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General| Brand | Teseq |
|---|---|
| Model | NSG 435 |
| Category | Test Equipment |
| Language | English |
Explains symbols used in the manual for better understanding and safety.
Details critical safety precautions for operating high-voltage equipment and potential hazards.
Explains the phenomenon of electrostatic discharge (ESD) and its charging mechanism.
Discusses the necessity and role of ESD simulation in EMC testing.
Describes how electrostatic discharges affect electronic equipment (EUT).
Provides an overview of the NSG 435 simulator's design, ergonomics, and basic set.
Describes the simulator's modular construction and function modules, including block diagram.
Lists and describes the components included in the basic set and available options.
Outlines initial inspection steps for completeness and transport damage before use.
Details the steps for inserting the battery and performing a basic function check.
Provides a guide to the NSG 435's setting possibilities and logical operation.
Explains the procedure for switching on the simulator, including safety checks.
Describes how to monitor the battery charge state and its implications for operation.
Explains how to toggle between air and contact discharge modes and relevant constraints.
Details how to set the discharge voltage using the instrument's controls.
Explains how to toggle between positive and negative polarity for discharges.
Describes how to select repetition frequencies for single and repetitive discharges.
Explains the function of the discharge counter and its behavior in different modes.
Details how to pre-program a specific number of discharges for automated testing.
Explains the automatic polarity switching function for standardized testing.
Describes how to activate and use continuous operation mode for repetitive discharges.
Guides on how to store and recall voltage settings for different discharge levels.
Provides information on setting up test rigs according to standards like IEC/EN 61000-4-2.
Discusses performing assessments when test rigs cannot strictly conform to standards.
Provides guidance on cleaning the instrument and mentions fuse accessibility.
Explains that calibration is digital, automatic, and requires trained specialists.
Details the procedure for knowledgeable personnel to exchange R/C networks.
States that repairs must be done by authorized Teseq departments using original parts.
Lists materials used in the NSG 435 and advises observing disposal regulations.
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