H4P11R5DZA

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Through Hole Resistors are consisting of two main components: an active, resistive material, and a passive substrate. H4P11R5DZA is a type of Through Hole Resistor, consisting of a small, passive, cylindrical substrate into which the active material is inserted. It is a type of discrete resistor, not a network of interconnected resistors.

H4P11R5DZA Through Hole Resistors come in a variety of resistance values; the most common being 1K-Ohm, 5K-Ohm, 10K-Ohm, 100K-Ohm and 1M-Ohm. They are made to exacting specifications and come with a tolerance rating of +/- 1% to +/- 10%. This allows engineers to precisely adjust the resistance of a circuit to the desired value.

H4P11R5DZA Through Hole Resistors are designed for light loads (up to 10mA) and light to medium currents (up to 2A). They are well suited for a wide variety of applications: amplifiers, audio circuits, power supplies, motor controls, and robotics. Due to their small size they are also often used in tight spaces.

The working principle of H4P11R5DZA Through Hole Resistor is similar to other resistors. They are typically made from a semiconductor material such as ceramic or polyester. As current passes through the material it encounters resistance, causing some of the energy to be lost. This energy is converted into heat which is dissipated from the resistor. The exact value of the resistor comes from the small variations in the material itself, as well as any additives to the material, this is determined by the manufacturer.

H4P11R5DZA Through Hole Resistor is a widely used and reliable component. It is a cost-effective solution for applications ranging from general-purpose logic and control applications to high-precision and high-power applications. It provides precise control of current in circuits and reliable insulation against short-circuits. Additionally, its small size, low weight, and long product life add value to its uses.

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