Product Description:
A ring-shaped ceramic dielectric capacitor is provided in order to
well suppress the high-frequency electrical interference of signals
or transmission wires, and to have better pressure-resistant design
performance. This type of capacitor consists of two sets of
internal electrodes. Each set has one or more conductive films,
with ceramic gaps between adjacent conductive films belonging to
different internal electrodes. The capacitor is formed by laminated
dielectric film layers, dielectric protection layers, and internal
electrode conductive films. These three components form a
homogeneous capacitor body, with both the dielectric protection
layer and the dielectric film layer being annular bodies. The two
sets of internal electrodes form annular film surfaces. The
capacitor body is a cylinder with a through hole, and the terminal
electrode includes an outer ring end and an inner ring end. The
metallized film of the inner ring end covers the inner wall of the
through hole, and the metallized film of the outer ring covers the
outer wall of the cylinder.
The ring-shaped ceramic dielectric capacitor can effectively
suppress high-frequency electrical interference and result in
better design performance. The special components required for its
preparation, such as two sets of internal electrodes, ceramic gaps,
dielectric film layers, dielectric protection layers, and internal
electrode conductive films can all be obtained from standard
suppliers and used to construct a successful capacitor. Besides,
this type of capacitor is also suitable for a variety of
applications.
Features:
This product has impressive high frequency response, low leakage of
transmission signal as well as high voltage AC resistance, which
provides great quality of communication. Additionally, the most
impressive feature of the product is that it is small in size,
which makes it easy to transport.
Technical Parameters:
| Product Name | High Voltage Ceramic Capacitor |
|---|
| Lead Spacing | 5mm |
| Ripple Current | 1.2A |
| Operating Temperature | -55°C To +125°C |
| Ceramic material | Y5V |
| Capacitance | 4700pF |
| Temperature Coefficient | ±15ppm/°C |
| Insulation Resistance | 3000MΩ |
| Package Type | Radial |
| Size | 20mm X 7mmX 5mm |
Applications:
Ferrite cores are primarily employed in cable television
electromagnetic interference, or EMI, suppression devices. They
come in various shapes and sizes.
These EMI suppression devices are composed of ferrite cores, which
are electrically non-conductive substances made of iron compounds,
plastic and other materials. These cores can act like a shield to
block out unwanted electromagnetic signals from televisions and
other electronic equipment.
The most common shapes of ferrite cores are hollow cylinders,
toroids, and ferrite beads. These shapes provide enhanced
performance and a wider range of features when compared to other
materials.
Ferrite cores are generally highly effective in reducing unwanted
electromagnetic interference and protecting devices from electrical
damage caused by external sources.
Customization:
High Voltage Ceramic Capacitor – XIWUER
XIWUER offers high voltage ceramic capacitors with certification of
ISO9001,ISO14001,ISO45001,CCC. Our high voltage ceramic capacitors
feature insulation resistance of 3000MΩ, operating temperature of
-55°C To +125°C, and color of brown, red. Minimum order quantity is
1 unit and pricing is negotiable. We provide carton packaging and
can deliver within 5-8 days. Payment terms include L/C and T/T. Our
supply ability is 4,000,000 units a year. Place of origin is
XIAN,CHINA.
Packing and Shipping:
Packaging and Shipping for High Voltage Ceramic Capacitor
High Voltage Ceramic Capacitors must be handled with utmost care
and stored in a cool, dry, and static-free environment. The
capacitors must be kept in manufacturer-approved packaging. All
materials used for packaging, such as cardboard, foam, bubble wrap,
and plastic bags, must be inspected for signs of wear and tear
prior to use.
The capacitor must be placed in a container that is sealed and
labeled with the appropriate product information. The container
should be made of a material that prevents the capacitor from being
damaged during shipping. Additionally, the container must be
designed to protect the capacitor from external shocks and
vibrations.
When shipping the capacitor, it is important to follow the
manufacturer’s guidelines. The shipping label should clearly
indicate the contents of the package, as well as the origin and
destination. Furthermore, the package should be labeled with the
appropriate hazardous material warning labels.
All shipments of High Voltage Ceramic Capacitors should be tracked
and insured for the full value of the product. Additionally, the
package should be inspected upon arrival to ensure that it has not
been damaged during shipping.
