I. Introduction.
In the electronics industry, accurate measurement of the parameters of electronic components is crucial. To meet this need, we introduced the TH2830 LCR bridge. Thanks to its excellent performance, ease of use and wide range of applications, it has become a star product on the market. Today, let's take a closer look at this amazing measuring artifact!
Second, product advantages.
High-precision measurements.
The TH2830 LCR bridge uses advanced measurement technology to enable highly accurate inductance, capacitance, and resistance measurements. Its measurement accuracy can reach 005%, which effectively guarantees the accuracy of the measurement results.
Wide measuring range.
With a wide measuring range, it can cover many different types of electronic components. Whether it is a small SMD device or a large wire-wound inductor or high-voltage capacitor, the TH2830 can easily handle it.
High-speed measurements. The TH2830 LCR bridge has high-speed measurement capabilities and can complete a large number of measurement tasks in a short period of time. This greatly improves the production efficiency and saves the user's time and cost.
Versatile features.
In addition to the basic LCR measurement functions, the TH2830 supports a variety of other measurement functions, such as Q value, D value, loss tangent, etc. This makes it a powerful and comprehensive test tool for your application needs in a wide range of areas.
Easy to operate. We have equipped the TH2830 LCR bridge with an intuitive user interface and simple operation to make it easy for users to get started. With a clear menu and button layout, you can quickly set measurement parameters, select measurement functions and log data.
Reliability & Stability.
During the design and production process, we have adopted strict quality control standards to ensure that the TH2830 LCR bridge can maintain excellent performance in different operating environments. At the same time, we also provide strong technical support and services, including product training, application consulting, maintenance guarantee, etc., to ensure that you get timely answers and solutions during use.
3. Detailed parameters.
Measuring range: inductance: 1nh 100h;Capacitance: 01pf~100μf；Resistance: 100m 100m.
Measurement accuracy: (0.)05% reading +002% of range).
Test frequency: 100Hz, 120Hz, 1KHz, 10KHZ, 100KHZ, 1MHZ and other optional test frequencies.
Test Signal Level: Multiple optional test signal levels to meet the testing needs of different components.
Interface and communication: USB, GPIB, etc. are optional, supporting seamless connection with PCs and other devices.
Display: Large, high-resolution color display with clear measurement results and graphical interface.
Power requirements: Built-in rechargeable battery pack, support long time work;Power can also be supplied via an external adapter.
Size & Weight: Portable design, easy to carry and use;Please refer to the product specification sheet for specific dimensions and weights.
Fourth, the working principle.
The operating principle of the TH2830 LCR bridge is based on the AC four-terminal method measurement technology. It calculates the inductance, capacitance, and resistance values of the element by applying an AC signal of a known frequency to both ends of the component and measuring the voltage and current at both ends of the element. The four-terminal measurement technology can effectively eliminate the influence of lead resistance and contact resistance on the measurement results, so as to improve the accuracy and reliability of the measurement. At the same time, the TH2830 also adopts advanced digital signal processing technology and algorithms to improve the speed and stability of measurement.
Fifth, the field of application.
Electronic component manufacturing and quality control: In the manufacturing process of electronic components, TH2830 can be used for performance testing and quality control of inductors, capacitors, resistors and other components to ensure that the produced components meet the specifications. Improve production efficiency and product quality through automated testing and data analysis capabilities.
Scientific research and laboratory applications: In scientific research and laboratory applications, TH2830 can be used to accurately measure and characterize the performance of electronic components, providing important data support for new material research and circuit design. A variety of testing capabilities and data analysis software toolkits are available to meet the needs of scientists for a wide range of parameter measurements.
Maintenance and troubleshooting: In the process of equipment maintenance and troubleshooting, TH2830 can be used to test and analyze the inductance, capacitance, resistance and other components on the circuit board, helping maintenance personnel quickly locate and repair the fault point. The intuitive user interface and simple operation make it easy for maintenance personnel to get started and carry out effective troubleshooting. The TH2830 also features data saving and comparison capabilities that store and analyze test data to better understand how equipment performance changes over time, allowing for better equipment failures and problems.
In conclusion, the TH2830 is a powerful, easy-to-use, and widely used tool for equipment repair and troubleshooting. It can help maintenance personnel quickly locate and repair fault points, improve maintenance efficiency and quality, and reduce maintenance costs and equipment downtime.