Nanotech Test & Measurement Solution

ESS-S3011A & GT-30RA Electrostatic Discharge Simulator (ESS series)

The Electrostatic Discharge Simulator (ESS series) refers to a type of testing equipment used to simulate and test the effects of electrostatic discharge (ESD) on electronic devices and components. ESD is a sudden flow of electricity between two electrically charged objects caused by contact or a short circuit. This discharge can damage sensitive electronic circuits and components. The ESS series typically includes simulators that can generate controlled electrostatic discharges to test how well electronic devices can withstand or recover from ESD. These simulators are essential for ensuring the reliability and durability of products like computers, smartphones, and industrial machinery, which are often exposed to electrostatic charges during normal use, handling, or manufacturing. Key Features of Electrostatic Discharge Simulators: Adjustable Voltage: ESS simulators can generate ESD pulses at a range of voltages (e.g., 2 kV to 30 kV or more), which allows for testing under different conditions. Variety of Discharge Models: The simulators can generate different types of ESD events, such as contact discharge, air discharge, or direct discharge, to mimic real-world scenarios. Compliance with Standards: These simulators often meet international standards such as IEC 61000-4-2, which outlines the test methods for ESD immunity of electrical and electronic equipment. Multiple Testing Options: ESS simulators can often test multiple types of devices, from sensitive integrated circuits to full electronic assemblies. Software Integration: Many modern simulators come with software that allows for detailed monitoring, analysis, and control of the test parameters, which helps ensure repeatability and accuracy.

Electrostatic Discharge ESD Simulator

EDS 30V is the most advanced intelligent electrostatic discharge generator, the output voltage 30kV, it is also China’s first independent research and development product with collection discharge tip and touch screen control. The static electricity between human body and an object or between two objects sometimes can be up to tens of thousands of volts, which may cause circuit malfunction or even damages to electrical and electronic equipments. EDS 30V is the most advanced intelligent electrostatic discharge generator, the output voltage 30kV, it is also China’s first independent research and development product with collection discharge tip and touch screen control in an electrostatic discharge simulator, in compliance with ISO 10605 and GB/T 19951 standards. It is simple and easy to operate with LCD touch screen, versatile with many replaceable RC modules, and safe with built-in thermo-hygrometer. Features: Ergonomic design; LCD touch screen control; Temperature and humidity recording and protection; Automatic polarity switching over; Discharge modules can be replaced, automatic identification of RC modules; Built-in test standards library;

ESS-PS1 & GT-31S Electrostatic Discharge Simulator (ESS series)

The Electrostatic Discharge Simulator (ESS series) refers to a type of testing equipment used to simulate and test the effects of electrostatic discharge (ESD) on electronic devices and components. ESD is a sudden flow of electricity between two electrically charged objects caused by contact or a short circuit. This discharge can damage sensitive electronic circuits and components. The ESS series typically includes simulators that can generate controlled electrostatic discharges to test how well electronic devices can withstand or recover from ESD. These simulators are essential for ensuring the reliability and durability of products like computers, smartphones, and industrial machinery, which are often exposed to electrostatic charges during normal use, handling, or manufacturing. Key Features of Electrostatic Discharge Simulators: Adjustable Voltage: ESS simulators can generate ESD pulses at a range of voltages (e.g., 2 kV to 30 kV or more), which allows for testing under different conditions. Variety of Discharge Models: The simulators can generate different types of ESD events, such as contact discharge, air discharge, or direct discharge, to mimic real-world scenarios. Compliance with Standards: These simulators often meet international standards such as IEC 61000-4-2, which outlines the test methods for ESD immunity of electrical and electronic equipment. Multiple Testing Options: ESS simulators can often test multiple types of devices, from sensitive integrated circuits to full electronic assemblies. Software Integration: Many modern simulators come with software that allows for detailed monitoring, analysis, and control of the test parameters, which helps ensure repeatability and accuracy.