Telefunken Elektroakustik M60 Deluxe FET Condenser Microphone Tri-Mono Set

Product Description

The Telefunken Elektroakustik M60 Deluxe FET Condenser Microphone Tri-Mono Set three (3) matched M60 FET microphones with TK61 omni capsules and 40mm diffuse field spheres. The M60 Deluxe TRI-MONO Set also includes three matched TK60 Cardioid capsules.

The three-microphone Decca tree configuration that was made famous with classical music recordings in the 1950s featured three M50 omni microphones positioned in a reverse “T” shape, most often located over the conductor’s head. The most common Decca Tree setup employs 3x 1-meter bars from which the microphones hang in a triangle configuration; though larger and smaller bar sets can be used. Tri-Mono sets are capable of matched stereo and Decca-tree recording configurations. In combination with additional matched pairs, the configuration is ideal for multi-channel immersive audio capture.

The M60 is a re-interpretation of the classic FET mic amplifier featuring carefully selected and tested components that are hand-plugged into gold-plated circuit board. The output is matched with a custom American-made transformer that offers an especially low self-noise and a typical THD+N of 0.015% or better, making it ideal for critical recording applications. The M60 utilizes a unique proprietary circuit topology, produces an exceptional transient response and SPL handling capabilities. This ultra clean true Class A discrete amplifier with a frequency response of ±2 dB from 20 Hz to 50 kHz is ideal for classical or orchestral recording, in both small and large performance areas.

The capsule assembly of the historic M50 featured a 40mm acrylic sphere which was actually a “diffuse field sphere” built into the M50’s capsule assembly. Telefunken Elektroakustik has created removable diffuse field spheres as an accessory for the small diaphragm M60 FET and ELA M 260 tube microphones.

The addition of a diffuse field sphere is the most organic way to combat both effects; reducing the loss of high frequencies as well as minimizing the reverberant information. The sphere is an accessory that attaches to the capsule end of the microphone, which effectively makes the microphone’s diaphragm part of the sphere as the sphere changes the shape of the transduction capsule. The result is a gradual and smooth rise in upper midrange and high frequency information captured by the microphone.