PRISM SOUND MASELEC - MLA-3
Delivery: Contact us
Warranty : 2 years by manufacturer
-
MANLEY - VARIABLE MU4 199,00 € MANLEY - VARIABLE MU - MU COMPRESSOR/LIMITERAdd to cart -
PRISM SOUND MASELEC - MLA-23 600,00 € PRISM SOUND MASELEC - MLA-2Add to cart -
DBX 160A479,00 € DBX - 160A- Compressor / LimiterAdd to cart -
DBX - 1046549,00 € DBX - 1046 - Quad Compressor / LimiterAdd to cart
-
BEHRINGER - COMPOSER PRO-XL MDX2600145,00 € BEHRINGER - COMPOSER PRO-XL MDX2600Add to cart -
DBX - 1066499,00 € DBX - 1066 - Compressor / Limiter / GateAdd to cart -
SPL - KULTUBE1 444,00 € SPL - KULTUBEAdd to cart -
SPL - DYNAMAXX777,00 € SPL - DYNAMAXXAdd to cart
PRISM SOUND MASELEC - MLA-3 - Two-channel multi-band compressor
With the Maselec MLA-3 the input signal is split into three frequency-bands. Each band is passed through a stereo compressor where gain and compression can be altered.
The outputs of the compressors are then re-combined and fed to the outputs. There are four different frequencies for each of the two crossovers that can be separately selected for the low-to-mid and the mid-to-high bands.
The three frequency-band compressors have separate controls so that different parts of the audio spectrum can be adjusted and tuned. With separate gain controls for each frequency-band, the MLA-3 can be used as an equalizer.
You can always adjust the controls for the separate frequency bands to different settings. There is no technical reason why they should be the same for all frequencies. Overall Input and Output gain controls make it easy to set up for different operating levels.
Inputs
The inputs are electronically balanced, virtually ground floating, making them perform as if they are transformer coupled, but without the associated colouration, low frequency distortion and restricted bandwidth. The input impedance is 100kohm. Maximum input >+29dBu (balanced).
Outputs
The outputs are electronically balanced and can deliver >+28dBu into 600ohm (balanced). Output impedance is 33ohm (balanced and unbalanced). Both inputs and outputs can be unbalanced by simply grounding either pin 2 or pin 3.
