Fluke 52120A Transconductance Amplifier

Description

The Fluke 52120A Transconductance Amplifier is a high-precision instrument designed for a variety of electrical calibration applications. Here’s a more in-depth overview:

Core Functionality:

• High-Current Source: It’s primarily a source of high-accuracy AC and DC currents.
• DC Current: Up to 100 Amps
• AC Current: Up to 120 Amps
• Transconductance Amplifier: This core technology allows for precise control and measurement of current flow.
• Inductive Drive Capability: It can drive inductive loads up to 1 mH, making it suitable for calibrating devices with significant inductance.

Key Features & Benefits:

• Exceptional Accuracy:
• Closed-Loop Operation (with Fluke 6105A): Achieves accuracies as low as 140 ppm for AC measurements, significantly enhancing the precision of your calibrations.
• Standalone Operation: Provides good accuracy for many applications.
• Versatility:
• Multiple Output Ranges: Offers various current output ranges to accommodate different measurement needs.
• Flexible Configurations: Can be used independently or integrated into larger calibration systems.
• High Isolation: Ensures safety and minimizes the risk of ground loops.
• Robust Construction: Built to withstand demanding laboratory environments.

Applications:

• Power Meter Calibration: A cornerstone for calibrating various types of power meters, including those used in utilities, industrial settings, and research.
• Energy Meter Calibration: Essential for accurately calibrating devices that measure energy consumption.
  Current Transducer Calibration: Used to verify the accuracy of current transducers employed in a wide range of electrical systems.
• Power Quality Analysis: Employed in systems that analyze power quality parameters, such as harmonics and voltage fluctuations.
• Research and Development: Utilized in research laboratories for various electrical and electronic measurement tasks.

The Fluke 52120A is a high-performance instrument that plays a critical role in ensuring the accuracy of electrical measurements. Its combination of high current output, precise control, and exceptional accuracy makes it an indispensable tool for calibration laboratories, power utilities, and research institutions.