Description

TM-280

Studio Condenser Microphone

The world of recording has evolved rapidly in the last decade, but one thing hasn’t changed… a great recording starts with a great microphone.

TASCAM's TM-280 is a high-performance, studio quality condenser microphone that features:

Switchable high-pass filter : allows the user to reduce rumble and eliminate low frequency energy when needed
-10dB pad: drops the input volume when your signal is loud enough to distort the recording

These features, when combined with the pure gold-sputtered diaphragm, allows the TM-280 to gracefully capture performances ranging from a delicate acoustic session to the powerful levels of electric guitars, horns, percussion and drum kit overheads. And, while the TM-280 may be complex and sensitive on the inside, it is tough on the outside and built to last. Its premium components are protected by a durable internal construction on a stout framework, then encased in an aluminum shell and sturdy microphone mesh.

TASCAM has also ensured that this mic comes ready to rock by including a well-engineered shockmount with an integrated pop screen and a protective flight case.

TM-280 is a condenser-type microphone, which is quite different from a dynamic microphone which is typically used in live performances. The diaphragm essentially works with pneumatic vibrations. Inside of a dynamic microphone, the voice coil operates with the diaphragm, which increases the weight of the entire part. On the other hand, a condenser microphone incorporates a diaphragm in the either side of the electrode in an electrical part referred to as condenser, achieving a lightweight structure. This allows excellent follow-up performance, greatly contributing to high-precision sound. Thus, the mechanism to convert sound into electrical signals is different between the two: Dynamic microphones are powered by electromagnetic induction whereas condenser microphones take out static signals. To give condenser microphones the potential difference, power supply is required.