1.0/1.5/2.2/4.7/68/10uH Shielded Type SMD Chip Power Inductor Magnetic Glue

1.Product Description

SMD Chip Power Inductor is a compact and efficient electronic component. It has the characteristics of small size, high current carrying capacity, low direct current resistance (DCR), and high efficiency, making it very suitable for application in electronic devices with limited space and high performance requirements. In addition, SMD Chip Power Inductors typically have magnetic shielding structures that can effectively reduce electromagnetic interference (EMI) and leakage flux noise, improving the overall performance and stability of the equipment. Its operating temperature range is wide, which can meet the application requirements in different environments, such as PC power systems, DC/DC converters, etc. In short, SMD Chip Power Conductor is one of the essential components in modern electronic devices.

2.Characteristics

1. Miniaturization and surface mount advantages
Ultra small size: SMD (Surface Mount Device) surface mount power inductors adopt a compact chip design, with extremely small dimensions. Compared to traditional plug-in inductors, it can occupy very little space on printed circuit boards (PCBs), which is crucial for modern electronic products that pursue high integration and miniaturization, such as smartphones, tablets, wearable devices, etc. For example, some advanced smartphones have limited motherboard space, and the small size of SMD chip power inductors allows for clever layout to meet the design requirements of complex circuits inside the phone.

Convenient surface mount: Surface mount technology allows inductors to be directly attached to the surface of PCBs and electrically connected to the circuit board through processes such as reflow soldering. This installation method not only simplifies the production process and improves production efficiency, but also enhances the stability of the connection between the inductor and the circuit board. At the same time, surface mount technology makes PCB wiring more flexible, which is beneficial for optimizing circuit layout and further improving the performance of electronic products.

2. Excellent electrical performance
High saturation current: It has high saturation current characteristics and can withstand large DC currents without magnetic saturation. In high-power circuits such as switching power supplies, this characteristic ensures that the inductance can maintain a stable inductance value under high current conditions, ensuring the normal operation of the circuit. For example, in power modules that supply power to high-performance processors, SMD chip power inductors can stably handle high currents, meeting the processor's demand for electrical energy.

Low DC resistance: Having a lower DC resistance helps reduce energy loss and minimize heat generation when current passes through. A lower resistance means that the inductor consumes less power at the same current, thereby improving the efficiency of the circuit. In some portable devices with strict power consumption requirements, this low-power feature can extend the battery life of the device.
Good frequency response: It has stable inductance performance over a wide frequency range and can adapt to signal processing requirements at different frequencies. Whether it is low-frequency power filtering or high-frequency signal coupling and isolation, SMD chip power inductors can play an excellent role. For example, in wireless communication devices, it can effectively suppress noise in the radio frequency band and ensure signal purity.

3. Reliability and stability
Durable and sturdy: SMD chip power inductors usually use sturdy packaging materials, which can effectively protect the internal windings and magnetic cores, giving them good mechanical strength and impact resistance. During the production, transportation, and use of electronic products, they can withstand a certain degree of vibration and impact and are not easily damaged.

Adaptable to various environments: It has good temperature stability and can maintain stable electrical performance over a wide temperature range. It can work normally in both high-temperature industrial environments and low-temperature outdoor environments. At the same time, its packaging structure also has certain moisture-proof and dust-proof properties, which improves the reliability of use under different environmental conditions.