Audio equipment are not just electronic products, they are also another manifestation of art.
Many people regard audio as a device for playing sound or music. It is actually a way of presenting art. Audio art integrates the creation, presentation and experience of sound to express the creativity and emotions of the creator. Creators focus not only on musical elements, but also on various characteristics of sound, such as frequency, volume, rhythm and timbre. They may use different sound sources, including musical instruments, human voices, natural sounds, etc., to create A unique sound or musical composition. Exploring sensory experience and emotional resonance through sound, the creator's works may trigger the listener's emotions, thinking and perception, and lead them into a unique sensory world.
The impact of electronic components on sound
Audio circuit design requires in-depth knowledge of electronic circuit design principles, audio signal processing, component selection and performance evaluation. It is the key to achieving high-quality sound and is crucial to the performance and sound quality of audio equipment. Long-term accumulated experience tells us that components of the same specifications and different brands will produce different sounds. Therefore, we have established a database to record the sound quality of parts from various brands. This allows us to accurately use the components in the correct position on the circuit and obtain the best sound performance.
The impact of circuit board design on sound
Circuit board design seems simple but is actually a complex engineering field. Board layout is the process of converting a design into an actual printed circuit board layout. Most of today's audio eauipment are designed with high-speed and low-speed circuit hybrid boards, so they have different requirements and considerations. This involves placing components on
the PCB and connecting them, Also consider factors such as signal integrity, EMI / RFI ( ElectroMagnetic Interference / Radio Frequency Interference), signal routing, component selection, and heat dissipation. So in most cases we choose 4-layer circuit boards to design our circuits, and connect the components on the circuit board in the shortest path, neatly, avoid cross interference, and comply with the design specifications, and cooperate with the database we established to complete the optimal design.
Our expertise and technology
Audio circuit design is a special engineering field, and we focus on this field to achieve high-quality sound output. Today's audio design relies more and more on digital audio processing technologies, such as digital signal processors (DSP) and digital audio converters (DAC). We must handle these digital signals very carefully because they are one of the key factors affecting sound. The designed electronic circuit must undergo multiple rigorous tests and calibrations. To ensure they meet expected performance requirements, including frequency response, distortion, signal-to-noise ratio, etc. It is then handed over to specialized listening personnel to record the various performances of the sound. listening personnel then discuss with engineers to fine-tune the sound, Ensure that our products are in the best condition before leaving the factory and provide the best products to our users.