Sparked Innovations SMD HLC-2 High Level Converter - Steve Meade Designs Amplifier

The SMD HLC-2 High Level Converter is a remarkable solution for seamlessly connecting your factory audio system to aftermarket audio amplifiers. Designed to bridge the gap between these two systems, it provides enhanced sound quality and performance that will truly elevate your audio experience.One of the standout features of the HLC-2 is its ability to accept up to a 40V RMS BTL audio signal, making it suitable for a wide range of situations. Whether you have a powerful car audio system or need to amplify the sound in your motorcycle, side by side, golf cart, or scooter, the HLC-2 is both compact and efficient enough to meet your needs. With a size just a little bigger than a deck of playing cards, it can be easily mounted using the built-in zip tie slots. It also consumes minimal power at 1.02 watts, ensuring optimal energy efficiency.The HLC-2 boasts a big input and clean output, capable of producing up to a 10V RMS single-ended output signal. With a low output impedance of 100 ohms and a THD+N level of less than 0.003%, you can expect crystal-clear audio without any distortion or noise.Moreover, the HLC-2 offers additional versatility. It can be used as a line driver or phase inverter, making it a truly multifunctional device. Its strong driving ability allows it to output up to 10V RMS even when driving multiple amplifiers. By soldering some female RCA ends to the high-level input wires, you can transform the HLC-2 into a powerful line driver that enhances signal strength. It can also act as a phase inverter, allowing you to "strap" identical half bridge amplifiers and put them in series for an immersive audio experience.When you purchase the SMD HLC-2, you will receive the converter itself along with an owner's manual. It is designed with precision and durability in mind, featuring a military-grade high-speed power supply, audiophile-grade operational amplifiers, and a high-frequency filtering system to remove any unwanted noise.Additionally, we have compared