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Test your basic knowledge |
Microphones Theory
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. The outer covering of a microphone.
Speed of Sound Underwater
Casing
Cardioid
Counterbalance
2. Cable wrapping method that keeps every coil on top of the next; May cause interference and tiny curls or tangles.
Over/Over
AKG D12
Coverage Angle
Magnetic Induction Voltage
3. Method of creating low end effects from a bass drum by creating a tunnel at the mic end thus trapping sound and amplifying low end boost.
Kick Tunnel
Microphone Storage
Neumann KM 184
Percussion Mic Placement
4. Vintage Tube Mics hold voltage after being unplugged; Be sure grounds are connected to power cord and that the charge has left microphone prior to striking.
Lowpass Filter
Vintage Tube Mic Precautions
Fingerboard
Cone
5. Shure's newer ribbon studio mics; KSM 353 & 313 (Roswellite); KSM 44 - 32 - & 27.
Shure KSM Series
Capacitor
Microphone (Word Etymology)
Coincident (Definition)
6. Big + & - (More front with less opposite rear)
Hypercardioid/Supercardioid (Electrical Polar Pattern)
Leslie Cabinet
Pistonphone
3:1 Rule
7. Microphone consisting of two parallel metal plates - each holding an opposing charge (+ or -) and thus creating a capacitor to induce an electrical charge as sound waves move the diaphragm; Require a solid- state or tube preamplifier.
Neumann CMV3
Bandpass
Condenser Microphone
Snare Drum Mic Placement
8. To oppose with equal weight or force as in the length of the boom arm versus the weight of the microphone.
Counterbalance
Neumann U47
Examples of Piezoelectric Material
Vintage Tube Mic Precautions
9. Device used to calibrate sound pressure measurement devices; Emits a single 1 kHz frequency over a sustained period of time.
Rear Sensitivity (Relative to Front)
On -Axis
Pistonphone
Sennheiser MD421
10. An extremely strong acoustic nano- film designed to replace the foil ribbon in ribbon microphones.
AKG DYN60
Backplate
Roswellite
End Address
11. A gradual - continuous decrease in low frequency response.
Roll-Off
Model 3B Carbon Microphone
ORTF
Shotgun
12. Pair of cardioids facing to the front and rear - plus a sideways - facing figure 8; Mid- sides pair plus another rear- facing cardioid which is combined with the same Figure 8 mic for the surrounds.
Protractor & Ruler
Subcardioid
MSM
Decca Tree
13. One of the world's greatest condenser microphones prized for the CK12 capsule.
Dynamic Mic Characteristics
Crystal Mic Damage
AKG C12
Fundamental Frequency
14. Characterized by a vacuum tube transducer; Heat rises so many are hung upside down to prevent heat from reaching the microphone head; Avoid jostling or shaking these fragile mics.
Goals of Sound Effects
Over/Over
Microphone Storage
Tube Condenser Microphone
15. Often look like handheld vocal mics; Talk or sing into the end of the microphone.
Coincident Pair
Real Time Analyzer (RTA)
Coverage Angle
End Address
16. Measurement of the mic's sensitivity; Measured in mV/Pa (millivolts per Pascal).
Increasing Output Voltage in Ribbon Mics
Sensitivity
Soundfield
3:1 Rule
17. Tough & rugged microphone that contains an element consisting of a dome- shaped diaphragm and a moving 'voice coil'; Operates on principles of magnetic induction.
MSM
Crystal and Ceramic Mic Use
OSHA Exposure Table
Dynamic Microphone
18. The tuning machines of a guitar; Part of the tuning key that strings are threaded through and twisted.
Machine Head
Interference Tube...
Near Coincident Pair
Arrays
19. Solid State and Tube.
SASS-P
Goals of Sound Effects
RFI
Types of Pre-Amps for Condenser Mics
20. Term coined by Sir Charles Wheatstone derived from the Greek words 'micro' (small) & 'phon' (sound).
Capacitance
Terry Bozzio
Microphone (Word Etymology)
Hypercardioid
21. 4 coincident mics each positioned at 90
Ribbon Microphone Sensitivity
LRFB
Rudolf Goerike & Ernest Pless
Carbon Microphone Uses
22. Digital device used to Fourier Forms; Used to measure the specific number of sine waves in a specific frequency in a specific setting.
Rear Sensitivity (Relative to Front)
FFT Analyzer
Crystal and Ceramic Mic Use
Neumann U47
23. Big + & + (More front with less positive rear)
Subcardioid (Electrical Polar Pattern)
Frets
Piezoelectric Effect
Dynamic Mic Characteristics
24. Captures sounds arriving 90
Leslie Cabinet
Parabolic Systems
Magnetic Induction Voltage
Magnetic Induction Formula
25. Occupying the same space and time.
AKG C1000S
Sennheiser e604
Magnetic Microphone
Coincident (Definition)
26. Configured to simulate the spacing and directivity of human hearing; Box shape with two 'ears' on each side.
Diaphragm
SASS-P
Pierre Curie
Boom Placement Rule
27. Dynamic; Super-Cardioid; End Address; Humbucking Coil; Brilliance Switch; Manufactured by Sennheiser; Acknowledged as the most accurate and versatile dynamic mic available.
Sennheiser MD441
Highpass Filter
Nuvistor Tube
Diaphragm
28. Early example of switchable polar patterns; Had both a dynamic and a ribbon capsule inside of it which when combined produced other polar patterns.
Altec/Western Electric 639
Trombone Mic Placement
X/Y
Jecklin Disk
29. Founded AKG at the end of WWII in Austria.
AudioTechnica AT4040
Rudolf Goerike & Ernest Pless
E.C. Wente
Bass Amp Mic Placement
30. French broadcasting stereo mic technique; An X-Y type with the mics 17cm apart and at a 110
ORTF
Tuning Keys
DIN
Decca Tree
31. Dynamic; Cardioid; End Address; Manufactured by Sennheiser; Unique mic clip with quick- release button; Large diaphragm dynamic element handles high SPL's - making it great for recording guitars and drums.
Sennheiser MD421
Faraday Cage
Mono
Neumann CMV3
32. Allows all low frequencies to pass; Blocks the higher frequencies from being processed.
Rudolf Goerike & Ernest Pless
Subkick
Lowpass Filter
Ribbon Microphone
33. Another name for condenser microphone.
Types of Pre-Amps for Condenser Mics
Stereo Bar
Capacitor Microphone
Microphone Storage
34. Device or transducer used for converting sound waves or acoustical energy into electrical energy
Crystal & Ceramic Microphones
Microphone (Definition)
Speed of Sound Underwater
AKG D36
35. To capture two perspectives on the same sound.
Fingerboard
Neumann U87
Dual Mono
Pickup
36. Adds two outer right and left rear facing mics to a Decca tree for surround sound depth.
Microphone (Word Etymology)
Neumann U87
Fukada Tree
Percussion Mic Placement
37. Sounds that arrive at the 0
On -Axis
Sensitivity
Kick Tunnel
Ribbon Mic Characteristics
38. Allow sound to reach the rear of the capsule/diaphragm - to create cardioid - supercardioid - and hypercardioid patterns In single capsule pressure gradient microphones.
Shure KSM-353
Mid/Side
Noise
Phase Ports
39. The first dynamic microphone with changeable polar patterns.
Electret Condenser
AKG D36
Examples of Piezoelectric Material
Rode NT1A
40. The graphic representation plot of the sensitivity of a microphone from any direction over a 360
Polar Pattern
Reverse Polarity
Shure SM81
Shockmount
41. Used by government agencies to determine safe sound exposure levels (in dB) over a period of time; 85 - 90 dB = 16 hrs. of safe exposure time at 85 dB; Decreases to 8 hrs. of safe exposure time at 90 dB.
Magnetic Microphone
OSHA Exposure Table
Ribbon Microphone
Blumlein Pairing
42. Commonly found in acoustic guitar pickups; Ceramic piezoelectric material is used in hydrophones (underwater mics) because of durability.
Electro Voice RE20
Crystal and Ceramic Mic Use
On -Axis
Neumann U47
43. Bell Labs scientist that was an innovator of many spaced pair and arrayed miking techniques.
Harvey Fletcher
Pressure Gradient Capsules
Condenser Diaphragm
Fundamental Frequency
44. Condenser; Cardioid; End Address; 48V Required; Manufactured by Neumann; Consists of three compact miniature microphones; Has a gentle rise at about 9 kHz that provides tonal balance that is fresher and livelier.
Model 3B Carbon Microphone
Damping
Neumann KM 184
Electret (Word Etymology)
45. Modeled to mimic a human head for extremely good spatialization; Shaped like a human head.
Motor
Doubling Ribbon Length
Binaural Mic
RFI
46. Sensitive in a slightly narrower pattern in the front than cardioid and has a small lobe at rear; Rejects most signals arriving from 125
A-Weighting
Legs
Headstock
Supercardioid
47. Divisions on the fingerboard which represent the position of a specific note or tone.
Reverse Polarity
Frets
Shiny Box 46MXL
Transducer Type
48. Moving a conductor (a coil of wire) through a magnetic field will cause a voltage to be induced across the conductor.
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183
49. Dynamic; Cardioid; End Address; Manufactured by Sennheiser; Very small and compact; Especially suitable for use with drums and brass instruments; Includes a clip to mount directly on drums.
Backplate
Stereo
Sennheiser e604
Percussion Mic Placement
50. The first microphone sold by Shure; Military awarded Shure a contract to build microphones in WWII.
Motor
Lowpass Filter
Roswellite
Model 3B Carbon Microphone