Instructions
Page 2
... internal damping isolates handling noise. The gentle presence boost ensures vocal clarity and projection. The cardioid pick-up pattern provides excellent feedback rejection, enabling the microphone to , or further from the microphone. e 835 fx | 1 The minimal proximity effect provides for consistently clear bass-end performance when singing closer to handle higher sound pressure levels...
... internal damping isolates handling noise. The gentle presence boost ensures vocal clarity and projection. The cardioid pick-up pattern provides excellent feedback rejection, enabling the microphone to , or further from the microphone. e 835 fx | 1 The minimal proximity effect provides for consistently clear bass-end performance when singing closer to handle higher sound pressure levels...
Instructions
Page 3
and off-axis response • Cardioid pick-up pattern provides isolation from other on - Features • Rugged metal body • Excellent feedback rejection • Shock-mounted capsule provides excellent suppression of handling noise • Uniform on -stage signals • Humbucking coil Delivery includes 1 835 fx microphone 1 MZQ 800 microphone clamp 1 pouch 1 instruction manual 2 | e 835 fx
and off-axis response • Cardioid pick-up pattern provides isolation from other on - Features • Rugged metal body • Excellent feedback rejection • Shock-mounted capsule provides excellent suppression of handling noise • Uniform on -stage signals • Humbucking coil Delivery includes 1 835 fx microphone 1 MZQ 800 microphone clamp 1 pouch 1 instruction manual 2 | e 835 fx
Instructions
Page 5
For more information, refer to remote control your TC-Helicon product. 4 | e 835 fx Using the microphone The Mic Control button of the 835 fx allows you to the instruction manual of your TC-Helicon device.
For more information, refer to remote control your TC-Helicon product. 4 | e 835 fx Using the microphone The Mic Control button of the 835 fx allows you to the instruction manual of your TC-Helicon device.
Instructions
Page 6
...to prevent feedback, position monitor loud-speakers so that e 835 fx | 5 In order to prevent interference due to crosstalk between adjacent sound sources, try to position the microphone so that they are located in front of the microphone. Positioning the microphone Position Resulting sound High proximity effect (much bass/fundamental) .../fundamental) More room ambience, indirect sound Much crosstalk from other sound sources If sibilance or "popping" occurs, position the microphone not directly in the angle area of the highest cancellation of the mouth but slightly to the side.
...to prevent feedback, position monitor loud-speakers so that e 835 fx | 5 In order to prevent interference due to crosstalk between adjacent sound sources, try to position the microphone so that they are located in front of the microphone. Positioning the microphone Position Resulting sound High proximity effect (much bass/fundamental) .../fundamental) More room ambience, indirect sound Much crosstalk from other sound sources If sibilance or "popping" occurs, position the microphone not directly in the angle area of the highest cancellation of the mouth but slightly to the side.
Instructions
Page 7
the interfering sound source is located in the angle area of the highest cancellation of the microphone (approx. 180°; see polar diagram). Polar diagram 0° 30° 0 5 10 60° 15 20 25 90° dB 30° 60° 90° 120° 150° 125 Hz 250 Hz 500 Hz 1000 Hz 120° 150° 180° 2000 Hz 4000 Hz 8000 Hz 16000 Hz 6 | e 835 fx
the interfering sound source is located in the angle area of the highest cancellation of the microphone (approx. 180°; see polar diagram). Polar diagram 0° 30° 0 5 10 60° 15 20 25 90° dB 30° 60° 90° 120° 150° 125 Hz 250 Hz 500 Hz 1000 Hz 120° 150° 180° 2000 Hz 4000 Hz 8000 Hz 16000 Hz 6 | e 835 fx
