Canor
Canor AI 1.20 (Class A) Solid-state Integrated Amplifier
Canor AI 1.20 (Class A) Solid-state Integrated Amplifier
Black
22 Saint Kilda Road
22 Saint Kilda Road
Suite 2.02
St Kilda VIC 3182
Australia
Country of origin: Slovakia
Canor AI 1.20
Integrated Solid-state Amplifier
PREMIUM LINE
CANOR AI 1.20 is an integrated solid-state amplifier in pure class-A up to 50 W per channel with a relay attenuator with two standalone blocks for each channel.
Highlights
01 Operates in a pure class A
02 264 000 uF of total filtering capacitance
03 Possibility to create a monoblock connection of 2 units
Main Features
Heat disposal
We used a special copper plate for heat dissipation, which is installed on the heatsink and the power transistors are installed directly on the given copper plate.
Dual-mono connection
Dual-mono connection – each channel has its own power transformer. Power transformers are located in separate parts of the device.
Amplifier design
A shielded tunnel passes through the center of the AI 1.20 amplifier, in which filters with nanocrystalline coils are located. In addition, the input circuits are equipped with low-noise J-P transistors.
Monoblock connection
For even better performance and sound, it is possible to connect AI 1.20 as monoblocks using a data cable. One unit becomes the “master” unit and the other the “slave”. This is the so-called bridge connection of two amplifiers (a fully symmetrical connection)
Product features
- An integrated solid-state amplifier in pure class-A up to 50 W per channel
- A relay attenuator with two standalone blocks for each channel
- PCB’s utilize our premium CMT™ technology (CANOR® PCB Milling Technology), it is the way we mill printed circuit boards
- CMT™ technology originated in a long-standing endeavour to improve the sonic performance of our products
- Power supply units with filtered out interfering signals from the mains supply
- Interference-rejection and as small as possible leakage field ensure custom-wound toroidal transformers
- 264 000 uF of filtering capacitance simulates a nearly stabilized supply voltage
- An option of synchronous control enables the use of two amplifiers in a monoblock mode without the need of using an extra preamplifier and that is a Master/Slave mode with an output power of 100W per channel
Output power | 2 x 50 W / 4 Ω 2 x 30 W / 8 Ω |
Gain | -30 dB |
Inputs sensitivity | 290 mV |
Frequency range | (20 – 25 000) Hz ±0,5 dB / 5 W |
Input impedance | 30 kΩ |
Inputs | 5 x RCA, 2 x XLR (active only in monoblock connection) |
Total Harmonic Distortion | <0,0009% / 1 kHz, 5 W |
Signal-to-noise ratio | > 90 dB |
Filtration capacity | 132 000uF / 35V (per channel) |
Damping factor at 4 Ω load at the output | 250 (based on measured output impedance) |
Damping factor at 8 Ω load at the output | 500 (based on measured output impedance) |
Power | 230 V / 50 Hz / 375 VA |
Input power | 305 W |
Dimensions (w x h x d) | 435 x 170 x 485 mm |
Weight (net) | 28 kg |
Output power | 2 x 40 W /4,8 Ω – ultralinear 2 x 20 W /4,8 Ω – triode |
Gain | -30 dB (at 8 Ω) -28 dB (at 4 Ω) |
Inputs sensitivity | 500 mV |
Frequency range | (10 – 50 000) Hz ±0,5 dB / 5 W |
Input impedance | 30 kΩ |
Inputs | 5 x RCA, 2 x XLR (active only in monoblock connection) |
Total Harmonic Distortion | <0,05% / 1 kHz, 5 W |
Signal-to-noise ratio | > 95 dB |
Filtration capacity | 2200uF / 500V |
Damping factor at 4 Ω load at the output | 9 (based on measured output impedance) |
Damping factor at 8 Ω load at the output | 10,5 (based on measured output impedance) |
Tube complement | 4 x KT88 / 1 x 12AX7 / 2 x 12AT7 |
Power | 230 V / 50 Hz / 375 VA |
Input power | 220W |
Dimensions (w x h x d) | 435 x 170 x 485 mm |
Weight (net) | 26 kg |