The impact of lightning (indirect lightning) in nature and voltage changes caused by large switch switching in power supply lines on power supply lines and communication lines is particularly large, and the impact on products may be destructive. The lightning surge generator is used to evaluate the performance of the equipment when it is subjected to high-energy disturbance from the power line port and other signal line ports. The product meets the requirements of new standards such as iec61000-4-5 and gb/t17626.5.
Sur S20 lightning surge generator (maximum output voltage up to 20kV) complies with IEC (International Electrotechnical Commission) standards iec61000-4-5, ul1449, European electrical standard (en61000-4-5) and national standard (gb/t17626.5), large screen LCD touch screen control, program-controlled high voltage principle, peak voltage up to 20kV, suitable for outdoor products, military standard products and non-standard products.
The impact of lightning (indirect lightning) in nature and voltage changes caused by large switch switching in power supply lines on power supply lines and communication lines is particularly large, and the impact on products may be destructive. The lightning surge generator is used to evaluate the performance of the equipment when it is subjected to high-energy disturbance from the power line port and other signal line ports. The product meets the requirements of new standards such as iec61000-4-5 and gb/t17626.5.
Sur S15 lightning surge generator (maximum output voltage up to 20kV) complies with IEC (International Electrotechnical Commission) standards iec61000-4-5, ul1449, European electrical standard (en61000-4-5) and national standard (gb/t17626.5), large screen LCD touch screen control, program-controlled high voltage principle, peak voltage up to 20kV, suitable for outdoor products, military standard products and non-standard products.
The impact of lightning (indirect lightning) in nature and voltage changes caused by large switch switching in power supply lines on power supply lines and communication lines is particularly large, and the impact on products may be destructive. The lightning surge generator is used to evaluate the performance of the equipment when it is subjected to high-energy disturbance from the power line port and other signal line ports. The product meets the requirements of new standards such as iec61000-4-5 and gb/t17626.5.
The lightning surge generator sur s10l meets two kinds of surge waveforms: 1.2/50us and 10/700us. It is a surge (shock) immunity test product designed for the power port and communication port of various electronic and electrical products, which is used to evaluate the performance of electronic, electrical, communication and other products when they are subjected to high-energy disturbance from the power port and other signal ports. The product meets the requirements of new standards such as IEC 61000-4-5 and gb/t 17626.5.
The lightning surge generator sur t10l meets two kinds of surge waveforms: 1.2/50us and 10/700us. It is a surge (shock) immunity test product designed for the power port and communication port of various electronic and electrical products, which is used to evaluate the performance of electronic, electrical, communication and other products when they are subjected to high-energy disturbance from the power port and other signal ports. The product meets the requirements of new standards such as IEC 61000-4-5 and gb/t 17626.5.
Lightning surge generator sur 250 is an anti surge test product specially designed for semiconductor devices and communication products such as anti surge protection. The product meets the requirements of iec61000-4-5, gb/t17626.5, gr-1089-core and other relevant standards.
The capacitive coupling clamp can couple the fast transient pulse group to the tested line without any electrical connection with the terminal of the tested equipment port, cable shield or any other part of the tested equipment. The capacitive coupling clamp is used in conjunction with the electric fast transient pulse group generator to superimpose interference on the input, output, control line and data line of the equipment to conduct the system anti-interference test. Comply with the standard requirements of iec61000-4-4 and gb/t17626.4.
In the circuit, such as from the switching transient process (cutting off inductive loads, bouncing relay contacts, etc.), it will usually interfere with other electrical and electronic equipment in the same circuit. This kind of interference is characterized by high amplitude, short rise time, high repetition rate and low energy. Clusters of narrow pulses can charge the junction capacitance of semiconductor devices, which may cause circuit or equipment errors when accumulated to a certain extent. The burst generator determines a common reproducible evaluation basis for evaluating the performance of power supply ports, signal, control and grounding ports of electrical and electronic equipment when disturbed by electrical fast transient bursts. The products meet the requirements of new standards such as iec61000-4-4, en60100-4-4 and gb/t17626.4.
In the circuit, such as from the switching transient process (cutting off inductive loads, bouncing relay contacts, etc.), it will usually interfere with other electrical and electronic equipment in the same circuit. This kind of interference is characterized by high amplitude, short rise time, high repetition rate and low energy. Clusters of narrow pulses can charge the junction capacitance of semiconductor devices, which may cause circuit or equipment errors when accumulated to a certain extent. The burst generator determines a common reproducible evaluation basis for evaluating the performance of power supply ports, signal, control and grounding ports of electrical and electronic equipment when disturbed by electrical fast transient bursts. The products meet the requirements of new standards such as iec61000-4-4, en60100-4-4 and gb/t17626.4.
In the circuit, such as from the switching transient process (cutting off inductive loads, bouncing relay contacts, etc.), it will usually interfere with other electrical and electronic equipment in the same circuit. This kind of interference is characterized by high amplitude, short rise time, high repetition rate and low energy. Clusters of narrow pulses can charge the junction capacitance of semiconductor devices, which may cause circuit or equipment errors when accumulated to a certain extent. The burst generator determines a common reproducible evaluation basis for evaluating the performance of power supply ports, signal, control and grounding ports of electrical and electronic equipment when disturbed by electrical fast transient bursts. The products meet the requirements of new standards such as iec61000-4-4, en60100-4-4 and gb/t17626.4.
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