ET4401 ET4410 LCR Benchtop Digital Bridge Tester Desktop LCR Meter Capacitance Resistance Impedance Inductance Measure Meter for Electrical Testing(ET4402)

ET44 series desktop bridge LCRIntroduction to theProduct description:ET44series LCR digital bridge is designed using automatic balance bridge principle component parameter analyzer, the tests of 10 hz ~ 100 KHZ bandwidth, 0.1% of the basic classification function provided by the accuracy of measurement and instrument for the vast majority of components and materials to provide accurate and complete the survey and analysis, is widely used in product research and development, components such as incoming inspection, product online applications.Product features:Measuring frequency up to 100 KHZ, Test level 10 - 2000 mv, Support dc resistance (DCR), electrolytic capacitor measurementThe internal bias voltage output 0 mv - 1500 mv3.5 inch TFT display, five showsCommunications: USB Device, RS232 , Handle, Data record function (maximum, minimum, average)Support SCPI communication protocolProvide the system , can according to need to configure the Chinese or English, buzzer, screen brightness, etcBasic measurement accuracy of 0.1%Manual and automatic rangeWith open circuit and short circuit calibration functionComparator separation (5), alarm functionMain technical indicators:ModelET4401ET4402ET4410Testing frequency10 Points(100,120,200,400,800,1K,2K,4K,8K,10K)12 Points(100,120,200,400,800,1K,2K,4K,8K,10K,15K,20K)16 Points(100,120,200,400,800,1K,2K,4K,8K,10K,15K,20K,40K,50K,80K,100K)Display screen3.5" TFT LCD screenNumber of display digitsPrincipal parameter: 5 digitSecondary parameter: 5 digitMeasured parameter:Principal parameter: L/C/R/ZSecondary parameter: X/D/Q//ESRMeasurement rangeL:0.001µH-9999H,C:0.001pF-99.999mF,R:0.0001-99.99MBasic accuracy0.1%Measuring display speed2 time/s (slow), 4 times/s (medium), 8 time/s (fast)Internal bias0-1500mV adjus

• 1. High Precision Measurements: The ET4401 ET4410 LCR Benchtop Digital Bridge Tester Desktop LCR Meter utilizes the automatic balance bridge principle to provide accurate and precise measurements of capacitance, resistance, impedance, and inductance. With a basic accuracy of 0.1%, this meter ensures reliable and trustworthy results for a wide range of components and materials.
• 2. Wide Frequency Range: This LCR meter is capable of measuring frequencies up to 100 KHZ, allowing for detailed analysis and characterization of component parameters. From 10 hz to 100 KHZ bandwidth, it provides comprehensive testing capabilities for various applications including product research and development, incoming inspections, and online product testing.
• 3. Versatile Functionality: Designed with user convenience in mind, the ET4401 ET4410 LCR Meter offers a variety of features to enhance usability. It supports DC resistance (DCR) and electrolytic capacitor measurement, as well as an internal bias voltage output ranging from 0 mv to 1500 mv. The 3.5-inch TFT display allows for easy and clear reading, while the USB Device and RS232 communication interfaces offer seamless data transfer options.
• 4. Intelligent System Settings: With the ability to configure system settings according to specific needs, this LCR meter provides a customizable experience. Users can choose between Chinese or English language options, adjust the screen brightness, and utilize the data record function which captures maximum, minimum, and average values. Additionally, the instrument features a buzzer and comparator separation with alarm functions for efficient sorting and identification.
• 5. Compact Design and Easy Operation: The ET44 series desktop bridge LCR meter is designed with user-friendly features to ensure hassle-free operation. Its compact size (265mm*105mm*305mm) and lightweight design (2.1kg) make it portable and convenient to use in various testing environments. Furthermore, the manual and automatic range selection, along with open circuit and short circuit calibration functions, simplify the measurement process and guarantee accurate results every time.