Does U47 FET need phantom power?
Does U47 FET need phantom power?
Neumann describe the U47 FET as a fixed–pattern cardioid microphone, although it actually has a distinctly hypercardioid response for all frequencies above about 500Hz. The microphone requires standard 48V phantom power, but has an extremely low current requirement of just 0.5mA.
What are the sonic characteristics of the Neumann U47 FET I?
- Microphone Type: Condenser.
- Polar Pattern: Cardioid.
- Frequency Response: 40Hz-16kHz.
- Max SPL: 137 dB (147 dB with Pre-attenuation)
- Output Impedance: 150 ohms.
- Signal to Noise Ratio: 76dB (A weighted)
- Low Cut Filter: 140Hz.
- Pads: -6 dB.
What impact did the Neumann U47 have on recording studios?
Telefunken Company, the U47 quickly became the microphone to use in nearly every recording and broadcast application. Perhaps the most surprising aspect of this mic is the simplicity of its design. It is amazing how good it sounds with such a straightforward and uncluttered design.
Who used Neumann U47?
Its desirability is based primarily on the synergy of its three sound-shaping components: capsule, tube, transformer. The U47 was especially popular in US studios. Frank Sinatra owned his own U 47; Ella Fitzgerald, Louis Armstrong, Bing Crosby, Tony Bennett and the Beatles also used it.
What is a FET microphone?
FETs (field-effect transistors) are active electrical devices that use an electric field from a microphone capsule to control a flow of current that is ultimately the mic signal. FETs take the high-impedance signal from mic capsules and output a usable and proportional low-impedance signal.
What type of microphone is the Neumann u47 FET I?
Built according to the original production documents and schematics of the classic design, the Neumann U 47 fet i Large-Diaphragm Cardioid Condenser Microphone is a precise reproduction of this often-copied microphone that helped define the smooth sound of the ’70s.
What is a U47 good for?
In addition to vocals, the U47 is a long-time favorite for classical recordings, where its robust low-frequent handling, airy high end, and switchable cardioid/omnidirectional pattern make it ideal for Decca tree stereo mic arrangements.
What is the most expensive microphone?
Brauner VM1S ($10,799.00) The Brauner VM1S is the most expensive single microphone on the market today. It is a dual-large-diaphragm multi-pattern stereo tube condenser microphone. The VM1S is designed to be the stereo version of Brauner’s high-end VM1 microphone.
Is Telefunken Neumann?
At the time Neumann had a worldwide distribution deal with TELEFUNKEN GmbH, as TELEFUNKEN had already established a powerful global distribution network. All microphones sold for broadcast or for export were badged with the TELEFUNKEN diamond logo, while domestic products were badged with the Neumann logo.
At what angle is the microphone most sensitive to sound?
0° is the front of the microphone and the angle where the microphone has its maximum sensitivity.
How does a Neumann U47 fet-80 microphone work?
In most FET–80 microphones the FET impedance converter feeds the output transformer directly, but in the U47 FET (and U89), the FET buffer is followed by a further five bipolar–junction transistors, which essentially form a discrete op–amp to drive the output transformer.
When did the Neumann U 47 fet come out?
Introduced in 1972 as a successor to the legendary U 47 tube microphone, the U 47 fet became a Neumann classic in its own right. Its smooth yet defined character shaped the sound of the 70s.
What kind of transistor was used in the Neumann U47?
With the rapid advances being made in the late 1960s in the quality and capability of silicon transistors, Neumann decided to re–engineer the U47 as a solid–state, single-pattern microphone, using the recently perfected field–effect transistor (FET) to provide the high–impedance interface with the capsule.
Is the Neumann lozenge the same as the FET 47?
The body is the exact same size, shape and weight, with the same purple Neumann lozenge and the same three–layer (coarse, medium, fine) mesh grille. However, in comparison to early FET 47s, one immediately obvious indication is that the milled polar–pattern symbol just below the grille is inverted.