulator  
Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal/Imperial Price Available / Ships
LN53S-FC Support Documentation LN53S-FC 10 GHz Phase Modulator without Polarizer, FC/PC Connectors $1,550.00
Today
LN65S-FC Support Documentation LN65S-FC 10 GHz Phase Modulator with Polarizer, FC/PC Connectors $1,550.00
Today
Add To Cart
Additional EO Modulators
  • Free-Space EO Modulators

  • Phase and Intensity Modulators

  • Analog Modulators

  • Phase and Intensity Modulators

    • Log In   |   My Account  |   Contact Us  |   Privacy Policy  |   Home  |   Site Index
    Regional Websites: West Coast US | Europe | Asia | China | Japan
    Copyright © 1999 - 2013 Thorlabs
    Sales: 1-973-579-7227
    Technical Support: 1-973-300-3000