Aux Send is an in-studio performance web show and podcast dedicated to showcasing unique, diverse, and talented independent musicians.
Aux Send serves as a platform for independent musicians, providing them with an opportunity to perform and share their artistry in a professional studio environment. The show emphasizes the importance of diversity in music, highlighting a wide array of genres and styles that reflect the rich tapestry of independent artistry.
The format typically includes live performances by selected artists, interviews that delve into their creative processes, and discussions about their musical journeys. This approach not only entertains but also educates the audience about the challenges and triumphs faced by independent musicians in the contemporary music landscape.
The production involves high-quality audio and visual equipment to ensure that the performances are captured in the best possible clarity. This includes the use of multi-channel audio interfaces, professional-grade microphones, and a robust mixing console to manage the live sound. Additionally, video cameras are strategically placed to provide a comprehensive view of the performances, enhancing the viewer's experience.
Aux Send aims to foster a community around independent music by encouraging audience interaction through social media platforms and live chat during broadcasts. This engagement is crucial for building a loyal following and providing feedback to the artists featured on the show. The initiative not only supports musicians but also enriches the cultural fabric by introducing audiences to new sounds and perspectives in music.get in the loop, aux send is an in-studio performance web show and podcast dedicated to featuring unique, diverse, and brilliant independent musicians. 🔗 External reference
The circuit is a battery charging system powered by Q2, Q6, R8, and D10, which provides constant current to charge the battery. When an external power supply is present, the charging current flows through R8 and D10 to charge...
The circuit operates by monitoring the water level in a tank. When the water level falls below a specified point (F), the RS flip-flop (F2) is activated, producing a high Q output that energizes a relay to start the...
During nighttime, when no light falls on LDR1, it offers a high resistance at the base junction of transistor T1. Consequently, the bias is significantly reduced, and T1 does not conduct. This effectively removes the common terminal of IC1...
The circuit can be constructed using a pair of twin-T oscillators, with the Q factor adjusted to the threshold of oscillation, allowing them to resonate like a bell when activated by a voltage pulse. Each twin-T oscillator is designated...
Initially, the neon and xenon lamps do not conduct and behave like very high (almost infinite) resistance. Capacitors C1 and C4, in conjunction with diodes D1 and D2, form a voltage doubler circuit, allowing C2 to charge up to...
The circuit operates effectively even when the polarity of the voltage or the power supply is reversed. It functions with DC drives similar to AC drives, utilizing a current limiting resistor R. The value of this resistor is determined...
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