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Product performance:
Ceramic gas discharge tube is the most widely used switching device
in lightning protection equipment. Whether it is lightning
protection for AC or DC power supplies or lightning protection for
various signal circuits, it can be used to discharge lightning
current into the earth. Its main characteristics are: large
discharge current, small inter-electrode capacitance (≤3pF), high
insulation resistance (≥109Ω), large breakdown voltage dispersion
(±20%), and slightly slower reaction speed (the shortest is
0.1~0.2μs). ). According to the number of electrodes, there are two
types: diode discharge tubes and triode discharge tubes (equivalent
to two diode discharge tubes connected in series). Its appearance
is cylindrical, and it has two structural forms: with and without
leads (some also have a protection card for short circuit when
overheating).
Glass-sealed discharge tube (product description) Micro surge
absorber is an overvoltage protection device that suppresses
abnormal high-voltage pulses and protects low-voltage circuits from
damage by instantaneous high-voltage (such as lightning,
high-voltage noise from the power grid, high-voltage static
electricity, etc.) . It is a guided protection component developed
using the principle of micro-gap discharge and the activation of
semiconductor chips. It has the advantages of fast response, impact
resistance, stable performance, good repeatability and long life.
A semiconductor discharge tube (also called a solid discharge tube)
is a PNPN component, which is regarded as a free voltage-controlled
thyristor without a gate electrode. When the voltage exceeds its
off-state peak voltage (or avalanche voltage) When the
semiconductor discharge occurs, the transient voltage will be
clamped to within the switching voltage (or breakover voltage)
value of the component. When the voltage continues to increase, the
semiconductor discharge tube enters the conduction state due to the
negative resistance effect. Only when the current is less than the
holding current, the component resets and returns to its high
impedance state.
Gas Discharge Tubes (GDTs) are a type of semiconductor discharge
component specifically designed to provide high-voltage protection
from electrical surges. They can effectively absorb and dissipate
energy generated by lightning, switching operations, and other
electrical disturbances. GDTs are typically used in power supply
systems, motor protection, and surge protection applications.
Our GDTs are designed to meet international standards, featuring a
range of features such as SMD 3 Gas Discharge Tube, 3 Pin GDT Gas
Discharge Tube, 230V 20% 10kA Gas Tube Arrester, 230V(100v/s) DC
Spark Over Voltage, Ceramic Gas Discharge Tube GDT, and 10KA
(8/20μs 10times) Impulse Discharge Current. The GDTs also feature a
3pin number of pin.
Our GDTs are reliable, safe, and provide superior protection from
electrical surges. The GDTs are the ideal choice for all your
high-voltage protection needs. With their superior performance and
high-voltage protection capabilities, GDTs can be used in a variety
of industrial, commercial, and residential applications.
Parameter | Value |
---|---|
Maximum Surge Current | 10 KA |
Size | 8x10mm |
Impulse Spark Over Voltage (1kv/Μs) | ≤ 600V |
DC Spark Over Voltage | 230V (100v/s) |
High Light | SMD 3 Gas Discharge Tube, 3 Pin GDT Gas Discharge Tube, 230V 20% 10kA Gas Tube Arrester |
Number Of Pin | 3pin |
Mounting Type | Surface Mount |
AC Discharge Current | 10A (50Hz 1s 10times) |
Insulation Resistance | ≥1GΩ |
Electrode Capacitance 1MHz 0.5V | ≤1.5PF |
Keywords | Diode discharge tube, Gas-Discharge Device, Gas-Discharge Component, Arc Suppression Device |
LINKUN 8TL230M Gaseous-Discharge Tube is a diode discharge component which is manufactured in Dongguan, Guangdong, China. It has excellent electrical properties, such as Impulse Spark Over Voltage (1kv/Μs), which is ≤600V, Insulation Resistance, which is ≥1GΩ, Impulse Discharge Current, which is 10KA (8/20μs 10times), and Electrode Capacitance 1MHz 0.5V, which is ≤1.5PF. It also has remarkable DC Spark Over Voltage, which is 230V(100v/s). It is an ideal choice for many applications, such as switchgear, power supplies, and surge protection.
Brand Name: LINKUN
Model Number: 8TL230M
Place of Origin: Dongguan, Guangdong, China
Insulation Resistance: ≥1GΩ
Impulse Discharge Current: 10KA (8/20μs 10times)
DC Spark Over Voltage: 230V (100v/s)
Number Of Pin: 3pin
AC Discharge Current: 10A (50Hz 1s 10times)
We are specialized in providing the diode discharge tube and semiconductor discharge tube with LINKUN brand, especially the 8TL230M semiconductor discharge tube. Our Gas Discharge Tube provides you with superior insulation
resistance, impulse discharge current, spark over voltage, number
of pin and AC discharge current.
We provide technical support and services for Gas Discharge Tube products, including:
Gas discharge tubes should be packaged and shipped in a way that
protects them from physical damage, dust, moisture, and other
environmental hazards. It is important to ensure that the tubes are
securely packaged and labeled in order to prevent any possible
damage during transit.
When packaging and shipping gas discharge tubes, it is important to
use the appropriate materials to ensure that the tubes are
protected. It is recommended that the tubes be wrapped in bubble
wrap or foam to provide cushioning and protection from impacts. It
is also important to make sure that the tubes are securely sealed
in a container that is made of a material that will not degrade or
react with the tube's contents.
It is also important to ensure that the gas discharge tubes are
properly labeled with the relevant information such as the
manufacturer, model number, and any other pertinent details. This
will ensure that the tubes can be easily identified in the event of
any lost or stolen packages. Furthermore, it is important to
include a packing slip with all packages to ensure that the tubes
are properly tracked and accounted for.