Audio & Video Crossover Parts

26 products indexed • Avg rating 4.58 • Avg price $62

A catalog of audio and video crossover parts including passive crossovers, replacement networks, inductors, and capacitors for speakers and subwoofers, useful for repairs and custom builds. The category spans about 26 products with an average rating of 4.58 and mid-range prices (roughly $35–$147). Brands include LASE and Dayton Audio among others

Top Products

Roundups

Frequently Asked Questions

What are audio & video crossover parts and when do I need them?

Crossover parts are components (capacitors, inductors, resistors, and PCBs) used to split audio signals into frequency bands for speakers or to route signals in AV gear; you need them when building, repairing, or upgrading speaker crossovers or integrating multi-driver systems

How do I choose the right crossover components for my speakers?

Choose components based on your speaker's impedance, desired crossover frequency and slope, power handling, and whether you need passive or active crossover topology; match capacitor voltage ratings and inductor current ratings to the system's specs

Can I mix brands like LASE, Dayton Audio, and others when assembling a crossover?

Yes; compatibility depends on electrical specifications rather than brand — ensure component values, tolerances, and ratings (voltage/current/power) are appropriate for your design regardless of manufacturer

What should I consider for budget and value when buying crossover parts?

For budget builds, prioritize correct component values and adequate voltage/current ratings; midrange parts often offer better tolerances and reliability, while higher-end components may improve durability or sonic nuance but cost more

How do I measure and verify crossover components once installed?

Use a multimeter to check resistances, an LCR meter to verify inductance and capacitance values, and, if available, a signal generator and oscilloscope or measurement microphone with analysis software to confirm crossover frequency and band behavior

What safety and handling precautions should I follow?

Discharge capacitors before handling, avoid exceeding rated voltages and currents, follow proper soldering techniques to prevent heat damage, and ensure correct polarity on polarized capacitors

How long do crossover components typically last and can they be serviced?

Lifespan depends on usage and quality; electrolytic capacitors may degrade over years while film capacitors and air-core inductors last longer — most components are serviceable and replaceable on printed circuit boards or in passive networks