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Address: Baisha Sancun Industrial Zone, Humen Town, Dongguan City, Guangdong Province, China
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The Gas Discharge Tube (GDT) is an advanced electric discharge device designed to provide high-voltage surge protection in a variety of electronic applications. This state-of-the-art protective device is engineered to safeguard sensitive circuitry against transient overvoltage conditions, ensuring the reliability and longevity of electronic systems. The tube, which is a two-electrode gas-filled discharge tube, operates by ionizing gas contained within the tube to shunt excess energy away from protected components.
One of the primary characteristics of this Gas Discharge Tube is its configuration with two electrodes. This 2 Electrode GDT is specifically tailored for scenarios where a simple yet robust surge protection solution is required. The two electrodes are carefully constructed to handle surge currents effectively, providing a discharge path that is both efficient and reliable. This configuration makes it an excellent choice for telecommunication lines, network equipment, and power supply units where two-point protection is essential.
When it comes to voltage characteristics, the GDT stands out with its high voltage handling capabilities. Its design is optimized to operate under high voltage conditions, which means it can sustain and mitigate significant overvoltage events without compromising its performance or the safety of the electronic equipment it protects. This high voltage feature is especially critical in environments where equipment is subject to frequent voltage spikes, such as industrial settings or areas prone to electrical storms.
The Gas Discharge Tube is also constructed to perform optimally in environments with relative humidity levels up to 75%RH. This ensures that the device remains effective even in moist conditions, providing reliable protection without succumbing to the detrimental effects of humidity. Such resilience against moisture enables the GDT to function consistently across various climates and applications, including outdoor installations or systems located in regions with high humidity.
Moreover, the GDT is equipped with a failsafe protection mechanism. This added layer of security ensures that in the unlikely event of a breakdown or end-of-life scenario, the failsafe feature will maintain a safe state, preventing any potential damage to the circuit. This is an essential attribute for mission-critical systems where uninterrupted operation is paramount and any failure could result in significant consequences.
The shape of the Gas Discharge Tube is another critical aspect worth highlighting. It comes in a coaxial shape as well as the DO-35 diode package. The coaxial shape is particularly useful for RF applications and signal lines where the form factor can facilitate seamless integration into existing designs. On the other hand, the DO-35 package is widely recognized and easy to implement in a broad range of electronic circuits. Both form factors maintain the integrity of the tube's protective capabilities while offering the versatility needed to meet various design requirements.
Overall, the Gas Discharge Tube is a robust and reliable electric discharge device destined for high-voltage surge protection applications. Its 2 Electrode design, high voltage threshold, resilience against humidity up to 75%RH, inclusion of failsafe protection, and versatile shape options in both coaxial and DO-35 forms make it a versatile and indispensable component in the realm of surge protection. Whether for telecommunications, networking, or power supply protection, this Gas-Filled Discharge Tube stands ready to shield sensitive electronic components from harmful voltage transients, ensuring the ongoing integrity and performance of critical systems.
| Parameter | Value |
|---|---|
| Operating Temp | -40~+85C |
| Shape | Coaxial, DO-35 |
| Impulse Voltage | ≤1100V |
| Lead Diameter | 1.5mm |
| Termination Style | Axial |
| Size | φ8*10mm |
| Weight | 1.2g |
| Electrode Capacitance | <1PF |
| Relative Humidity | ≤75%RH |
| Impulse Discharge Current | 2KA |
The CL brand Cold-Cathode Gas Discharge Tube, originating from CHINA, is an essential component in numerous applications where high voltage surge protection is paramount. With its Voltage Rating of Up to 1000V and a robust Impulse Discharge Current of 2KA, this two-electrode device is designed to safeguard sensitive circuits from transient overvoltages, ensuring the longevity and reliability of electrical systems.
The CL Gas Discharge Tube's compact form factor, weighing a mere 1.2g with an Electrode Capacitance of less than 1PF, makes it an ideal choice for integration into a variety of electronic assemblies, such as the Ionization Tube Assembly. Its lightweight and low capacitance attributes contribute to minimal impact on the circuit performance, preserving signal integrity while providing superior protection.
Application scenarios for the CL Cold-Cathode Gas Discharge Tube are diverse, encompassing the telecommunications sector where it serves to protect equipment from lightning-induced surges and power cross events. It is also widely utilized in industrial control systems, securing sensitive sensors and PLCs against voltage transients that can result from switching operations or electrostatic discharges.
In consumer electronics, this Gas Discharge Tube is frequently employed within power supply units and surge protection strips to shield household devices from voltage spikes. Its quick response to surge events and low insertion loss make it particularly useful in high-frequency applications, such as broadband communication systems and antenna installations.
Moreover, the CL Gas Discharge Tube is an integral part of the safety infrastructure in energy metering and renewable energy systems. It helps to protect against surges in solar panel installations and wind turbine systems, ensuring uninterrupted operation and preventing costly damage to these green energy solutions.
Overall, the CL brand's Cold-Cathode Gas Discharge Tube stands as a versatile and effective solution in any scenario where electrical surge protection is critical. It is a testament to the brand's commitment to delivering quality and reliability, with a product that meets the needs of a multitude of applications in both commercial and residential environments.
Brand Name: CL
Place of Origin: CHINA
Voltage Rating: Up To 1000V
Size: φ8*10mm
Operating Temp: -40~+85C
Shape: Coaxial, DO-35
Agency Recognition: UL
Discover the precision of the CL Ionization Tube Assembly, expertly crafted in CHINA and designed to manage voltage ratings up to 1000V. With its compact φ8*10mm size, this High-Voltage Gas Discharge Tube is suitable for a variety of applications, maintaining optimal performance in temperatures ranging from -40 to +85C. The sleek coaxial, DO-35 shape is recognized by UL for safety and reliability. Choose CL for your Gas-Discharge Tubular Lamp needs and experience the synergy of quality and performance.
The Gas Discharge Tube (GDT) is a high-performance surge protection component designed to protect electronic equipment from high-voltage transients. Our GDT product line offers a range of features tailored to meet your specific application needs. These include a variety of voltage ratings, surge current capabilities, and form factors.
Key features of our Gas Discharge Tubes include a fast response time to surge events, high insulation resistance, low capacitance, and stable performance over life. They are suitable for use in telecommunications, networking, industrial, and consumer electronics applications.
Technical support for our Gas Discharge Tube products includes comprehensive product documentation, such as datasheets detailing electrical characteristics, mechanical drawings, and application notes. Our support also extends to design-in guidance, helping you to choose the appropriate GDT for your application and advising on circuit protection layout and best practices.
For troubleshooting assistance, our technical support team can provide insights into common issues and corrective actions. We also offer services for product performance evaluation and testing under various conditions to ensure reliability and compliance with industry standards.
Please note that our technical support does not extend to the physical replacement or repair of products. However, we can provide guidance on the proper handling and installation of GDTs to prevent damage and ensure optimal performance.
We are committed to providing high-quality support and services to ensure your satisfaction with our Gas Discharge Tube products. For further assistance, please refer to our website or reach out to our customer support team during business hours.
Product Packaging for Gas Discharge Tube:
Each Gas Discharge Tube (GDT) is individually encapsulated in anti-static material to prevent electrostatic damage. The tubes are then placed in a rigid, partitioned box, ensuring that each unit is separated to avoid contact and potential damage. The box is sealed with a tamper-evident label, providing assurance that the product has not been interfered with during transit.
Shipping Information for Gas Discharge Tube:
The packaged GDTs are shipped in a sturdy outer carton that meets international shipping standards. The carton is filled with cushioning materials to provide additional protection against shocks and vibrations during transport. The outside of the carton is clearly labeled with the necessary handling instructions, including "Fragile: Handle with Care" and "Do Not Expose to High Temperature" warnings. A detailed packing list is attached to the outside of the carton, and all applicable shipping documents are included to ensure a smooth customs clearance process. Each shipment is assigned a unique tracking number, allowing the recipient to monitor the delivery status of their order.
Q1: What is the brand name of the Gas Discharge Tube?
A1: The brand name of the Gas Discharge Tube is CL.
Q2: Where is the CL Gas Discharge Tube manufactured?
A2: The CL Gas Discharge Tube is manufactured in CHINA.
Q3: What applications are suitable for the CL Gas Discharge Tube?
A3: The CL Gas Discharge Tube is suitable for protecting electronic equipment against overvoltage transients, such as those caused by lightning strikes or electrical surges in industrial and telecommunication applications.
Q4: How does a CL Gas Discharge Tube function?
A4: The CL Gas Discharge Tube functions by providing a high impedance path to voltage surges until it exceeds a certain voltage threshold, at which point the tube becomes conductive and diverts the excess energy away from sensitive components, thereby protecting them from damage.
Q5: Can the CL Gas Discharge Tube be used for AC and DC applications?
A5: Yes, the CL Gas Discharge Tube is designed to handle both AC and DC applications, making it versatile for various electrical protection needs. However, it is essential to select the appropriate tube specifications for the voltage and current requirements of the application.
