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AEC
Ampzilla 2000
AEC London Series Tonabnehmer
AEC Soundlab Series
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ESS
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Musical Technology
Scientific Audio Electronics
Scientific Valve Corporation
Well Tempered Lab
a


active crossover
Musical Technology’s complement of electronic crossovers has been designed to deliver nothing less than the highest possible audio performance.
They were born of an absolutist tradition, one that eschews complexity for the simplest circuits possible, where great attention is paid to the signal path, and where only the finest components are used, regardless of price. An absolute and unwavering quest for sonic purity has led to critical design choices – oversized dual mono power supplies, Linkwitz Riley 24 dB per octave filters for superior phase and amplitude response, Teflon insulated gold connectors, plastic film potentiometers, precision metal film resistors, and audiophile grade capacitors.
And where convenience and flexibility flew in the face of sonic purity, our designers chose the latter. Crossover frequency selections are made at board level, in the purest possible way, by inserting and changing precision capacitors and resistors. No soldering required; but also no needless array of fader controls, switches, and potentiometers to clutter and degrade sonic performance.
Musical Technology, a company whose covenant is ‘music for music’s sake’ offers absolute adherence to that philosophy in this quiet complement of electronic crossovers.
Features:
Highly filtered dual mono power supplies
Two and three-way designs
24 dB/octave Linkwitz-Rile filters as standard
Options include any 6, 12, 18, 24 dB/octave filters, with user specified frequencies Frequency by request
Single operational FET amplifier
Focused field low-hum transformers
Precision audiophile grade capacitors
Plastic film potentiometers
Teflon insulated gold plated connectors
1% metal film resistors
Specifications: | |
Gain: | 0 dB standard |
Frequency response | 2 Hz – 100 kHz |
Harmonic distortion: | |
S/N Ratio: | >100 dB @ 1 Volt RMS out |
Input impedance: | > 50 KOhm |
Output impedance: | |
Maximum output Voltage: | 10 Volts |