Y002620R0000B9L

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Chassis mount resistors are resistors that are designed to be mounted on a chassis, board, or panel--usually with a flange or mounting slots. Y002620R0000B9L is one type of such component. These components are often used in audio,video, and related electronic circuits, and are characterized by their high reliability and stable performance.

Y002620R0000B9L is an isothermal chassis-mount resistor, which is composed of a pair of resistance elements connected in series between two aluminum oxide beads. The main features of the Y002620R0000B9L are high stability, low temperature coefficient, and high RF-shielding capability. Additionally, it is also suitable for a wide operating temperature range, long-term stability, and low power dissipation.

Y002620R0000B9L is widely used in a variety of applications such as power amplifiers and audio systems, AC and DC power supplies, transformers, and EMI/RFI filter networks. For power amplifier applications, Y002620R0000B9L provides superior capacitive impedance, which is ideal for achieving higher efficiencies and lower distortion levels. In AC and DC power supplies and generators, it serves as an effective line filter that is able to provide low source impedances for stable operations. Furthermore, it can be used in transformer designs to reduce transformer size without compromising performance.

The working principle of Y002620R0000B9L is based on the electromagnetic principle. This design features two resistance elements that are connected in series between two aluminum oxide beads. The two elements are connected with their end plates arranged in a root configuration, which effectively disperses the electromagnetic signal across the plates. This design allows the Y002620R0000B9L to have higher impedances compared to other types of resistors, reducing the likelihood of interference from other surrounding components. Additionally, the aluminum oxide beads also help reduce the effects of EMF (electromotive force).

Y002620R0000B9L provides superior performance and reliability in a variety of different applications. This model is particularly effective in power amplifiers, AC and DC power supplies, transformers, and EMI/RFI filter networks. Additionally, it is suitable for a wide operating temperature range, long-term stability, and low power dissipation. Furthermore, its unique electromagnetic design allows for excellent shielding capabilities and low source impedances with minimal distortion and noise.

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