feature: Input voltage: maximum 220V, minimum 110V Output voltage: generally 5V or 12V Input current: Varies according to output voltage and load power Output power: depends on load capacity and output voltage Working frequency: generally 50Hz or 60Hz Advantage: 1. Versatility: Combination AC-DC and split power options are available, and the module can be configured to fit most designs 2. Convenient and flexible: easy to maintain and replace. 3. Safe and reliable: waterproof, dustproof and durable, 4. Quick connection: plug-in connection, can be quickly connected and disconnected, convenient for daily use 5. Multiple interface options: such as circular connectors, square connectors, threaded connectors, etc.
Specifications
| Component Type | 3 pin power connector motherboard |
| Gender | Header/Receptacle |
| Header Pin Pattern (Left to Right) | Power/Signal |
| Number of Contacts (Power) | 4 |
| Number of Rows (Power) | 1 |
| Number of Contacts (Signal) | $keyworrd{12} |
| Number of Rows (Signal) | 6 |
| Termination Style | Solder To Board |
| Orientation | Right Angle |
| Pitch (Power) | 6.35mm (0.250in) |
| Pitch Signal) | 2.54mm (0.100in) |
| Current Rating | $keyworrd{13}A max. for One Powered Contact |
| Resistance (Power Contact) | Maximum for mated pair is 2mΩ |
| Resistance (Signal Contact) | Maximum for mated pair is 20mΩ |
| Dielectric Withstanding Voltage | $keyworrd{14}V DC for power ; $keyworrd{15}V DC for signal contacts |
| Durability (Mating cycles) | $keyworrd{16} Mating Cycles |
| Operating Temperature Range | -$keyworrd{13}°C to +125°C |
| Material Housing | PPA, glass fiber reinforce, UL94V-0 |
| Plating Contact area | 0.76μm (29.921μin) Gold |
| ail Plating (Signal) | 1.98μm (78μin) Tin |
| Tail Plating (Power) | 1.98μm (78μin) Tin |
| Guide Feature | Guide Pin Pocket |
| Packaging | Cartons or Tray |
1.How do you ensure proper insulation and protection against electrical hazards when using a 3 pin power connector motherboard?
1. Use the correct type of power connector for the application. 2. Inspect the power connector for any signs of damage before use. 3. Ensure that the power connector is properly rated for the voltage and current of the application. 4. Use a surge protector or other protective device to protect against electrical surges. 5. Use a ground fault circuit interrupter (GFCI) to protect against electrical shock. 6. Use a power cord with a strain relief to prevent the power connector from becoming loose. 7. Use a power connector with a built-in fuse or circuit breaker to protect against overloads. 8. Make sure the power connector is properly secured to the device or outlet. 9. Use a power connector with a built-in insulation sleeve to protect against electrical hazards.
2.How does a 3 pin power connector motherboard differ from a regular electrical connector?
Our mission is to provide customers with the best solutions for 3 pin power connector motherboard. A power connector is designed to carry higher currents than a regular electrical connector. Power connectors are typically used to connect power supplies, motors, and other high-power devices. They are usually larger and sturdier than regular electrical connectors, and they often have additional safety features such as locking mechanisms and strain reliefs.
3.What is the expected lifespan of a 3 pin power connector motherboard?
We continuously upgrade our skills and knowledge to adapt to changing 3 pin power connector motherboard market needs. The expected lifespan of a power connector depends on the type of connector and the environment in which it is used. Generally, power connectors are designed to last for many years, but in some cases, they may need to be replaced after a few years of use.
4.Are there any specific considerations when using 3 pin power connector motherboards for industrial applications?
As one of the 3 pin power connector motherboard market leaders, we are known for innovation and reliability. Yes, there are several considerations when using power connectors for industrial applications. These include: 1. Ensuring the connectors are rated for the voltage and current requirements of the application. 2. Ensuring the connectors are rated for the environmental conditions of the application. 3. Ensuring the connectors are compatible with the mating connectors used in the application. 4. Ensuring the connectors are designed to meet the safety requirements of the application. 5. Ensuring the connectors are designed to meet the durability requirements of the application. 6. Ensuring the connectors are designed to meet the EMI/RFI requirements of the application.
5.How does impedance affect the performance of a 3 pin power connector motherboard?
As one of the 3 pin power connector motherboard market leaders, we are known for innovation and reliability. Impedance affects the performance of a power connector by limiting the amount of current that can flow through the connector. If the impedance is too high, the connector will not be able to handle the amount of current needed to power the device. If the impedance is too low, the connector will be overloaded and may cause damage to the device.
6.About 3 pin power connector motherboard inventory
Power connector inventory is a type of inventory that is used to track the various types of power connectors that are used in a variety of electronic devices. This type of inventory is important for ensuring that the right type of power connector is available for any given device. It also helps to ensure that the correct type of power connector is used in the correct application. This type of inventory can be used to track the quantity of each type of power connector, as well as the type of connector and the manufacturer.
7.How does the operating temperature range affect the performance of a 3 pin power connector motherboard?
The operating temperature range of a power connector affects its performance in several ways. Higher temperatures can cause the connector to become brittle and more prone to cracking or breaking. Higher temperatures can also cause the connector to expand, which can lead to poor contact between the connector and the mating part. Lower temperatures can cause the connector to become stiff and difficult to insert or remove. Additionally, lower temperatures can cause the connector to become brittle and more prone to cracking or breaking.
8.Is it possible to customize the design or length of a 3 pin power connector motherboard?
We focus on our customers' needs and strive to meet their expectations, so we take this very seriously. Yes, it is possible to customize the design or length of a power connector. Many companies offer custom power connectors that can be designed to meet specific requirements. These custom connectors can be designed to fit a variety of applications and can be made in different lengths, shapes, and sizes.
9.Does the size and configuration of a 3 pin power connector motherboard affect its performance?
We are a professional 3 pin power connector motherboard company dedicated to providing high quality products and services. Yes, the size and configuration of a power connector can affect its performance. The size of the connector determines the amount of current it can handle, and the configuration of the connector affects the amount of power it can deliver. For example, a larger connector can handle more current than a smaller one, and a connector with more pins can deliver more power than one with fewer pins.
10.Can 3 pin power connector motherboards support high-frequency signals?
We adhere to the principle of quality first and have a complete production quality management system and quality inspection process. Yes, power connectors can support high-frequency signals. However, the type of connector used will depend on the specific application and the frequency of the signal. For example, coaxial connectors are often used for high-frequency signals, while screw terminals are better suited for lower-frequency signals.
11.What is the typical voltage and current rating for 3 pin power connector motherboards?
3 pin power connector motherboard is not a product only, but also can help you comes to money-making. The typical voltage and current rating for power connectors depends on the type of connector being used. For example, a standard IEC 60320 C13 connector is rated for 10A at 250V.
12.How do you ensure proper polarity when using a 3 pin power connector motherboard?
We continuously upgrade our skills and knowledge to adapt to changing 3 pin power connector motherboard market needs. 1. Check the polarity markings on the connector and the power source. 2. Make sure the positive and negative terminals are connected correctly. 3. Use the correct type of connector for the power source. 4. Use a multimeter to test the polarity of the connection. 5. Use a polarized connector to ensure proper polarity.
13.What is the purpose of a 3 pin power connector motherboard?
We operate our 3 pin power connector motherboard business with integrity and honesty. A power connector is used to connect a power source to an electrical device. It is used to provide power to the device and to protect the device from power surges.
14.Can 3 pin power connector motherboards be used in harsh environments?
We adhere to the principle of quality first and have a complete production quality management system and quality inspection process. Yes, power connectors can be used in harsh environments. Many power connectors are designed to be durable and resistant to extreme temperatures, dust, moisture, and other environmental factors.
15.Can a 3 pin power connector motherboard handle high temperature and vibration?
Our mission is to provide customers with the best solutions for 3 pin power connector motherboard. Yes, power connectors are designed to handle high temperatures and vibrations. They are typically made of materials such as stainless steel, aluminum, and brass, which are all resistant to high temperatures and vibrations.
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