IHLP3232CZERR68M11

Fixed inductors are parts of electronic circuits used to reduce current or store electrical/magnetic energy. They are usually composed of windings of wire around a core of ferrite or ceramic material. The IHLP3232CZERR68M11 in particular, is a high performance, low profile, surface-mountable inductor used primarily in notebooks, cell phones, and other portable electronic devices. The IHLP3232CZERR68M11 is designed to offer superior performance with low profile and small size, allowing it to fit into tight spaces in modern electronics. It is also very reliable, having a wide operating temperature range (from -40 to +85 °C) and a high current saturation rating of 680mA.The working principle of the IHLP3232CZERR68M11 is relatively straightforward. Whenever a direct current (DC) passes through the inductance of the device, the current will create a magnetic field in the core which in turn induces a voltage to oppose the flow of the current. This is known as the inductor’s inductance.As the opposed voltage increases, the current flow decreases, and if left connected, will eventually come to an equilibrium. This is known as the inductor’s “Q” or quality factor, which is a measure of the device’s efficiency in dissipating dissipated energy as heat. The IHLP3232CZERR68M11 has a high Q-factor of 19, meaning it is very efficient at dissipating energy.The IHLP3232CZERR68M11 is designed primarily for power management applications, especially in low profile portable electronic devices where board space is at a premium. Its high efficiency and low profile make it an ideal choice for switching power supplies, voltage regulators, and other power-related circuits. In addition, it can also be used in low frequency filter applications, such as audio amplifiers, analog signal chains, cellular base stations, and more.In summary, the IHLP3232CZERR68M11 is a high performance, low profile, surface-mountable fixed inductor used in a variety of power management and audio applications. It offers superior performance thanks to its high Q-factor and wide operating temperature range, as well as its small size which allows it to fit into tight spaces in modern electronics.