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Touch Screen Power and Energy Meter Console

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Touch Screen Handheld Optical Power and Energy Meter Console




  • Brilliant 5.7" Color Touch Screen with VGA Resolution
  • Versatile Functionally with Intuitive Usage
  • Optional Fiber Inspection Camera
  • Over 25 Compatible Sensors

 

Features of the PM200

  • Brilliant 5.7" Color Touch Screen with VGA Resolution and
    Wide Viewing Angle
  • Advanced Spectral Correction Support
  • Power and Energy Measurements for CW
    and Pulsed Sources
  • Compact, Rubber, Protected Enclosure:
    170 mm x 125 mm x 38 mm (6.70" x 4.9" x 1.5")
  • 90° Flip-Screen and Swivel Kick Stand for Landscape and Portrait Viewing
  • Console Comes Calibrated with Certificate of Calibration
  • Data Storage on USB Stick
  • Compatibile with All C-Series Sensors (shown below)
  • USB 2.0 Remote Operation

Thorlabs' PM200 Touch Screen Power and Energy Meter, the latest addition to our power and energy meter console offerings, is the high-end counterpart to the PM100D and PM100A Analog Power Meter Consoles. It is equipped with a brilliant 5.7" color touch screen (118 mm x 88 mm) with VGA resolution that offers high contrast, a wide viewing angle, and a 90° flip screen that enables use in either a portrait or landscape orientation. The screen is encased in a compact, removable rubber housing that measures 170 mm x 125 mm x 38 mm.

The PM200 is compatible with all of our power and energy sensors (photodiode, thermal, and pyroelectric sensors) for use from the UV to the Mid-IR. It offers six current ranges for use with photodiode sensors (slim photodiode, microscope slide, integrating sphere, fiber) outputting currents from 10 pA to 5 mA and four voltage ranges for use with thermal sensors with thermopile voltages from 100 nV to 1 V. In both cases, manual and auto ranging are possible. The console has four manual voltage ranges for use with pyroelectric sensors with voltages from 100 µV to 100 V, and the auto-gain threshold can be adjusted from 0.1% - 99.9%. Customers can use their own custom built sensors and upload a response curve for spectral correction. Finally, a USB 2.0 port offers full remote control. Download an interactive Sensor Compatibility Guide for a complete overview over all compatible sensors and adapters.

Unique Features and Flexibility
The PM200 can load the spectral emmision curve for a broadband light source and calculate the net adjusted responsivity based on the spectral profile, allowing for more accurate power measurements. Similarly, the transmission curve for a filter can be loaded, and the meter will calculate the adjusted power and display the corrected value.

Other features that were implemented into the PM200 to extend its functionality and applicability include the following:

  • Data recording is stored to a large internal memory (128 MB) or a USB drive for stand-alone operation
  • Relevant laser beam specifications (e.g., peak power, power density, energy density, etc.) can be determined and sensors can be suggested based on inputted parameters (e.g., diameter, wavelength, power, energy, pulse length)
  • Software update using an external USB drive
  • Optional temperature and humidity module
  • Optional fiber inspection camera with power measurement capability will be available soon

Connectivity
The sensor's connector enables quick hot swapping of sensor heads and contains all the sensor information, including NIST traceable responsivity curves, sensor types, and model number. These details can be shown on the sensor information display screen. Diverse I/O ports enable quick integration into non-standard applications like an analog output, auxiliary input/output for external trigger, general-purpose programmable IO-ports, or ADC.

Item #PM200
Compatible Sensors Photodiode, Thermal, and Pyroelectric
Optical Power Rangea,b 100 pW to 200 W
Optical Energy Rangea,b 3 µJ to 15 J
Available Sensor Wavelength Rangea 185 nm - 25 μm
Display Refresh Rate Max 15 Hz
Bandwidtha DC - 100 kHz
  • Sensor Dependent
  • Ranges Selectable in Watts (Photodiode and Thermopile) or Joules (Pyroelectric), depending on the sensor used.

 

Standard Photodiode Power Sensors

 

  • For General Purpose Optical Power Measurements
  • Integrated Viewing Target for Easy Sensor Alignment
  • Ø9.5 mm Sensor Aperture
  • Compaptible Fiber Adapters: S120-xx Series
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles
  • Sensor, Protective Cap, IR Target, and Thread Adapter Included

The S12xC Standard Photodiode Power Sensors are ideal for metering low power coherent and incoherent sources from the UV to the NIR. The NIST-traceable, calibrated sensors feature an integrated viewing target for easy alignment, enhanced shielding against electromagnetic interference, over temperature alert device, and large Ø9.5 mm sensor aperture. The sensors are compatible with 30 mm cage systems, Ø1/2" posts, and SM1 (1.035"-40) lens tubes, and are ideal for free-space and fiber-coupled sources.

 

Slim Photodiode Power Sensors - S13xC Series

 

  • For Optical Power Measurements in Confined Spaces
  • Very Slim Design: 5 mm Thin on Sensor Side
  • Ø9.5 mm Sensor Aperture
  • Slideable ND Filter Automatically Changes Sensor Power Range
  • Optional SM1A29 SM1-Threaded (1.035"-40) Fiber Adapter Sold Below
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles
  • Click Here to View All of our Photodiode Power Sensors

 

The S13xC Slim Photodiode Power Sensors are designed to take optical source power measurements in locations where space and accessibility are at a premium. The 5 mm thin Slim Photodiode Sensors can fit between closely space optics, cage systems, and other arrangements where standard power meters may not fit. The NIST-traceable, calibrated sensors also feature a large Ø9.5 mm sensor aperture and slideable neutral density filter for dual power ranges in one compact device.

 

Microscope Photodiode Power Sensor

  • Measured with PM100D console in low bandwidth setting.
  • Beam diameter > 1 mm.
  • Wavelength Range: 350 nm to 1100 nm
  • Sensitive to Optical Powers from 10 nW to 150 mW
  • Designed to Measure Light on the Objective Plane of a Microscope
  • Silicon Photodiode with Large 18 mm x 18 mm Active Area
  • Sensor Housing Dimensions: 76.0 mm x 25.2 x 5.0 mm
  • Index Matching Gel Utilized in Design to Prevent Internal Reflections
  • Information Stored in Connector
    • Sensor Data
    • NIST- and PTB-Traceable Calibration Data
  • Post Mountable via 8-32 (M4) Tap

The S170C Microscope Slide Power Sensor Head is a silicon photodiode sensor designed to measure the power at the sample in microscopy setups. The silicon photodiode can detect wavelengths between 350 nm and 1100 nm at optical powers between 10 nW and 150 mW. The sensor head's 76.0 mm x 25.2 mm footprint matches that of a standard microscope slide and is compatible with most standard upright and inverted microscopes.

The photodiode has an 18 mm x 18 mm active area and is contained in a sealed housing behind a neutral density (ND) filter with OD 1.5. A 20 mm x 20 mm indentation around the surface of the ND filter is sized to accept standard microscope cover slips. An immersion medium (water, glycerol, oil) may be placed in this well directly over the ND filter, or a cover slip may be inserted first to simplify clean up. The gap between the photodiode and the neutral density filter has been filled with an index matching gel in order to prevent internal reflections from causing significant measurement errors when using high NA objectives with oil or water.

 

Integrating Sphere Photodiode Power Sensors - S14xC Series

  • For Beam-Shape- and Entrance-Angle-Independent Power Measurements
  • Integrating Sphere Design Acts as a Diffuser with Minimal Power Loss
  • Ø5 mm or Ø12 mm Input Apertures
  • Removable S120-FC Fiber Adapters (FC/PC and FC/APC) Included
  • Compatible Fiber Adapters: S120-xx Series and S140-BFA Bare Fiber Adapter
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles

 

Fiber Photodiode Power Sensors - S15xC Series

  • For Fiber-Based Optical Power Measurements
  • Compact Sensor Integrated into the Connector
  • Integrated Design for use in the Field and Lab
  • Includes PM20-FC Fiber Adapter
    • S150C and S151C Sensors also Include PM20-SMA SMA Adapter
  • Compatible with all PM20-xx Series Fiber Adapters
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles

 

Thermal Sensors for General Applications - S3xxC Series

  • For General Broadband Optical Power Measurements
  • Ø12 mm - Ø25 mm Sensor Area
  • Fast Response Time
  • Broadband Coatings with Flat Response over a Large Wavelength Range
  • Compaptible Fiber Adapters: S120-xx Series
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles

 

Slim Thermal Sensor

  • Very Compact: 40.7 mm x 40.7 mm x 18 mm (1.6" X 1.6" x 0.71")
  • For General Broadband Optical Power Measurements
  • Ø10 mm Sensor Area
  • Fast Response Time
  • Broadband Coatings with Flat Response over a Large Wavelength Range
  • Compaptible Fiber Adapters: S120-xx Series
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles
  • 30 mm Cage and SM1 Compatible

 

Thermal Sensors for Excimer and YAG Lasers - S3xxC Series

  • For Optical Power Measurements of Excimer and YAG Lasers
  • Ideal for Applications with High Peak Powers (10 W and 40 W Versions Available)
  • Ø25 mm or Ø40 mm Sensor Area
  • Fast Response Time
  • Compatible with the PM200, PM100D, PM100USB, PM100A, and PM320E Consoles

 

Pyroelectric Sensors - ESxxxC Series

  • For General Purpose and High Energy Optical Pulse Measurements
  • Black Broadband Coating with Flat Response Over a Wide Wavelength Range
  • Ceramic Coating with High Damage Thresholds for High-Energy-Density Lasers
  • Ø11 mm - Ø45 mm Sensor Area
  • Comes with BNC Connector for Oscilloscope Use and a Sensor Adapter for Use with the
    PM200, PM100D, PM100USB, and PM320E Consoles

 

ABOUT US

Our Mission is to accelerate the advancement of optical technology for precision measurements and their applications from the table tops of research laboratories to standard use in communication and high technology industries. Our aim is to serve our customers. Our hope is to create a place for highly skilled people in an open environment

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