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HP · 81532A

HP Agilent Keysight 81532A Optical Power Sensor

$1,278.40

Price in USD.

Condition
Used
Availability
In stock · 2 available
Model
81532A
Manufacturer
HP
Category
Power Sensors

Description

HP 81532A Optical Power Sensor – High-Precision Optical Testing

The HP 81532A Optical Power Sensor is a cutting-edge solution for optical power measurements, offering exceptional accuracy and a wide dynamic range. Designed for professional applications, this sensor is ideal for fiber optic testing, telecommunications, and research laboratories. With a broad wavelength range of 800–1700 nm and superior sensitivity, the HP 81532A ensures precise and reliable readings in various optical environments.

Engineered for compatibility with optical test equipment, this sensor provides high linearity and an extended power range, making it a valuable tool for experts who require precision in optical measurements.

Key Features and Benefits

  • Wide Wavelength Range – Covers 800–1700 nm, making it suitable for a variety of optical applications.
  • High Accuracy – Delivers precise measurements with an accuracy of ±2.5% (1000–1650 nm).
  • Extended Power Range – Measures from +3 to -110 dBm, providing versatility for different testing conditions.
  • Superior Linearity – Ensures consistency with a linearity of ±0.015 dB ±0.3 pW.
  • Reliable and Durable – Built for stability and repeatability across a wide range of optical power levels.

Technical Specifications

Specification Details
Sensor Type InGaAs
Wavelength Range 800–1700 nm
Power Range +3 to -110 dBm
Accuracy ±2.5% (1000–1650 nm)
Linearity ±0.015 dB ±0.3 pW

Calibration and Quality Assurance

Each HP 81532A Optical Power Sensor is calibrated before shipping to meet OEM specifications. The package includes:

  • Calibration Certificate
  • Calibration Label
  • Calibration Data

Why Choose the HP 81532A Optical Power Sensor?

The HP 81532A Optical Power Sensor is designed for professionals who demand precision and reliability in optical testing. Its wide wavelength range, high accuracy, and superior linearity make it an essential tool for fiber optic measurements and research applications.

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