ÜBERBLICK

Das MD 421 II gehört zu den bekanntesten Mikrofonen der Welt. Durch seine klanglichen Qualitäten ist es in den vielfältigsten Aufnahmesituation und in allen Bereichen der Tonübertragungstechnik einsetzbar. Der 5stufige Bassschalter unterstreicht seine Allround-Qualitäten. Farbe: schwarz, Einsprachekorb: Edelstahl, schwarz.

• Sehr robust
• 5-stufiger Bassschalter
• Gute Rückkopplungsdämpfung
• Transparente Klangwiedergabe
• Einfachste Handhabung durch ausgeprägte Richtcharakteristik

LIEFERUMFANG

• 1 MD 421 II
• 1 Stativhalterung für 3/8"-Gewinde

ZUBEHÖR

• Etui 340x125x60mm, schwarz
• MD 421 CLAMP, BLACK MZA 421, MIKROFONKLEMME, SCHWARZ

FAQ

Does the MD 421-II require 48V Phantom Power?

The MD 421-II is a dynamic microphone and does not require 48V Phantom Power to operate.

Will the presence of 48V Phantom Power affect the MD 421-II?

The MD 421-II does not require 48V Phantom Power to operate however the presence of 48V Phantom Power should not adversely affect the operation of the MD 421-II.

What is the maximum Sound Pressure Level (SPL) for the MD 421-II?

It is a common saying that dynamic microphones just have no maximum SPL.

This saying is not technically exactly correct but for every day use of dynamic microphones you will not find gain limitations. At SPL levels above 160 dB some mechanical problems might occur (for example the voice coil might crash onto the magnet) but these SPL levels are very hard to find in real world.

Here at Sennheiser we use dynamic microphones for distortion measurements on loudspeakers at very high sound pressure levels. At Sennheiser we have measured the SPL and THD inside a large 2" driver/horn combination with a MD 421. The max SPL this combination was able to produce was 150 dB and the THD level recorded by a MD 421 was below 1% (produced by the driver not by the mic)

So as a conclusion we can state the MD 421-II has no maximum SPL limitations for practical use. However if using dynamic microphones at high SPL levels a user should be aware that the very high voltage (up to several volts) delivered by the microphone might cause problems when connected to mic preamps.