Description

Display Type: LCD

Dimensions: 41 x 87 x 184mm

Weight: 337g

Maximum Resistance Measurement: 200 MΩ

Maximum Inductance Measurement: 2000H

Model Number p: U1733C

Height: 184mm

Power Source: Battery, Mains

Width: 87mm

Length: 41mm

Battery Life: 16 h

Bench/Handheld: Handheld

Maximum Test Frequency: 100kHz Maximum Capacitance Measurement: 20mF Battery Type: 9V Maximum Operating Temperature: +55°C Minimum Operating Temperature: -10°C

The Keysight Technologies U1733C LCR Meter is a precision instrument designed for measuring inductance (L), capacitance (C), and resistance (R), commonly referred to as LCR parameters. This versatile device offers a wide measurement range and exceptional accuracy, making it an essential tool for engineers, technicians, and researchers across various industries.

The Keysight Technologies U1733C, LCR Meter, Maximum Capacitance Measurement: Special Features

• The U1733C LCR can accurately measure inductance (L), capacitance (C), and resistance (R) with a maximum capacitance measurement range of 20mF and a maximum resistance measurement range of 200 MΩ.
• It operates over a broad range of 100 Hz to 100 kHz, allowing users to analyze components and devices at various frequencies.
• The instrument offers high measurement accuracy, making it suitable for research and quality control applications.
• The U1733C features a clear and easy-to-read LCD display that provides real-time measurement data, including L, C, R, and other relevant information.
• It offers USB and RS-232 connectivity options for data transfer and remote control, enhancing its flexibility in laboratory and production environments.
• The meter has a built-in test fixture, simplifying component testing and ensuring consistent and reliable results.

Significant Benefits of the LCR Meter

• Precision Measurements
• Wide Frequency Range
• User-Friendly Interface
• Robust Data Storage

Where Can the LCR Meter and Maximum Capacitance Measurement Be Used?

The Keysight Technologies U1733C LCR Meter finds applications in various industries and scenarios, including:

• Electronics Manufacturing: Testing and quality control of electronic components such as capacitors, inductors, and resistors.
• Research and Development: Characterisation of passive components in circuit design and development.
• Education: Used in academic settings to teach students about LCR circuits and measurements.
• Audio Electronics: Analysis of audio components like speakers, filters, and crossovers.
• RF and Microwave Circuits: Evaluating components used in RF and microwave circuits, including antennas and filters.
• Aerospace and Defence: Ensuring the performance and reliability of critical electronic components in aerospace and defence systems.