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[China]
Trade Verify
Address: Baisha Sancun Industrial Zone, Humen Town, Dongguan City, Guangdong Province, China
Contact name:He
Dongguan Chenglue Electronic co.,Ltd |
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The Gas Discharge Tube is an essential component in the arena of electronics, providing robust protection against high transient voltages. This product, crafted with precision engineering, is designed to function as a fail-safe device that conducts electricity when a voltage threshold is exceeded, thereby safeguarding sensitive electronic circuitry from surge-related damages. The Gas Discharge Tube, also known as a Gas-Filled Discharge Tube, is a vital element in the maintenance of system integrity across various applications, from telecommunications to electrical power systems.
Our Gas Discharge Tube comes with a standard configuration of 2 Electrodes, a common design that is suitable for the majority of surge protection applications. These electrodes are responsible for the initiation of the gas ionization process when a voltage surge occurs, ensuring a fast and efficient response to transient events. The 2 Electrode system is specifically tailored to offer a balanced spark-over performance, which translates to reliable and consistent protection for your electronic devices.
Despite its robust capabilities, the tube maintains a lightweight profile, weighing in at only 1.2g. This minimal weight makes it an unobtrusive addition to any circuit board, ensuring that the overall design and layout of the electronic equipment are not compromised. The lightweight nature of the Gas Discharge Tube facilitates easy installation and integration into existing systems without the need for any significant modifications.
Engineered to operate under a wide range of environmental conditions, our Gas Discharge Tube boasts an impressive Relative Humidity tolerance of ≤75%RH. This feature guarantees the tube's performance in environments where moisture levels are a concern, preventing humidity from affecting its surge protection capabilities. The high Relative Humidity tolerance ensures that the Gas Discharge Tube remains a dependable component, even in climates that present challenges to electronic components.
The Voltage Characteristics of our Gas Discharge Tube are defined by its High Voltage handling ability. This is particularly crucial in environments where equipment is susceptible to high transient voltages that can be damaging or even catastrophic. The High Voltage characteristic of this Gas Ionization Discharge Tube ensures that it rapidly responds to surges, clamping down on excess voltage and diverting it away from sensitive components, thereby preventing potential damage.
One of the most notable features of our Gas Discharge Tube is its Impulse Discharge Current rating of 2KA. This rating confirms the tube's capability to handle very high current surges, indicative of direct lightning strikes or other substantial surge events. The 2KA Impulse Discharge Current ensures that even the most severe transient voltages are effectively managed, with the Gas Discharge Tube acting as a sacrificial element to protect the integrity of the entire electronic system.
As a Spark Gap Gas Discharge Tube, this product operates by creating a controlled spark that bridges the gap between the two electrodes when a certain voltage level is exceeded. This spark effectively short-circuits the high voltage spike, allowing the energy to be safely discharged without reaching the protected circuits. The precision with which this occurs is a testament to the quality and reliability of our Gas Discharge Tube, making it a critical component in any surge protection strategy.
In conclusion, our Gas Discharge Tube is an indispensable safeguard for any electronic system that may be exposed to high voltage transients. With attributes such as a 2 Electrode configuration, 1.2g weight, ≤75%RH Relative Humidity tolerance, High Voltage characteristics, and a 2KA Impulse Discharge Current rating, this Gas Ionization Discharge Tube stands as a testament to protection and durability. Its incorporation into your systems ensures peace of mind, knowing that your electronics are shielded from the unpredictable nature of electrical surges.
| Parameter | Specification |
|---|---|
| Size | φ8*10mm |
| Impulse Voltage | ≤1100V |
| Operating Temp | -40~+85C |
| Number Of Electrodes | 2 Electrode |
| Agency Recognition | UL |
| Relative Humidity | ≤75%RH |
| Protection | With Failsafe |
| Electrode Capacitance | <1PF |
| Shape | Coaxial, DO-35 |
| Impulse Discharge Current | 2KA |
The CL brand Gas Discharge Tube, originating from CHINA, is an exceptional electric discharge device designed to offer superior performance in safeguarding electronic equipment from transient high-voltage surges. With UL agency recognition, this component assures compliance with stringent safety and reliability standards, making it an ideal choice for various applications.
This high-voltage gas discharge tube is engineered to handle impulse voltages of up to 1100V, effectively preventing voltage spikes from causing damage to sensitive circuitry. Weighing just 1.2g, it is a lightweight yet robust option for including in a multitude of electronic designs. Its compact form factor does not compromise on protection capabilities, making it an essential component in any high-voltage protection scheme.
The CL Gas Discharge Tube operates reliably over a wide temperature range from -40 to +85C, ensuring stability and functionality under extreme environmental conditions. This makes it suitable for outdoor applications, industrial settings, or any scenario where temperature fluctuations are a concern.
With a voltage rating of up to 1000V, this electric discharge device can be utilized in power supply units, telecommunication devices, and other high-voltage circuits. It is often integrated into surge protection devices, lightning arresters, and other equipment where robust voltage suppression is critical. Its fast response to transient overvoltages makes it an indispensable component for the protection of power lines, antenna installations, and electronic control systems.
The CL Gas Discharge Tube is ideal for use in scenarios where reliable and consistent performance is paramount. This includes infrastructure for information technology, such as data centers, where equipment must be protected from surges that can result from lightning strikes or switching activities. It is also suitable for use in medical devices, transportation systems, aerospace applications, and any other high-reliability systems where equipment failure is not an option.
In summary, the CL high-voltage gas discharge tube presents a versatile and reliable solution for a broad array of applications where electrical surge protection is required. Its UL recognition, combined with its impressive performance specifications, makes it a top choice for engineers and designers looking to safeguard their electronic systems against voltage transients.
Brand Name: CL
Place of Origin: CHINA
Impulse Voltage: ≤1100V
Electrode Capacitance: <1PF
Number Of Electrodes: 2 Electrode
Voltage Rating: Up To 1000V
Termination Style: Axial
Our CL Gas Discharge Tubes offer reliable protection and are perfect for applications requiring a Gas Ionization Discharge Tube solution. With a robust design made in CHINA, they are ideal for use as a Gas-Filled Discharge Tube in various electronic devices. The Spark Gap Gas Discharge Tube features an impulse voltage of ≤1100V and an electrode capacitance of <1PF, ensuring rapid response and high efficiency. Designed with a 2 Electrode configuration and a voltage rating of up to 1000V, our tubes provide consistent performance with an axial termination style for easy integration into your circuit designs.
Our Gas Discharge Tube (GDT) products come with comprehensive technical support and services designed to ensure your satisfaction and the reliable operation of our components in your applications. Our support includes detailed product documentation, application notes, and FAQs to assist you in product selection, installation, and troubleshooting.
Our technical support team is made up of experienced engineers who have in-depth knowledge of GDT technology and its applications. They can provide guidance on proper handling and usage to maximize the performance and lifespan of the product.
We offer diagnostic services to help identify the cause of any issues you might encounter with our products. Our team can assist in determining whether a product failure is due to a manufacturing defect, improper use, or external factors affecting the device's operation.
To ensure your GDTs are operating at peak efficiency, we provide recommendations on protective measures, such as surge protection best practices, proper grounding techniques, and environmental considerations that could impact the functionality of the GDTs.
Should any of our products fail to perform as expected, we offer a returns and replacement policy subject to our terms and conditions. We are committed to providing a swift resolution to any product issues, with an emphasis on minimizing downtime for your operations.
In addition to our standard support, we offer customized services tailored to your specific needs, including product modifications, special testing, and expert consultations on your unique applications.
We are dedicated to continuous improvement and value feedback from our customers. Your insights help us to enhance our products and services, ensuring that our Gas Discharge Tubes meet the evolving demands of the industries we serve.
The Gas Discharge Tube (GDT) product is housed in anti-static packaging to prevent any electrostatic discharge during handling. Each GDT is individually encased in a protective sleeve that is clearly labeled with the product specifications, part number, and a barcode for easy identification and inventory management.
Packages are then placed into sturdy, corrugated boxes with cushioning materials to ensure the tubes are secure during transit. The boxes are sealed with tamper-evident tape and labeled with the necessary handling warnings, such as "Fragile" and "Handle with Care."
For international shipments, the packaging includes all the required customs documentation and declarations. Each box is accompanied by a detailed packing slip that outlines the contents and quantities. Our standard shipping method is via air freight to provide fast and reliable delivery. Alternative shipping options are available upon request to meet specific customer needs.
Q1: What is a Gas Discharge Tube (GDT) and how does it work?
A1: A Gas Discharge Tube is a passive electronic component that is used to protect electrical circuits from high voltage transients. It works by having a gas-filled tube with two electrodes; when the voltage across these electrodes exceeds a certain level, the gas ionizes and becomes conductive, allowing the excess voltage to pass through the tube, thus protecting the circuit from damage.
Q2: What applications are CL Gas Discharge Tubes used for?
A2: CL Gas Discharge Tubes are widely used in telecommunication equipment, power supply units, transceivers, and other electronic devices that require protection against voltage spikes and surges. They are suitable for high-frequency applications due to their fast response time and low capacitance.
Q3: Can CL Gas Discharge Tubes be used for both AC and DC applications?
A3: Yes, CL Gas Discharge Tubes can be used for both AC and DC applications. They are designed to handle transient overvoltages in either type of circuit, providing versatile protection in a variety of settings.
Q4: What is the expected lifetime of a CL Gas Discharge Tube?
A4: The lifetime of a CL Gas Discharge Tube typically depends on the operating conditions and the number of surges it has to endure. Under normal conditions and with proper usage within its specified limits, a CL GDT can last for many years without needing replacement.
Q5: Are CL Gas Discharge Tubes from CHINA subject to any specific installation guidelines?
A5: When installing CL Gas Discharge Tubes from CHINA, it's important to follow standard safety procedures for handling electronic components. Ensure the GDT is correctly oriented according to the circuit design, and it's installed in series with the line needing protection. Additionally, proper grounding is essential for effective surge protection.
