PM125S-180M

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Fixed inductors use electrical energy to generate and store magnetic fields. They provide an efficient form of power conversion, particularly when power needs to be generated from a single source with a limited range of voltage input. PM125S-180M inductors feature an optimized form factor, making them ideal for applications where space is at a premium.

The PM125S-180M is an advanced high precision power inductor with a rated current of 180mA and a highly optimized form factor. It features a wide working range, enabling it to adapt to the current demands of modern electrical systems. The efficient power output and high accuracy make the PM125S-180M perfect for medical, automotive, and other high-precision applications.

The PM125S-180M utilizes a three-layer construction for maximum efficiency and reliability. The first layer consists of a thin, flat winding core made of nickel-iron alloy, which is then surrounded by a thin copper layer. The second layer comprises of a compact air-gap structure that reduces the delamination of the winding core. The third layer is an epoxy resin coating that seals the winding core and coils, ensuring operation under high temperature and vibration.

The PM125S-180M has an inductance value of 8.0 mH and a rated current of 180 mA. It is composed of a 3-layer construct, featuring an air-gap and a resin sealant to ensure a high degree of reliability when used in applications that require high precision. The PM125S-180M has a good temperature and corrosion resistance, making it highly reliable for a wide range of indoor and outdoor applications. Additionally, its small size and low profile make it ideal for tight spaces.

The PM125S-180M has a square construction with a typical form factor of L/W= 1.8mm×2.0mm. It has a compact size with a low profile that enables it to be easily integrated into existing systems. The PM125S-180M has an isolated structure which helps to eliminate the possibility of electrical interference and offers improved noise immunity. As the current varies, the inductance value also changes to maintain the same output. This makes the PM125S-180M suitable for use in dynamic control applications.

The working principle of the PM125S-180M is based on Faraday’s law of induction. When current passes through the inductor, a magnetic field is generated. This magnetic field produces a voltage across the inductor that is proportional to the rate of change of the current flowing through it. This voltage can then be used to generate or store energy as desired.

The PM125S-180M inductor is a versatile and efficient power conversion solution ideal for a wide range of indoor and outdoor applications. Its compact size and high precision enable it to be integrated into medical, automotive, and other dynamic control systems. With its three-layer construction, wide working range, and high precision, the PM125S-180M provides an efficient and reliable solution for power conversion.

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