Gain (factor) - x21
Sensitivity (to rated power) - 1.6V rms
Input Impedance - 50k Ohms
THD - 0.01%
Frequency Response - 10Hz~52KHz(-3dB)
Dimension - 347mm x 430mm x 74mm
12V Trigger*
Weight - 6.5kg
Color - Black
*Front power button must be off for trigger to work. Use stereo tigger cable.

MCX-4 Outputs
Power Output (RMS rated): 300W@8 Ohms/channel; 400W@4 Ohms/channel

MER INFORMATION HÄR

Taking the best bits
Taking the best bits from NuPrime's award winning products, the MCX has been developed for the multi-channel market. We understand that it is not only power that enthrals the listener, but also the accuracy of reproduction to create a realistic experience.

The MCX utilizes NuPrime’s Class A+D hybrid amplification technologies deliver the substance and warmth of Class A amplification and the efficiency and speed of Class D technology in a milieu of un-measurable noise.

A 1000W power supply and 33,000 uF CMA capacitor array allows the MCX to fully exploit the Class A+D design’s ability to deliver massive amounts of power and speed when needed by a single or multi channels.

By utilizing discrete components in NuPrime’s ULCAM circuit, the signal can be fine tuned to reduce noise and provide maximum power.

The MCX amp circuit improves on traditional class-D design by using a self-oscillating circuit to generate pulse-width modulation.

The amplifier switches at a frequency of 550kHz, well beyond the compact disc’s 44.1kHz sampling rate.
Power Rating & Measurement

• For typical usage of multi-channel amps, the situation where all channels are driven at max power will never happen. Depending on the sound track, the effective power that can be derived from each channel should be somewhere between 50% to 75% of the RMS power of one channel.
• The MCX amps are designed to handle a wide range of speaker impedance from 2 Ohms to greater than 16 Ohms.
• As the speaker load varies and drop, the power increases (normally a 4 ohm load would have twice the power). But for high power amplifier the 4 ohm power rating can not exceed power supply, amplifier design limit and safety standard. Many manufacturers would claim theoretical (max) power to hype up the product spec.