Product Description:
The MOV is a through-hole component that is easy to install on a
printed circuit board. It has a power rating of 0.5W to 10W, which
makes it suitable for use in a wide range of applications. The MOV
has a low dissipation factor of ≤0.2, which means that it is highly
efficient at conducting voltage surges away from sensitive
electronic components. It also has a low leakage current of ≤0.1mA,
which ensures that it does not degrade the performance of the
electronic system.
The Metal Oxide Varistor is an essential component for
transient-voltage-protection in electronic devices. It provides
reliable protection against voltage surges and helps to prevent
damage to sensitive electronic components. In addition to its
protective function, the MOV is also a cost-effective solution for
over-voltage protection, which makes it an ideal choice for a wide
range of applications. It is a versatile component that can be used
in a variety of electronic devices, including power supplies,
communication equipment, and other systems that require
over-voltage protection.
In summary, the Metal Oxide Varistor is a reliable and efficient
transient-voltage-protector that provides over-voltage protection
for sensitive electronic equipment. It is a through-hole component
that is easy to install and has a power rating of 0.5W to 10W. The
MOV has a low dissipation factor of ≤0.2 and a low leakage current
of ≤0.1mA, which ensures that it is highly efficient at conducting
voltage surges away from sensitive electronic components. Overall,
the Metal Oxide Varistor is an essential component for any
electronic system that requires over-voltage protection.
Features:
- Product Name: Metal Oxide Varistor
- Type: Varistor
- Voltage Range: 6V-1500V
- Capacitance Range: 1pF-1000pF
- Aging Rate: ≤1%
- Keywords: Voltage-Surge-Protector, Transient-Voltage-Suppressor,
Metal-Oxide-Voltage-Suppressor
Technical Parameters:
| Attribute | Value |
|---|
| Mounting Type | Through-Hole |
| Package | SMD/DIP |
| Insulation Resistance | ≥1000MΩ |
| Voltage Range | 6V-1500V |
| Aging Rate | ≤1% |
| Capacitance Range | 1pF-1000pF |
| Material | Metal Oxide |
| Operating Temperature | -55℃ To +125℃ |
| Leakage Current | ≤0.1mA |
| Power Rating | 0.5W-10W |
Applications:
The VDR Metal Oxide Varistors are commonly used as
transient-voltage-suppressors in electronic circuits. They are
designed to absorb high voltage transients and protect sensitive
components from damage. The varistors achieve this by exhibiting a
high resistance at low voltage levels and a low resistance at high
voltage levels. This allows them to effectively clamp the voltage
to a safe level and protect the device from harm.
The VDR Metal Oxide Varistors are also used as
transient-voltage-protectors in a variety of applications. They are
often used in power supply and AC line applications to protect
against voltage surges and spikes. The varistors can be used in
both SMD and DIP packages, making them versatile and easy to use in
a variety of electronic designs. The through-hole mounting type
also makes them easy to install and secure in place.
The VDR Metal Oxide Varistors have a resistance tolerance of ±20%,
ensuring reliable and consistent performance. The varistors are
made from high-quality metal oxide materials and are designed for
long-lasting durability. They are ideal for use in a wide range of
electronic devices, including power supplies, surge protectors, and
motor control circuits.
Customization:
Product Name: Metal Oxide Varistor
Brand Name: VDR
Model Number: 7D/10D/14D/20D
Place of Origin: CHINA
Dielectric Strength: ≥3000VAC
Aging Rate: ≤1%
Resistance Tolerance: ±20%
Insulation Resistance: ≥1000MΩ
This product is an Over-Voltage-Protection-Device, also known as a
Transient-Voltage-Suppressor or Transient-Voltage-Protector. Our
customization services can tailor the product to meet your specific
needs.
Support and Services:
The Metal Oxide Varistor (MOV) is an electronic component that
protects sensitive electronic devices from voltage spikes and
surges. Our technical support team is available to assist with any
questions or concerns regarding the installation and operation of
the MOV.
In addition, we offer a range of services to ensure the optimal
performance and longevity of the MOV, including:
- Customized design and manufacturing
- Testing and certification
- Field evaluations and troubleshooting
- Repair and maintenance
Our team of experienced professionals is dedicated to providing
exceptional support and services to our customers.
Packing and Shipping:
Product Packaging:
- Each Metal Oxide Varistor is individually packaged in a protective
anti-static bag.
- Multiple varistors are placed in a box with padding to prevent
damage during shipping.
Shipping:
- Orders are processed within 24 hours of receipt.
- We ship via standard ground shipping unless expedited shipping is
requested.
- Shipping rates are calculated based on the weight and destination
of the package.
- You will receive a tracking number once your order has shipped.
FAQ:
Here are some frequently asked questions about the VDR metal oxide
varistor:
Q: What is a VDR metal oxide varistor?
A: A VDR metal oxide varistor is a device that is used to protect
electronic circuits from voltage surges or spikes. It is made of a
metal oxide material that has a non-linear resistance, which means
that it has a high resistance at low voltages and a low resistance
at high voltages.
Q: What are the different models of VDR metal oxide varistors?
A: VDR metal oxide varistors are available in different models,
including 7D, 10D, 14D, and 20D. The number refers to the maximum
voltage that the varistor can withstand before it starts conducting
current.
Q: Where are VDR metal oxide varistors made?
A: VDR metal oxide varistors are made in China.
Q: What is the operating temperature range of VDR metal oxide
varistors?
A: The operating temperature range of VDR metal oxide varistors is
-40°C to +85°C.
Q: How do I select the right VDR metal oxide varistor for my
application?
A: To select the right VDR metal oxide varistor for your application,
you need to consider the maximum voltage that the varistor needs to
withstand, the maximum current that will flow through the varistor,
and the energy that the varistor needs to absorb. You should also
consider the operating temperature range and the size and shape of
the varistor.
