2727R-16H

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Fixed inductors are electrical components that provide reliable magnetic flux with a very small magnetic field, making them highly reliable and resilient for industrial and commercial applications. 2727R-16H is a fixed-inductance, fixed-value device with an inductance range up to 200-400uH. It is primarily used in power supplies, motor control designs, and RF/EMI control. The 2727R-16H also offers a low parasitic capacitance that guarantees low-noise operation and improved signal performance.

The 2727R-16H is designed to be used in both linear and non-linear operating modes. This allows it to be used as a high-power current limiting resistor for high-powered systems such as laser drivers and power transistors. It also allows it to reduce switching losses in high-frequency applications such as RF/EMI control.

The construction of the 2727R-16H is designed to allow for reliable operation across a wide range of temperatures and conditions. A metal housing surrounds its components to keep out contaminants and moisture. The housing also helps ensure long-term durability of the device, even in extreme temperature conditions, including high-temperature soldering and surface-mounting, thanks to its epoxy gap fill. Additionally, the device can withstand up to 85-100kA of current.

The 2727R-16H is a high-energy, high-performance device designed for power applications. Its unique design makes it ideal for applications that require high surge power currents, such as switch-mode power supplies and motor control. It is also used to match power levels, stabilize voltage and current in switching power converters, and provide current limiting in high-frequency applications.

The working principle of the 2727R-16H is based on the magnetic resonance principle, which states that when two electromagnetic components are combined, they can create a rapid exchange of energy back and forth. This resonance energy transfer can be used to regulate the flow of current or voltage. The 2727R-16H uses this principle to precisely match the amount of current in a circuit. It is able to accurately match the current to the voltage drop across its terminals, which makes it ideal for power management applications.

In high-power applications, the 2727R-16H can control the current to reduce the total input power required to achieve a desired effect. Additionally, it can minimize energy losses due to cross-regulation of inductances and capacitances in the circuit, which can result in reduced component temperatures and improved system efficiency.

The 2727R-16H is also ideal for use in switched-mode power converters. Its high operating frequency and low-impedance design ensure that it is able to accurately match the inductor current to the load current. This helps minimize the amount of energy lost in switching, resulting in improved system efficiency and increased power transfer.

Overall, the 2727R-16H is an ideal choice for a wide range of power applications. Its rugged construction ensures reliable operation in extreme conditions, while its precise current matching capabilities make it suitable for numerous applications. Additionally, its low inductance and high-frequency response make it ideal for controlling and stabilizing current in switched-mode power supplies and other high-power applications.

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