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Brand Name : | CL |
Price : | Negotiate |
The shape of this Gas Discharge Tube is coaxial and comes in a
DO-35 package. It has an impulse voltage of ≤1100V and an electrode
capacitance of less than 1pF. The coaxial shape of this Gas
Discharge Tube is designed to provide a high level of protection
against voltage surges, while the DO-35 package ensures easy
installation and integration into existing electronic systems.
The Gas Discharge Tube is an essential component in any electronic
system that requires protection against voltage surges. This device
is commonly used in power supplies, communication systems, and
other electronic equipment that is sensitive to voltage surges. The
failsafe protection design of this Gas Discharge Tube ensures that
any voltage surges are safely discharged, protecting your
electronic equipment from damage.
Overall, the Gas Discharge Tube is an essential component in any
electronic system that requires protection against voltage surges.
This Cold-Cathode Gas Discharge Tube is designed to provide
high-level protection against voltage surges with a failsafe
design, coaxial shape, and DO-35 package. If you are looking for a
reliable and efficient way to protect your electronic equipment
from voltage surges, the Gas Discharge Tube is the perfect choice.
This Gas Discharge Tube is a reliable and efficient solution for protecting electrical systems from voltage surges. With a capacitance of less than 1PF and the ability to operate in relative humidity of up to 75%RH, this Cold-Cathode Gas Discharge Tube is perfect for a wide range of applications. It has been recognized by UL for its safety and conforms to industry standards. The lead diameter is 1.5mm and the termination style is axial, making it easy to install and use. Whether you need a Spark Gap Gas Discharge Tube or a Cold-Cathode Gas Discharge Tube, this product is an excellent choice.
Technical Parameter | Value |
---|---|
Product Name | Spark Gap Gas Discharge Tube |
Protection | With Failsafe |
Relative Humidity | ≤75%RH |
Lead Diameter | 1.5mm |
Voltage Rating | Up To 1000V |
Agency Recognition | UL |
Size | φ8*10mm |
Impulse Voltage | ≤1100V |
Termination Style | Axial |
Impulse Discharge Current | 2KA |
Electrode Capacitance | <1PF |
Product Type | Gas Discharge Tube |
The Gas Discharge Tube is a type of gas discharge lighting tube
that is designed to protect electrical and electronic equipment
from voltage surges and transients. It is ideal for use in power
distribution systems, communication networks, and other industrial
applications. The device is capable of handling high voltage levels
of up to 1000V, making it suitable for use in high-power
applications.
The Gas Discharge Tube is a highly efficient device that has a low
electrode capacitance of less than 1PF. This makes it ideal for use
in applications where high-frequency signals need to be
transmitted. The device has a size of φ8*10mm and a weight of 1.2g,
making it easy to install and maintain.
The Gas Discharge Tube is designed to operate in various
environmental conditions and can withstand extreme temperatures,
humidity, and vibration. It is a highly reliable and durable
product that is designed to provide long-lasting protection to
electrical and electronic equipment.
The Gas Discharge Tube is ideal for use in various applications,
including power distribution systems, communication networks,
medical equipment, and automotive systems. It is also widely used
in the aerospace and military industries, where reliability and
durability are critical factors.
Overall, the CL Gas Discharge Tube is a highly efficient and
reliable electric discharge device that is designed to provide
long-lasting protection to electrical and electronic equipment. It
is a cost-effective solution for protecting equipment from voltage
surges and transients, and it is widely used in various
applications around the world.
Our Gas Discharge Tube product is designed to provide reliable
protection against overvoltage transients. We offer technical
support to assist with product selection, installation, and
troubleshooting. Our experienced engineers can provide custom
solutions to meet specific application requirements.
We also provide a range of services to support our Gas Discharge
Tube product, including:
Contact us for more information on our Gas Discharge Tube product technical support and services.
Product Packaging:
Shipping:
Q: What is a Gas Discharge Tube?
A: A Gas Discharge Tube (GDT) is a device used in electrical circuits
to protect against high voltage surges and lightning strikes. It is
designed to conduct electrical current when the voltage reaches a
certain level, effectively diverting the excess energy away from
sensitive equipment.
Q: What are the benefits of using CL Gas Discharge Tubes?
A: CL Gas Discharge Tubes are manufactured in China with high-quality
materials and advanced technology. They are designed to provide
reliable protection for electronic equipment against power surges
and lightning strikes. CL GDTs have a low insertion loss and high
surge current capacity, making them ideal for a wide range of
applications.
Q: How do I choose the right Gas Discharge Tube for my application?
A: The choice of Gas Discharge Tube depends on the voltage rating,
surge current rating, and the application. It is important to
select a GDT with a voltage rating that is higher than the maximum
expected voltage in the circuit and a surge current rating that is
sufficient to handle the expected surge current. It is also
important to choose a GDT that is compatible with the application,
whether it is for power supply protection, telecommunications
equipment, or other electronic devices.
Q: Can CL Gas Discharge Tubes be used in outdoor applications?
A: Yes, CL Gas Discharge Tubes are suitable for outdoor applications.
They are designed to withstand harsh weather conditions and provide
reliable protection against lightning strikes and power surges.
Q: How long do CL Gas Discharge Tubes last?
A: CL Gas Discharge Tubes have a long service life and can last for
many years, depending on the conditions of use. However, they
should be replaced if they have been exposed to a high voltage
surge or lightning strike, or if they have reached their end of
life as indicated by a decrease in their surge current rating.
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