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First, a dedicated built-in amplifier provides specific protection for the speaker unit, allowing the speaker unit to maximize its effectiveness, achieve higher sound pressure and sharper sound quality, and extend the life of the unit. In the traditional way, the limiter of the power amplifier only protects itself. The limiter points of the speaker and the power amplifier are inconsistent, and it is difficult to achieve the best of both worlds. Therefore, the sound pressure level is not up to the nominal, or the power signal is too large to cause distortion. . In order to ensure the availability of the system, in the traditional way, only the power headroom of the power amplifier or the speaker has to be increased, which not only fails to perfect the system performance, but also causes economic waste.
Secondly, since the built-in amplifier and electronic crossover are designed for the corresponding speakers, whether it is the crossover point or its damping coefficient. Both the follow rate and the impedance matching can be perfected to ensure the perfect performance of the entire system. In the traditional way, the design and manufacture of the amplifier and the speaker are separated, and the matching between them is difficult to meet the requirements, which greatly affects the final performance of the system.
Third, this active design considers the electronic system as a whole with the speaker, so the frequency and phase response of the system can be better controlled, and the distortion of the system is thus significantly reduced. This design not only maximizes the system's superior performance, but also greatly reduces the amount of adjustment required for field installations. This advantage will be more prominent in large-scale performances.
Fourth, the integrated design of the active speakers makes it easy to build the entire system. In the traditional way, the complicated wiring is replaced by a power cord and a signal line, which minimizes the possibility of errors in the intensive field operation, thus significantly improving the safety of the system.
Preferred speaker unit The speaker unit used in Meyer Sound products has been rigorously tested and selected from other manufacturers' finished units (such as the famous JBL).
As Mr. JohN Meyer believes, although some of the performance of these units is superior, it does not meet the design requirements at all. Therefore, just use the magnetic cylinders and skeletons of these units, and other key components, such as paper cones (coated with the secret coating developed by NASA), voice coils (immersed in special magnetic fluid), etc., all designed by themselves. produce. After that, a rigorous aging test is performed on each unit to select the final qualified product.
Therefore, the unit produced by Meyer Sound is a new product that incorporates the unique research results of JohN Meyer into traditional technology. It is different from any other products and is truly one of the best. High quality speakers with exceptional performance.
Accurate directivity Meyer Sound's speakers have one thing in common, that is, their precise directivity, which is difficult for other brands of speakers.
Due to the special design of the high-pitched horn and driver of Meyer Sound products, the directional control of the directivity is very accurate. In the nominal angular range of the fingertips, a flat high-frequency response is ensured, and once this range is exceeded, the high-frequency response drops rapidly by 6-12 dB. The box of the Meyer Sound speaker is also specially designed according to this feature.
The biggest advantage of accurate directivity is that the sound field expected effect of the system design can be very close to the final actual effect, so that the frequency response of the whole sound field and the uniformity of the sound pressure have a basis in the design, so as to ensure the final effect. If the index of the finger is not accurate, the designed system will cause serious interference between the speaker and the speaker, resulting in a so-called comb filtering effect, which will destroy the frequency and phase response of the system, thus forming the entire sound field. The voice is murky.
Low distortion In addition to the above techniques, Meyer Sound also performs phase calibration on the high and low sound units of each speaker, which ensures that its products can maintain a very small degree of fidelity when the maximum sound pressure level is reached. This gives Meyer Sound's speakers a very clear, loud sound.
Intelligent Power System The situation of various performances varies widely, and the power quality is not the same. A bad power supply will bring hum and even damage the equipment.
The intelligent AC power system used in Meyer Sound active speakers uses a variety of advanced designs such as automatic voltage selection, EMI filtering, soft current switching, voltage regulation, and dual current circuit breakers to solve the above problems. It maximizes the system's normal use in all situations and eliminates your concerns about power issues.
Active Design Meyer Sound's active design is also a feature of Meyer Sound's latest technology. This unique active design is only possible with Meyer Sound.
First, a dedicated built-in amplifier provides specific protection for the speaker unit, allowing the speaker unit to maximize its effectiveness, achieve higher sound pressure and sharper sound quality, and extend the life of the unit. In the traditional way, the limiter of the power amplifier only protects itself. The limiter points of the speaker and the power amplifier are inconsistent, and it is difficult to achieve the best of both worlds. Therefore, the sound pressure level is not up to the nominal, or the power signal is too large to cause distortion. . In order to ensure the availability of the system, in the traditional way, only the power headroom of the power amplifier or the speaker has to be increased, which not only fails to perfect the system performance, but also causes economic waste.
Secondly, since the built-in amplifier and electronic crossover are designed for the corresponding speakers, whether it is the crossover point or its damping coefficient. Both the follow rate and the impedance matching can be perfected to ensure the perfect performance of the entire system. In the traditional way, the design and manufacture of the amplifier and the speaker are separated, and the matching between them is difficult to meet the requirements, which greatly affects the final performance of the system.
Third, this active design considers the electronic system as a whole with the speaker, so the frequency and phase response of the system can be better controlled, and the distortion of the system is thus significantly reduced. This design not only maximizes the system's superior performance, but also greatly reduces the amount of adjustment required for field installations. This advantage will be more prominent in large-scale performances.
Fourth, the integrated design of the active speakers makes it easy to build the entire system. In the traditional way, the complicated wiring is replaced by a power cord and a signal line, which minimizes the possibility of errors in the intensive field operation, thus significantly improving the safety of the system.
Preferred speaker unit The speaker unit used in Meyer Sound products has been rigorously tested and selected from other manufacturers' finished units (such as the famous JBL).
As Mr. JohN Meyer believes, although some of the performance of these units is superior, it does not meet the design requirements at all. Therefore, just use the magnetic cylinders and skeletons of these units, and other key components, such as paper cones (coated with the secret coating developed by NASA), voice coils (immersed in special magnetic fluid), etc., all designed by themselves. produce. After that, a rigorous aging test is performed on each unit to select the final qualified product.
Therefore, the unit produced by Meyer Sound is a new product that incorporates the unique research results of JohN Meyer into traditional technology. It is different from any other products and is truly one of the best. High quality speakers with exceptional performance.
Accurate directivity Meyer Sound's speakers have one thing in common, that is, their precise directivity, which is difficult for other brands of speakers.
Due to the special design of the high-pitched horn and driver of Meyer Sound products, the directional control of the directivity is very accurate. In the nominal angular range of the fingertips, a flat high-frequency response is ensured, and once this range is exceeded, the high-frequency response drops rapidly by 6-12 dB. The box of the Meyer Sound speaker is also specially designed according to this feature.
The biggest advantage of accurate directivity is that the sound field expected effect of the system design can be very close to the final actual effect, so that the frequency response of the whole sound field and the uniformity of the sound pressure have a basis in the design, so as to ensure the final effect. If the index of the finger is not accurate, the designed system will cause serious interference between the speaker and the speaker, resulting in a so-called comb filtering effect, which will destroy the frequency and phase response of the system, thus forming the entire sound field. The voice is murky.
Low distortion In addition to the above techniques, Meyer Sound also performs phase calibration on the high and low sound units of each speaker, which ensures that its products can maintain a very small degree of fidelity when the maximum sound pressure level is reached. This gives Meyer Sound's speakers a very clear, loud sound.
Intelligent Power System The situation of various performances varies widely, and the power quality is not the same. A bad power supply will bring hum and even damage the equipment.
The intelligent AC power system used in Meyer Sound active speakers uses a variety of advanced designs such as automatic voltage selection, EMI filtering, soft current switching, voltage regulation, and dual current circuit breakers to solve the above problems. It maximizes the system's normal use in all situations and eliminates your concerns about power issues.
Active Design Meyer Sound's active design is also a feature of Meyer Sound's latest technology. This unique active design is only possible with Meyer Sound.
First, a dedicated built-in amplifier provides specific protection for the speaker unit, allowing the speaker unit to maximize its effectiveness, achieve higher sound pressure and sharper sound quality, and extend the life of the unit. In the traditional way, the limiter of the power amplifier only protects itself. The limiter points of the speaker and the power amplifier are inconsistent, and it is difficult to achieve the best of both worlds. Therefore, the sound pressure level is not up to the nominal, or the power signal is too large to cause distortion. . In order to ensure the availability of the system, in the traditional way, only the power headroom of the power amplifier or the speaker has to be increased, which not only fails to perfect the system performance, but also causes economic waste.
Secondly, since the built-in amplifier and electronic crossover are designed for the corresponding speakers, whether it is the crossover point or its damping coefficient. Both the follow rate and the impedance matching can be perfected to ensure the perfect performance of the entire system. In the traditional way, the design and manufacture of the amplifier and the speaker are separated, and the matching between them is difficult to meet the requirements, which greatly affects the final performance of the system.
Third, this active design considers the electronic system as a whole with the speaker, so the frequency and phase response of the system can be better controlled, and the distortion of the system is thus significantly reduced. This design not only maximizes the system's superior performance, but also greatly reduces the amount of adjustment required for field installations. This advantage will be more prominent in large-scale performances.
Fourth, the integrated design of the active speakers makes it easy to build the entire system. In the traditional way, the complicated wiring is replaced by a power cord and a signal line, which minimizes the possibility of errors in the intensive field operation, thus significantly improving the safety of the system.
Preferred speaker unit The speaker unit used in Meyer Sound products has been rigorously tested and selected from other manufacturers' finished units (such as the famous JBL).
As Mr. JohN Meyer believes, although some of the performance of these units is superior, it does not meet the design requirements at all. Therefore, just use the magnetic cylinders and skeletons of these units, and other key components, such as paper cones (coated with the secret coating developed by NASA), voice coils (immersed in special magnetic fluid), etc., all designed by themselves. produce. After that, a rigorous aging test is performed on each unit to select the final qualified product.
Therefore, the unit produced by Meyer Sound is a new product that incorporates the unique research results of JohN Meyer into traditional technology. It is different from any other products and is truly one of the best. High quality speakers with exceptional performance.
Accurate directivity Meyer Sound's speakers have one thing in common, that is, their precise directivity, which is difficult for other brands of speakers.
Due to the special design of the high-pitched horn and driver of Meyer Sound products, the directional control of the directivity is very accurate. In the nominal angular range of the fingertips, a flat high-frequency response is ensured, and once this range is exceeded, the high-frequency response drops rapidly by 6-12 dB. The box of the Meyer Sound speaker is also specially designed according to this feature.
The biggest advantage of accurate directivity is that the sound field expected effect of the system design can be very close to the final actual effect, so that the frequency response of the whole sound field and the uniformity of the sound pressure have a basis in the design, so as to ensure the final effect. If the index of the finger is not accurate, the designed system will cause serious interference between the speaker and the speaker, resulting in a so-called comb filtering effect, which will destroy the frequency and phase response of the system, thus forming the entire sound field. The voice is murky.
Low distortion In addition to the above techniques, Meyer Sound also performs phase calibration on the high and low sound units of each speaker, which ensures that its products can maintain a very small degree of fidelity when the maximum sound pressure level is reached. This gives Meyer Sound's speakers a very clear, loud sound.
Intelligent Power System The situation of various performances varies widely, and the power quality is not the same. A bad power supply will bring hum and even damage the equipment.
The intelligent AC power system used in Meyer Sound active speakers uses a variety of advanced designs such as automatic voltage selection, EMI filtering, soft current switching, voltage regulation, and dual current circuit breakers to solve the above problems. It maximizes the system's normal use in all situations and eliminates your concerns about power issues.
Meyer Sound Product Features - Active Design
Active Design Meyer Sound's active design is also a feature of Meyer Sound's latest technology. This unique active design is only possible with Meyer Sound.