The SPM1050 is the latest addition to Chord's
range of stereo power amplifiers.
Using the latest low distortion amplifier circuitry
with our own proprietary lateral structure dual-die MOSFETs the SPM1050 is
able to drive more difficult loudspeaker loads with clarity and precision.
The heart of the amplifier is powered using our own
2KW high frequency switch mode power supply with our unique dynamic coupling.
This allows instantaneous power to be taken from both
power rails simultaneously when the music demands, giving perfect balance and dynamic precision.
This technology is complemented by a large bank of
energy storage capacitors that are ‘recharged’ by the power supply many
thousands of times a second giving the amplifier huge reserves and the ability
to react effortlessly to any signal.
Unobtrusive protection circuitry constantly monitors
the amplifier status and using magnetic current sensing will shut down the
SPM1050 in the event of a short circuit, or dc overload.
Delivering a comfortable 200W rms into 8O the SPM1050
will be the perfect accompaniment to most loudspeakers and can be used for
stereo or as part of a multichannel system when combined with further amplification.
Connectivity is achieved via true balanced XLR style
or RCA phono inputs and two pairs of loudspeaker outputs with gold plated connections.
Simplicity of operation is retained with a single
power button to switch the SPM1050 out of standby with a short delay before
output relays internally connect the loudspeaker outputs.
Status is indicated on the faceplate by a simple two
LED sequence showing power and relay functions.
Externally the casework is machined from solid
aluminium to give our trademark looks and rigid damping that eliminates vibration.
Optional integra leg system can be added to further enhance this.
The SPM1050 builds
on our considerable experience in the design and manufacture of the world's
best consumer and professional amplifiers and with stunning looks and
simplicity of operation the SPM1050 is the perfect addition to any system
