OM7515E-R58

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An OM7515E-R58 through hole resistor is an electronic component used to control the flow of an electrical current in an electrical circuit. It is made up of a small piece of material which is highly resistive to electricity, like metal or silicone. This material is joined to two electrical contacts, called terminals, made of conducting materials like copper or silver. When an electric current flows through the resistor, it resists the flow of the current and dissipates some of the energy as heat. This is why resistors are also sometimes referred to as dissipative components.

The OM7515E-R58 through hole resistor has a series of small circular slots and protrusions along its length. These small indentations and projections are called “E-slots”. The number and spacing of these slots determine the electrical resistance of the resistor. A higher number of E-slots increases the surface area of the resistor and corresponds to higher electrical resistance. Similarly, a lower number of E-slots reduces the surface area of the resistor and corresponds to a lower electrical resistance. This feature also allows the OM7515E-R58 to be easily adjusted for different electric current requirements.

The OM7515E-R58 is specifically designed for certain applications, like power regulation and feedback control. In power regulation circuits, the OM7515E-R58 is used to precisely control the input and output voltage of power sources. This helps ensure the electronics connected to the power source receives a consistent supply of electricity. In feedback control circuits, the OM7515E-R58 is used to adjust the system’s response to external variables. For example, in a medical device, the OM7515E-R58 might be used to adjust the response of a motor to a patient’s movement. This helps the medical device accurately track the patient’s movements and adjust for changes in the patient’s position.

The OM7515E-R58 through hole resistor is typically made from thick, nickel-plated steel with an aluminum or tin-plated copper base. It is designed for high voltage and current applications, and can handle up to 5 amps of current. In addition, the OM7515E-R58 has a tight tolerance rating of 0.25% and a temperature coefficient of 0.1% (per degree Celsius).

The OM7515E-R58 has a variety of applications in the electronics industry. It is often used in power supplies, motor controls, switch mode power supplies, and other demanding applications. It is also used as a feedback element, allowing circuits to control the input and output of power sources. This helps protect sensitive electronic components from power surges and other electrical problems. Additionally, the OM7515E-R58 is ideal for use in high frequency circuits, as it can handle up to 10GHz.

The OM7515E-R58 is designed for through hole mounting and is relatively easy to mount onto circuit boards. Its solid construction and high tolerance rating ensures accurate and reliable operation in the most demanding applications. Furthermore, the OM7515E-R58 is resistant to shock and vibration, making it suitable for use in military applications and other harsh environments.

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