A sound card - E
... suitable for anyone wanting to learn more about working with sound, in either amateur or professional situations. The tutorial is five pages and takes about 20 minutes to complete. What is "Audio"? Audio means "of sound" or "of the reproduction of sound". Specifically, it refers to the range of freq ...
... suitable for anyone wanting to learn more about working with sound, in either amateur or professional situations. The tutorial is five pages and takes about 20 minutes to complete. What is "Audio"? Audio means "of sound" or "of the reproduction of sound". Specifically, it refers to the range of freq ...
Manual
... contain the fixed resistors for the preset response. All the switches should be OFF. The switches are arranged in a binary sequence such that selecting switch number (X+1) gives twice the decibel gain step that switch (X) gives. The switches affect only the level of signals fed to the corresponding ...
... contain the fixed resistors for the preset response. All the switches should be OFF. The switches are arranged in a binary sequence such that selecting switch number (X+1) gives twice the decibel gain step that switch (X) gives. The switches affect only the level of signals fed to the corresponding ...
IC Technology and Device Models
... output to power input, improves (gets higher) going from class A to class D. In general terms we see that a class A amplifier, with dc bias at one-half the supply voltage level, uses a good amount of power to maintain bias, even with no input signal applied. This results in very poor efficiency, esp ...
... output to power input, improves (gets higher) going from class A to class D. In general terms we see that a class A amplifier, with dc bias at one-half the supply voltage level, uses a good amount of power to maintain bias, even with no input signal applied. This results in very poor efficiency, esp ...
unit-4: small signal analysis of amplifiers
... Soln; Need for cascading amplifiers Block diagram of the amplifier Explanation of two stages. 8. Draw the generalized h-parameter model of a transistor based amplifier and derive the expression for Current gain, Input Impedance, Voltage Gain & Output admittance. (8 Marks)(Dec 2014) ...
... Soln; Need for cascading amplifiers Block diagram of the amplifier Explanation of two stages. 8. Draw the generalized h-parameter model of a transistor based amplifier and derive the expression for Current gain, Input Impedance, Voltage Gain & Output admittance. (8 Marks)(Dec 2014) ...
the PDF Handout 1
... allow resonance during the follow-through when bow is in the air (bunting, designed not to send the ball far, involves no followthrough as opposed to a full swing of the bat with follow-through which sends the ball into the stands) H. Begin each stroke at the frog as the default setting I. Experimen ...
... allow resonance during the follow-through when bow is in the air (bunting, designed not to send the ball far, involves no followthrough as opposed to a full swing of the bat with follow-through which sends the ball into the stands) H. Begin each stroke at the frog as the default setting I. Experimen ...
MAXX-LINK MLX-100
... voltage measurements at fuse holders, distribution blocks, the head unit’s +12 volt and remote leads to localize the problem. Noise problems System noise can be divided into two categories, hiss, and electrical interference. Hiss, or white noise 1 - High levels of white noise usually occur when leve ...
... voltage measurements at fuse holders, distribution blocks, the head unit’s +12 volt and remote leads to localize the problem. Noise problems System noise can be divided into two categories, hiss, and electrical interference. Hiss, or white noise 1 - High levels of white noise usually occur when leve ...
KnoteBox - University of Colorado Boulder
... • A music-based video game using real instruments would be enjoyable and instructional ...
... • A music-based video game using real instruments would be enjoyable and instructional ...
Audio Interconnect Cables
... its capacitance C, is equal to f=1/2πroutC. And, influenced by its inductance L, is equal to f=Rin/2πL. Supposing a typical cable capacitance value of C=100pF and rout =100 Ohm, then f, the bandwidth passed by the cable, is about 15 MHz. Therefore, any typical cable, according to this model, should ...
... its capacitance C, is equal to f=1/2πroutC. And, influenced by its inductance L, is equal to f=Rin/2πL. Supposing a typical cable capacitance value of C=100pF and rout =100 Ohm, then f, the bandwidth passed by the cable, is about 15 MHz. Therefore, any typical cable, according to this model, should ...
Good Dynamics Processing RaneNote 141
... as fast – 12 dB per octave at the cost of more circuitry. Another advantage to using two-pole filtering (both attack and release) is the shaping of the transitions (the “knees”) tends to be much smoother and less abrupt. The attack and release can be adjusted to be faster while still allowing the co ...
... as fast – 12 dB per octave at the cost of more circuitry. Another advantage to using two-pole filtering (both attack and release) is the shaping of the transitions (the “knees”) tends to be much smoother and less abrupt. The attack and release can be adjusted to be faster while still allowing the co ...
FireBall V - Soundpure.com
... your microphone in the pouch provided when not in use. Moisture of any kind can adversely effect the sound and performance of your microphone. ...
... your microphone in the pouch provided when not in use. Moisture of any kind can adversely effect the sound and performance of your microphone. ...
SMC24Analog System Controller Key Features: Specifications:
... SMC24 achieves a very low noise floor, smooth amplitude response, and maximum safe dynamic range. Use of lownoise components in the active signal path guarantees quiet performance for any application. 24dB per octave Linkwitz-Riley type crossover filters with phase compensation, equalization and lim ...
... SMC24 achieves a very low noise floor, smooth amplitude response, and maximum safe dynamic range. Use of lownoise components in the active signal path guarantees quiet performance for any application. 24dB per octave Linkwitz-Riley type crossover filters with phase compensation, equalization and lim ...
Perception of mid frequency and high frequency
... A set of three house keys on a plastic key ring were shaken in front of a B&K 4133 microphone, and the output was recorded at 96kHz. The resulting signal has an enormous crest factor: 28dB. – This means it is ~16dB quieter than non-compressed music with the same peak signal voltage. ...
... A set of three house keys on a plastic key ring were shaken in front of a B&K 4133 microphone, and the output was recorded at 96kHz. The resulting signal has an enormous crest factor: 28dB. – This means it is ~16dB quieter than non-compressed music with the same peak signal voltage. ...
Radial Direct Box Selector Chart – J
... So many direct boxes… so little time! Inevitably, the big question we get all the time is which direct box do I use for what? This is essentially the same question as asking which microphone is best for a given application. The answer is simple: it depends. So many factors come into play when select ...
... So many direct boxes… so little time! Inevitably, the big question we get all the time is which direct box do I use for what? This is essentially the same question as asking which microphone is best for a given application. The answer is simple: it depends. So many factors come into play when select ...
Perception of mid frequency and high frequency intermodulation
... A set of three house keys on a plastic key ring were shaken in front of a B&K 4133 microphone, and the output was recorded at 96kHz. The resulting signal has an enormous crest factor: 28dB. – This means it is ~16dB quieter than non-compressed music with the same peak signal voltage. ...
... A set of three house keys on a plastic key ring were shaken in front of a B&K 4133 microphone, and the output was recorded at 96kHz. The resulting signal has an enormous crest factor: 28dB. – This means it is ~16dB quieter than non-compressed music with the same peak signal voltage. ...
E-530 - Accuphase
... The two sections can each be used in standalone mode. The E-530 is on a par with topnotch separate type amplifiers, both in terms of performance and sound quality. To prevent any possibility of interference, the preamplifier is driven by its own dedicated power supply. Features such as tone controls ...
... The two sections can each be used in standalone mode. The E-530 is on a par with topnotch separate type amplifiers, both in terms of performance and sound quality. To prevent any possibility of interference, the preamplifier is driven by its own dedicated power supply. Features such as tone controls ...
Tech Tips #1 Speaker wiring
... Adding Speakers increases the overall resistance of the circuit Parallel Speaker Wiring combines all Speakers (+) positive Speaker leads together, and all (-) negative Speaker leads together. Parallel Circuits are the simplest to wire because adding a Speaker is as easy as connecting the new Speaker ...
... Adding Speakers increases the overall resistance of the circuit Parallel Speaker Wiring combines all Speakers (+) positive Speaker leads together, and all (-) negative Speaker leads together. Parallel Circuits are the simplest to wire because adding a Speaker is as easy as connecting the new Speaker ...
Biomedical Instrumentation Electrodes
... Figure 6.18 This ECG amplifier has a gain of 25 in the dc-coupled stages. The high-pass filter feeds a noninverting-amplifier stage that has a gain of 32. The total gain is 25 X 32 = 800. When mA 776 op amps were used, the circuit was found to have a CMRR of 86 dB at 100 Hz and a noise level of 40 ...
... Figure 6.18 This ECG amplifier has a gain of 25 in the dc-coupled stages. The high-pass filter feeds a noninverting-amplifier stage that has a gain of 32. The total gain is 25 X 32 = 800. When mA 776 op amps were used, the circuit was found to have a CMRR of 86 dB at 100 Hz and a noise level of 40 ...
English / 1.8M
... ● Vintage Jet Riser VJR9 is a contemporary version of 70s legendary JETLYZER JL-70. ● Employs newly-developed Jet sound generator. Internally generated jet signals are processed in VCA (voltage-controlled amplifier) and VCF (voltage-controlled filter), and then mixed with inputted guitar sound sourc ...
... ● Vintage Jet Riser VJR9 is a contemporary version of 70s legendary JETLYZER JL-70. ● Employs newly-developed Jet sound generator. Internally generated jet signals are processed in VCA (voltage-controlled amplifier) and VCF (voltage-controlled filter), and then mixed with inputted guitar sound sourc ...
Sound reinforcement system
A sound reinforcement system is the combination of microphones, signal processors, amplifiers, and loudspeakers that makes live or pre-recorded sounds louder and may also distribute those sounds to a larger or more distant audience. In some situations, a sound reinforcement system is also used to enhance the sound of the sources on the stage, as opposed to simply amplifying the sources unaltered.A sound reinforcement system may be very complex, including hundreds of microphones, complex audio mixing and signal processing systems, tens of thousands of watts of amplifier power, and multiple loudspeaker arrays, all overseen by a team of audio engineers and technicians. On the other hand, a sound reinforcement system can be as simple as a small public address (PA) system, consisting of a single microphone connected to an amplified loudspeaker for a singer-guitarist playing in a coffeehouse. In both cases, these systems reinforce sound to make it louder or distribute it to a wider audience.Some audio engineers and others in the professional audio industry disagree over whether these audio systems should be called sound reinforcement (SR) systems or PA systems. Distinguishing between the two terms by technology and capability is common, while others distinguish by intended use (e.g., SR systems are for live event support and PA systems are for reproduction of speech and recorded music in buildings and institutions). In some regions or markets, the distinction between the two terms is important, though the terms are considered interchangeable in many professional circles.