2256-27J

Fixed Inductors are present in numerous engineering applications and are essential in various power circuits. 2256-27J is a widely used fixed inductor employed in all types of professional, commercial and applications. The 2256-27J fixed inductor provides solid performance in a wide variety of applications and is well suited for use in high frequency signals, radio communication, and defense systems.

Electrical Properties

The 2256-27J fixed inductor is composed of several metal turns arranged into a compact and uniform package. This element is designed with an internal structure and is energized using an isolated power supply. It has a resistance of approximately 8 Ohms and a nominal inductance of 1.50 µH. This inductor is capable of withstanding a maximum current of 20 amps. It has a maximum magnetizing force of 2.5KAm-2 times the saturation current. It has a voltage of 3VDC.

Applications

The 2256-27J fixed inductor is widely employed in all types of consumer electronic products, communication systems, professional audio/video equipment, and radio communication systems. It is used in the design of digital signal processing circuits, television receivers, and satellite communication links. It is also employed in a wide variety of digital signal processing and communication systems. For instance, it is used in the design of wireless communication systems, GPS, radio receivers, CSR receivers, and other microwave circuits.

Working Principle

The 2256-27J fixed inductor is composed of several metal turns arranged into a compact and uniform package. This element is designed with an internal structure which allows it to be energized using an isolated power supply. When a voltage is applied across the inductor, a current will flow in it. The current flowing through the inductor will create a magnetic field which will induce a voltage across the inductor. This induced voltage will add to the applied voltage causing the inductor to retain a certain amount of energy. This energy, also known as inductive reactance, is the key to the inductor’s functioning. By varying the applied voltage, the inductance of the 2256-27J fixed inductor can be changed and the magnitude of the current through it will vary accordingly. Thus it can be used to store, convert or dampen energy according to changing application parameters.

Advantages

The 2256-27J fixed inductor provides solid performance in all types of application due to its small size and low cost. It also has a fairly high efficiency and can be used in high frequency signals. Furthermore, this inductor is well suited for use in defense systems and radio communication. Additionally, its resistance to heat is good, its long-term usage is reliable, and it is highly durable.