WEET BP Axial Non polar Aluminum Electrolytic Capacitors are non-polar capacitors(Bipolar Electrolytic Capacitors for Crossovers) that can store both positive and negative charges. They are constructed with two electrode plates, an electrolytic dielectric, and an electrolyte solution.

WEET explain its working principle:

• Charge Storage and Release: During the positive and negative half-cycles of an audio signal, the Bipolar Electrolytic for speaker stores and releases charges through charging and discharging processes. This smooths and stabilizes voltage fluctuations in the audio signal, helping speakers better reproduce audio signals accurately.

• Filtering and Coupling: Used for filtering and coupling in audio circuits. In crossover networks, by combining different BP Axial Non polar Aluminum Electrolytic Capacitors values, audio signals are separated according to different frequency ranges and transmitted to tweeter, midrange, and woofer units respectively, enabling clear reproduction of sounds in each frequency band. Meanwhile, they also isolate direct current (DC) components and transmit alternating current (AC) audio signals.

WEET Application Scenarios:

• Loudspeaker Systems: Primarily used in the crossover networks of loudspeakers, they are key components for separating and distributing sound signals of different frequencies. They effectively enhance the sound quality of loudspeaker systems, making the sound clearer, fuller, and more layered.

• Audio Amplifiers: In audio amplifier circuits, the are used for coupling and filtering to stabilize the amplifier's operating point, improve its performance, reduce audio signal distortion, and ensure higher quality of amplified audio signals.

• Automotive Audio Systems: Due to their excellent performance and wide temperature adaptability, they are widely used in automotive audio systems. They provide stable audio signal processing for in-vehicle speakers, Bipolar Electrolytic for speaker meeting the audio playback needs of vehicles under different driving conditions.

2.2uF 50V ±10% 8x17mm 1KHz DF≤10% Bulk RoHS