Dynamic Microphones: Difference between revisions

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| Shure || KSM8 || 2.66 || -51.5 || Cardioid

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== Glossary of Terms ==

'''Sensitivity (mV/Pa or dBV/Pa):'''

Indicates how much voltage a microphone generates for a given sound pressure level (typically 94 dB SPL).

* '''mV/Pa''' – Millivolts per Pascal; a linear measurement used in international specifications.

* '''dBV/Pa''' – Decibels relative to 1 Volt per Pascal; a logarithmic measurement common in American documentation.

Higher sensitivity usually means louder signal output, but it doesn't necessarily translate to better sound or feedback rejection.

'''Polar Pattern:'''

The directional sensitivity of a microphone — how it picks up sound from different angles.

* '''Cardioid''' – Primarily sensitive to sound from the front, with some rejection from the sides and rear.

* '''Supercardioid''' – Tighter front pickup with enhanced rear rejection, ideal for louder stages.

* '''Hypercardioid''' – Even more directional, with strong side rejection and narrower front pickup.

These patterns affect feedback control, mic placement, and how ambient noise is captured.

== Notes ==

* Microphones with very low sensitivity (e.g., Audix OM7) require additional preamp gain and may not perform optimally with entry-level PA systems.

* Condenser microphones (like the Neumann KMS 105) require phantom power. If phantom power is unavailable, they will not function.

* Mics with very high sensitivity (above ~3.0 mV/Pa) may be prone to feedback if system gain isn't carefully managed.

* Selecting microphones with sensitivity near 1.85 mV/Pa (e.g., Shure SM58) helps ensure consistent performance across varied setups and avoids surprises for sound operators.

@@ Line 59: / Line 59: @@
 | Shure || KSM8 || 2.66 || -51.5 || Cardioid
 |}
+== Glossary of Terms ==
+'''Sensitivity (mV/Pa or dBV/Pa):'''
+Indicates how much voltage a microphone generates for a given sound pressure level (typically 94 dB SPL).
+* '''mV/Pa''' – Millivolts per Pascal; a linear measurement used in international specifications.
+* '''dBV/Pa''' – Decibels relative to 1 Volt per Pascal; a logarithmic measurement common in American documentation.
+Higher sensitivity usually means louder signal output, but it doesn't necessarily translate to better sound or feedback rejection.
+'''Polar Pattern:'''
+The directional sensitivity of a microphone — how it picks up sound from different angles.
+* '''Cardioid''' – Primarily sensitive to sound from the front, with some rejection from the sides and rear.
+* '''Supercardioid''' – Tighter front pickup with enhanced rear rejection, ideal for louder stages.
+* '''Hypercardioid''' – Even more directional, with strong side rejection and narrower front pickup.
+These patterns affect feedback control, mic placement, and how ambient noise is captured.
+== Notes ==
+* Microphones with very low sensitivity (e.g., Audix OM7) require additional preamp gain and may not perform optimally with entry-level PA systems.
+* Condenser microphones (like the Neumann KMS 105) require phantom power. If phantom power is unavailable, they will not function.
+* Mics with very high sensitivity (above ~3.0 mV/Pa) may be prone to feedback if system gain isn't carefully managed.
+* Selecting microphones with sensitivity near 1.85 mV/Pa (e.g., Shure SM58) helps ensure consistent performance across varied setups and avoids surprises for sound operators.