Chord Electronics TToby

Chord Electronics TToby

Discontinued replaced with the BerTTi

The TToby has been designed to complement their desktop DAC/headphone amplifier, the Hugo TT 2 and shares the same compact form factor as its stablemate.

The combination of their 1M-tap digital upscaling device M Scaler, Hugo TT 2 and TToby provides a high-quality hi-fi system, with desktop dimensions and a space-saving footprint.

Despite its size, the TToby sets new standards for small amplifiers and takes full advantage of Chord Electronics’ proprietary amplification technology and design know-how.

The addition of TToby, enables owners of the Hugo TT 2 to fully exploit the device as a ‘digital preamp’, effortlessly driving a wide variety of loudspeakers, large or small, in addition to the Hugo TT 2’s headphone prowess.

The TToby is a 100-watt design, featuring both an unbalanced and balanced input, to take advantage of the Hugo TT 2’s XLR output.

TToby features two of their famous high-frequency power supplies and benefits from forced air-cooling through the aluminium casework by means of a sonically closed anechoic miniature multi-speed quadruple-fan plenum chamber, enabling the external design to be free of sharp heatsinks and, therefore, carry a stunning aesthetic.

The M Scaler/Hugo TT 2/TToby combination offers both class-leading DAC and amplification technology via headphones and loudspeakers, giving complete flexibility within the demands of busy households.

Inputs:

1x Stereo Pair of Gold Plated Balanced XLR Inputs

1x Stereo Pair of Gold Plated Unbalanced RCA Inputs

Output:

1x Pair of High Quality, High Current, Gold Plated Type Speaker Terminals

KEY FEATURES

100w into 4Ω

>-83dB Signal to Noise Ratio

Class AB Sliding Bias

HF Switch Mode Power Supply

Chord MOSFET Construction

Fully Balanced Circuitry

Fan Cooled

Stereo Balanced XLR Inputs

Stereo Unbalanced RCA Inputs

Solid Aluminium Chassis

Specifications TTOBY

 Output Power:

100w RMS per channel @ 0.016% distortion into 4Ω

Frequency Range:

5Hz – 100kHz +/- 0.5dB

Signal to Noise Ratio:

Better than -83dB

Channel Separation:

Better than 95dB

Input Impedance:

100kΩ Unbalanced/Balanced

Input Capacitance:

<32pf

Output Inductance:

2.6μH

Slew Rate:

70v per μS 1kHz, 20v Square Wave

Gain:

30dB

Stability:

Unconditional

Dimensions:

5.9cm (H) 23.5cm (W) 25.6cm (D)

Weight:

3.75kG