Gas Discharge Tube

350V Axial Leaded GDT SC2E5-350LL, Low Insertion Loss Gas Discharge Tube DATASHEET: SC2E5_v91.1.pdf Part Number Marking DC Spark-over Voltage Maximum Impulse Spark-over Voltage Minimum Insulation Resistance Maximum Capacitance Arc Voltage Service Life Nominal Impulse Discharge Current Max Impulse Discharge Current Nominal Alternating Discharge Current Impulse Life @100V/S @100V/μs @1KV/μs @1MHz @1A @8/20μs ±5 times @8/20μs 1 time @50Hz 1 Sec 10 times @10/1000μs 300 times

Surge Arrester Ceramic GDT Tube SC2E5-800LL For Communication Equipment DATASHEET: SC2E5_v91.1.pdf Descriptions: Gas discharge Tubes (GDT) are classical components for protecting the installations of the telecommunications. It is essential that IT and telecommunications systems -with their high-grade but sensitive electronic circuits - be protected by arresters. They are thus fitted at the input of the power supply system together with varistors and at the connection points

Lightning arrester Axial Leaded Ceramic Gas Discharge Tube 600V SC2E8-600ML GDT Electronic Component DATASHEET: SC2E8_v91.1.pdf Working principle of ceramic gas discharge tube Ceramic gas discharge tubes are sealed with ceramics, and are composed of two or more metal electrodes with gaps inside, filled with inert gases argon and neon. Generally, they are connected in parallel on the circuit. When the device does not operate, the resistance is very high and the equivalent

90V±20% Ceramic Gas Discharge Tube SC2E8-90HL, Axial Leaded GDT for Telecom SLIC Protection DATASHEET: SC2E8_v91.1.pdf Part Number Marking DC Spark- over Voltage Maximum Impulse Spark-over Voltage Minimum Insulation Resistance Maximum Capacitance Arc Voltage Service Life Nominal Impulse Discharge Current Max Impulse Discharge Current Nominal Impulse Discharge Current Impulse Life @100V/S @100V/μs @1KV/μs @1MHz @1A @8/20μs ±5 times @8/20μs 1 time @50Hz 1 Sec 10 times @10/1000

SMD Ceramic Gas Discharge Tube SC2E8-350MSMD, Surface Mount GDT Arrester DATASHEET: SC2E8_v91.1.pdf Part Number Marking DC Spark- over Voltage Maximum Impulse Spark-over Voltage Minimum Insulation Resistance Maximum Capacitance Arc Voltage Service Life Nominal Impulse Discharge Current Max Impulse Discharge Current Nominal Impulse Discharge Current Impulse Life @100V/S @100V/μs @1KV/μs @1MHz @1A @8/20μs ±5 times @8/20μs 1 time @50Hz 1 Sec 10 times @10/1000μs 300 times SC2E8

90V±20% Axial Leaded Ceramic Gas Discharge Tube SC2E8-90ML, RoHS Compliant DATASHEET: SC2E8_v91.1.pdf Selection principles for ceramic gas discharge tubes 1. The prerequisite for the addition of ceramic gas discharge tubes is that the lower limit of the DC breakdown voltage of the ceramic gas discharge tube must be higher than the maximum normal operating voltage in the circuit, so that it cannot affect the normal operation of the circuit. 2. The overholding voltage of the

5KA Surge Capability Gas Discharge Tube SC2E5-600L, 2-Electrode Ceramic Gas Tube Arrester DATASHEET: SC2E5_v91.1.pdf Part Number Marking DC Spark-over Voltage Maximum Impulse Spark-over Voltage Minimum Insulation Resistance Maximum Capacitance Arc Voltage Service Life Nominal Impulse Discharge Current Max Impulse Discharge Current Nominal Alternating Discharge Current Impulse Life @100V/S @100V/μs @1KV/μs @1MHz @1A @8/20μs ±5 times @8/20μs 1 time @50Hz 1 Sec 10 times @10/1000

230V 1.5pF Ceramic Gas Discharge Tube SC2E8-230H, SOCAY 2-Electrode GDT for CATV Equipment DATASHEET: SC2E8_v91.1.pdf These protective components are also indispensable in other sectors, In AC power transmission systems, they are often used with current-limiting varistors, In customer premises equipment such as DSL modems, WLAN routers, TV sets and cable modems In air-conditioning equipment, the integral black-box concept offers graduated protection by combining arresters

1.5pF Without Wire Gas Discharge Tube Arrester SC2E8-230M, 2-Electrode GDT DATASHEET: SC2E8_v91.1.pdf These protective components are also indispensable in other sectors, In AC power transmission systems, they are often used with current-limiting varistors, In customer premises equipment such as DSL modems, WLAN routers, TV sets and cable modems In air-conditioning equipment, the integral black-box concept offers graduated protection by combining arresters with varistors, PTC

Gas Discharge Tube SC3E8-600H, Classical Components for Protecting the Circuit DATASHEET: SC3E8_v2308.1.pdf Part Number Marking DC Spark-over Voltage Maximum Impulse Spark-over Voltage Minimum Insulation Resistance Maximum Capacitance Arc Voltage Service Life Nominal Impulse Discharge Current Max Impulse Discharge Current Nominal Alternating Discharge Current Impulse Life @100V/S @100V/μs @1KV/μs @1MHz @1A @8/20μs 4) ±5 times @8/20μs 4) 1 time @50Hz 4) 1 Sec 10 times @10/1000

Product Description: One of the significant advantages of the Gas Discharge Tube is its two-way symmetry characteristics. This feature allows the tube to function equally well in both forward and reverse directions, making it a versatile option for circuit protection. Additionally, the capacitance value of the Gas Discharge Tube is very small, less than 1.5pF, which ensures that it does not interfere with the circuit's normal operation. The Gas Discharge Tube's peak current

Product Description: Our hydrogen gas discharge tube has a few disadvantages that are worth noting. Firstly, the response speed is relatively slow due to the gas ionization process, with a response time of 0.2~0.3μs (200~300ns), and the fastest is about 0.1μs (100ns). Before it is turned on, there will be Sharp pulses with larger amplitudes that may leak through and have no protective effect. Additionally, the breakdown voltage has poor consistency and large dispersion,

Product Description: Our Ceramic Discharge Tube boasts a maximum spark-over impulse voltage of 600V at 100V/μs, ensuring that your devices are safe from any harmful voltage surges. Measuring at a compact length of φ8*6mm, this product is designed to be easily installed in any electronic device without taking up too much space. The Ceramic Discharge Tube is a Through-Hole Technology (THT) product, making it easy to mount onto any circuit board. Additionally, this product comes

Lightning arrester Axial Leaded Ceramic Gas Discharge Tube 800V SC2E8-470MSMD GDT Electronic Component DATASHEET: SC2E8_v91.1.pdf Working principle of ceramic gas discharge tube Ceramic gas discharge tubes are sealed with ceramics, and are composed of two or more metal electrodes with gaps inside, filled with inert gases argon and neon. Generally, they are connected in parallel on the circuit. When the device does not operate, the resistance is very high and the equivalent

Product Description: With a maximum capacitance of less than 1.5pF and a minimum insulation resistance of 1GΩ, this Gas Discharge Tube is a reliable and effective solution for protecting electronic equipment from unwanted voltage spikes and surges. Its DC spark-over voltage is 250V±20%, making it an ideal choice for a wide range of applications where voltage protection is essential. This Gas Discharge Tube is commonly used in a variety of electronic applications, including

Product Description: Our Gas Discharge Tubes - GDTs / Gas Plasma Arrestors are perfect for applications that require high-performance surge protection. They are designed to protect electronic equipment from harmful surges or voltage spikes that may damage your equipment. With a minimum insulation resistance of 1GΩ, it ensures that your equipment is always safe from any electrical damage. Weighing at only 0.66g, our Gas Discharge Tube product is lightweight and easy to install

Product Description: Our Gas Discharge Tubes are engineered for optimal performance, with a voltage rating of 800V±20% and a current rating of 1kA. This high capacity ensures that even the most sensitive electronic components are protected from damage caused by sudden voltage spikes. In addition to its impressive performance, our Gas Discharge Tubes are built to withstand extreme temperatures, making them suitable for use in a range of environments. With an operating

Product Description: Our Gas Discharge Tubes - GDTs are made with high-quality materials, including Dull Tin-plated components, which ensures durability and longevity. The GDTs have a compact design, with dimensions of10.0mm X 8.0mm X 14.0mm, making them ideal for use in small electronic products. The GDTs have a wide operating temperature range of -40℃ to +105℃, which makes them suitable for use in extreme temperature environments. They also have a minimum insulation

Product Description: The GDT is composed of a ferritic stainless steel tube that houses a gas-filled chamber. When voltage surges or transients occur, the gas within the chamber ionizes and creates a low impedance path for the surge to safely discharge, protecting your equipment from damage. With a response time of 25ns, the GDT reacts quickly to surges and ensures minimal downtime for your equipment. At only 0.5g in weight, the GDT is lightweight and can be easily integrated

Product Description: With a voltage rating of 1000V±20%, the GDT Gas Discharge Tube is capable of handling high voltage spikes and surges. It has a fast response time of 25ns, which makes it a highly efficient surge protection device. The GDT Gas Discharge Tube is also lightweight, weighing only 0.5g, which makes it easy to install and use. The GDT Gas Discharge Tube is designed to operate in a wide temperature range, from -40℃ to +90℃. This makes it suitable for use in harsh