H46K65BYA

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Through Hole Resistors are resistors with two leads, mounted on either side of a cylindrical body. The body of the resistor is usually made of ceramic, but thermally conductive plastic is often used as well. Through Hole Resistors are typically used in circuit boards, providing a precise amount of resistance in a compact form. The H46K65BYA is a Through Hole Resistor designed for use in power applications.

The H46K65BYA Through Hole Resistor has an operating temperature range of -55°C to +125°C, and is capable of dissipating up to 5W of power. The resistor is constructed with a nickel and manganese alloy resistive element, and is encased in an epoxy body. The body of the H46K65BYA is coated in an epoxy which helps to protect the resistor from moisture and dust. The two leads are constructed from nickel-plated copper and are capable of carrying up to 3A of current.

The H46K65BYA Through Hole Resistor is designed for use in high power applications such as motor control, power transmission and energy storage. The resistor is typically used in systems which require a large amount of power while consuming little space. The resistor is also used in power management systems, as it can handle a substantial amount of current without the need for additional components. Another application of the H46K65BYA is in power conversion circuits, where the resistor helps to regulate the amount of power being consumed by the system.

The working principle of the H46K65BYA Through Hole Resistor is based on the concept of resistance. This means that when current passes through the resistor, a certain amount of voltage is dropped across the resistor. This voltage drop is what creates the resistance in the system. The resistance of the resistor is measured in ohms, and varies depending on the material of the resistor and its size.

The H46K65BYA Through Hole Resistor is a reliable and efficient resistor, designed for use in applications which require a large amount of power. The resistor is constructed from robust materials and is capable of handling up to 5W of power without overheating. The resistor is also capable of withstanding extreme temperatures and is coated in an epoxy which helps to protect it from the elements. The working principle of the resistor is based on the concept of resistance, and is capable of providing a precise amount of resistance in a compact form.

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