Battery Crystal Impedance Meter For Semiconductor Components Up To 15 Test Ranges

TH2839 Series High Stability, Up to 15 Test Ranges Impedance Analyzer for Semiconductor Components

The Impedance Analyzer stands out from other instruments in its category due to several differentiating features:

1. Wide Frequency Range: The Impedance Analyzer offers an extensive frequency range for impedance analysis, allowing for measurements across a broad spectrum. This capability enables users to examine impedance behavior at low, medium, and high frequencies, providing a comprehensive understanding of the device or circuit under test.

2. Multi-Parameter Measurements: In addition to impedance, the analyzer provides measurements of various parameters such as admittance, conductance, susceptance, and more. This versatility enables comprehensive characterization and analysis of electronic components, circuits, and materials.

3. Simultaneous Multi-Point Measurements: Unlike conventional analyzers that measure impedance at one point at a time, the Impedance Analyzer can simultaneously measure impedance at multiple points. This feature is particularly beneficial in complex circuits or systems with multiple components, saving time and effort during testing and analysis.

4. Advanced Signal Processing Algorithms: The Impedance Analyzer incorporates sophisticated signal processing algorithms to ensure accurate and reliable measurements. These algorithms minimize errors and uncertainties, optimizing the quality and integrity of the obtained impedance data.

5. User-Friendly Interface: The analyzer boasts a user-friendly interface with intuitive controls, making it easy to configure and operate. The high-resolution display presents measurement results in a clear and detailed manner, facilitating quick and convenient data interpretation.

6. Portable and Robust Design: The Impedance Analyzer is available in portable and compact options, allowing for easy transportation and flexibility in various testing environments. Its robust construction ensures durability and reliability, even in demanding conditions, making it suitable for both laboratory and field applications.

7. Data Logging and Analysis Capabilities: With built-in data logging and analysis features, the Impedance Analyzer enables users to store and analyze measurement results for further investigation. This capability facilitates long-term monitoring, trend analysis, and comparison of impedance properties, enhancing the depth and value of the analysis.

These differentiating features make the Impedance Analyzer a powerful and versatile tool for precise impedance analysis, offering advanced capabilities and facilitating comprehensive characterization of electronic components and circuits.

Features

High accuracy:Auto-balance bridge technology, 4-terminal pair

High stability and consistency:Up to 15 test ranges

High speed:Up to 7.7ms

High resolution:7- inch, 800×600

201 Points List Sweep Function

Multi-parameter Graphic Sweep Function

Varactor diode automatic polarity function

10 bins sorting, sorting result with sound and light alarm

Storage space: Internal: 40 groups of setting files,USB External: 500 groups of setting files, data log files and image files

Simultaneous testing for Ls-RDC

High compatibility: Support SCPI commands, compatible with KEYSIGHT E4980A, E4980AL, HP4284A etc.

Applications

Passive component:

Impedance parameter estimation and performance analysis of capacitor, inductor, magnetic core, resistor, piezoelectric devices, transformers, chip components and network components

Semiconductor component

Parasitic parameter test and analysis of LED driver integrated circuit, C-V DC features of varactors, Parasitic parameter analysis of transistors or integrated circuit

Other components

Impedance assessment of printed circuit boards, relays, switches, cables, batteries

Dielectric material

Dielectric constant and loss angle evaluation of plastics, ceramics and other materials

Magnetic materials

Magnetic permeability and loss angle assessment of ferrite, amorphous body and other magnetic materials

Semiconductor materials

Dielectric constant, electrical conductivity and C-V characteristics of semiconductor materials

Liquid crystal cell

Dielectric constant, elastic constant and C-V characteristics of liquid crystal cell

Specifications