Receivers and Sensors
Choose the optical receiver that meets your system performance and layout requirements. Add sensors for automatic compensation for environmental changes.
- Laser Interferometer Position Measurement Systems
- Receivers and Sensors
- Beam Directing and Reflecting Optics
- Single Axis Interferometers
- Differential and Compensation Interferometers
- Laser Heads
- Multiple Axis Interferometers
- PC System Electronics
- VME System Electronics
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product
Receiver
10780C
The Keysight 10780C is a highly-sensitive, lowest-cost Keysight receiver used with laser interferometer positioning systems. One receiver is used per measurement axis (including wavelength tracker). Configured with Keysight electronics, laser heads, cables and optics, the Keysight 10780C receiver allows you tailor a precise positioning system for your exact application requirements.
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product
Remote Dynamic Receiver
E1708A
The Keysight E1708A uses an optical fiber to transport the laser beam from a remote sensor assembly to the electronics. This improves measurement accuracy and repeatability by enabling you to mount heat-producing electronics away from the measurement area. The fiber optic cable also provides increased mounting design flexibility and easier access to the receiver attenuation and squelch adjustments.
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product
Remote High Performance Receiver
E1709A
The measurement signal frequency changes as the stage velocity changes. The Keysight E1709A ensures minimal phase processing errors due to frequency changes. The receiver also provides immunity to errors induced by changes in measurement signal power that occur due to small pitch, roll and yaw movements during stage motion. These features help provide the most accurate measurements under system motion.
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product
Remote Receiver
10780F
The Keysight 10780F Remote Receiver with fiber-optic pickup provides maximum layout flexibility for Keysight laser interferometer positioning systems. Remote pickup capabilities allow mounting of the heat-dissipating receiver electronics away from measurement areas, resulting in high measurement stability, accuracy, and repeatability.
