SCRH6D28-180 Inductors, Coils, Chokes

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Fixed Inductors are components that are widely used in an array of applications and designs. One type of them, the SCRH6D28-180, is a H series surface mount inductor chip that is compatible with both lead-free and traditional soldering processes. Ultimately, this inductor works to provide a specific magnetic field related to the amount of electrical current produced. It is typically used in applications where constrained size and high-performance are important. In further detail, here is an overview of the application field and working principle of the SCRH6D28-180.

The SCRH6D28-180 is generally used for applications that call for a surface mount inductor that can produce a low DC resistance up to 0.901 ohms in order to reach higher inductance performance levels. The device is excellent for use in all-in-one designs, including computers, digital products, and space-limited consumer products. These include personal computers, single-board computers, VFD controllers, and TV tuners. Furthermore, the device can handle up to 0.85 amperes of current, and in an application where the current is high enough for the inductor to enter saturation within an acceptable level of noise, the device provides a high-power density solution.

In terms of its working principle, the SCRH6D28-180 is a two-terminal, surface mountable, low-profile, heat-resistant, magnetic field-inducing device. It is built using a series of metal layers and capacitive layers that produce a magnetic field when electricity is applied. The magnetic flux created from the power supply is constant, and thus the inductance of the device is fixed. The magnitude of the current that can be induced by the device depends on the current passing through the flux, partial factors, and the external magnetic field.

Within the SCRH6D28-180, the total resistance of the inductor depends upon the size of its individual components. The internal resistance is determined by measuring the voltage drop over the inductor. The resonance frequency, Q factor, saturation level, and other characteristics of the inductor depend on the number of turns and the construction of the device as well as the current and external magnetic field. The operating temperature range of the device is -55°C to +125°C.

This device is also available with 0805 metric size dimensions, allowing for easy installation and improved construction. It includes a range of capacitance values to choose from and is available without a lead frame for improved customer preference. Additionally, this device features an improved soldering temperature of 240 degrees Fahrenheit, making it ideal for use with lead-free soldering processes.

In conclusion, the SCRH6D28-180 is an excellent fixed inductor chip for designs that require a high-quality, reliable, and efficient inductor solution in limited space. Most commonly, the device is used in computers, digital products, single-board computers, VFD controllers, and TV tuners. The device is built using a series of metal layers and capacitive layers to produce a magnetic field when electricity is applied, and its resistance, resonance frequency, Q factor, saturation level, and other characteristics depend on the number of turns and the construction of the device as well as the current and external magnetic field.

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