beautypg.com

X-t100, Amplifier specifications – Musical Fidelity X-T100 User Manual

Page 10

background image

X-T100

AMPLIFIER SPECIFICATIONS

Issue 4: 2

nd

October 2006

Output:

Power

50 Watts per channel into 8 Ohms (17dBW)

80

Watts

per

channel

into

4

Ohms

Voltage,

RMS

>20

Volts

20Hz

to

20

kHz

Voltage,

Peak-to-peak

67

Volts

Current

peak-to-peak 30

Amps

Damping

factor

80

Output devices per channel

2

Pre-out

impedance

47

Ohms


Line inputs:

THD + noise, 20Hz to 20 kHz

< 0.01%

Signal / noise ratio

> 98dB ‘A’-weighted

Input sensitivity for 70 Watts

172mV

Input

impedance

220k

Ohms

Overload

margin

26dB

Channel

separation

>

80dB

typical

Frequency response

20Hz to 20 kHz, +0, -0.2dB


Phono

input:

RIAA/IEC

combined

response

-20.0

-15.0

-10.0

-5.0

0.0

5.0

10.0

15.0

20.0

20.0

31.5

50.0

80.0

125

200

315

500

1000 1600

2500

4000 6300 10000 16000

RIAA

PHONO

RIAA/IEC

PHONO RESPONSE

Frequency (Hz)

dB

Signal / noise ratio

> 96dB ‘A’-weighted

Input

sensitivity

2.5mV (moving magnet)

Input

impedance

47k

Ohms

Overload

margin

24dB


Connections:

Line level inputs:

3 pairs line level RCA connectors,

1

front

panel

3.5mm

jack

socket

(sharing

AUX1

input)

1

pair

phono

(MM)

RCA

connectors,

Line level outputs:

1 pair RCA [preamp] controlled by the volume,

1 pair RCA [tape record] fixed line level output.

Speaker outputs:

1 pair 4mm banana plug/binding posts per channel.

Power requirement:

For use only with suitable Musical Fidelity power supply e.g. Triple-X.
(A Triple-X unit is included with XT-100 amplifier)


Weight:

3.85

kg,

8.5

lbs

unit

only,

unboxed

11 kg,

24.2 lbs

in shipping carton (including triple-X PSU)


Dimensions:

219 mm, 8.6 inches

wide.

88

mm,

3.5

inches

high

including

feet

360 mm, 14.2 inches

deep including terminals


Standard

accessories:

Triple-X

PSU

(See TRIPLE-X manual for further information on the power supply unit)

Musical Fidelity reserves the right to make improvements which may
result in specification or feature changes without notice.

Page 10 of

11