M2TECH EVO DAC User Manual Download Page 6

E

vo 

DAC

 

HIGH PERFORMANCE 192/32 DAC 

REVISION P

r

A – SEPTEMBER 2011 

 

Copyright © 2011, M2Tech Srl 

6

 

M2Tec

www.m2tech.biz 

 

2. Front Panel 

 
 

M2TECH

E

DAC

VO 

192 H / 32bit  I S dig it al  t o  anal o g  c o nv er t er

k z

2

44.1

DC IN

9V

DC

X1

MADE IN ITALY

X2

48

X4

FS

INPUT

OPT

COAX

I S

2

1

2

3

4

5

6

7

 

 

Figure 1 

 

1) Supply input.

 Apply 9V

DC

 from the wall adaptor provided in the package of from an 

E

vo 

S

UPPLY

. Another power supply may be used if necessary, but user must be aware 

that in this case the warranty is void. Tip is positive, ring is negative. A minimum current of 
500mA is necessary. This input is protected against polarity inversion. 
 

2) Input switch.

 Allows for selection of the input: coaxial S/PDIF (left), optical Toslink

TM

 

(center), I

2

S (right). 

 

3) Power indicator.

 Turns on when the stock wall adaptor or the 

E

vo 

S

UPPLY

 are 

connected to the 

E

vo 

DAC

 

4-5) Base sampling frequency indicators.

 The sampling frequencies of all music files 

can be grouped in two categories: those which are multiples of 44.1kHz (that is: 44.1kHz 
itself, 88.2kHz and 176.4kHz) and those which are multiples of 48kHz (that is: 48kHz itself, 
96kHz and 192kHz). When the 

E

vo 

DAC

 is not locking any incoming signal, then both 

indicators will be off. When the 

E

vo 

DAC

 is locking a signal which sampling frequency is 

from the first group, then indicator 4 will lit. When the 

E

vo 

DAC

 is locking a signal which 

sampling frequency is from the second group, then indicator 5 will lit. 
 

6-7) Sampling frequency multiple indicator.

 Together with indicators 4 and 5, these two 

indicators display the incoming signal’s sampling frequency. When indicator 6 lits, then the 
base sampling frequency displayed by in

dicators 4 and 5 must be multiplied by “1”. When 

indicator 7 lits, then the base sampling frequency displayed by indicators 4 and 5 must be 
multiplied by “2”. When both indicators 6 and 7 lit, then the base sampling frequency 
displayed by indicators 4 and 

5 must be multiplied by “4”. Some examples follow: 

a) 44.1 kHz: indicators 4 and 6 lit (base is 44.1, multiple is “x1”); 
b) 96kHz: indicators 5 and 7 lit (base is 48, multiple is “x2”); 
c) 192kHz: indicators 5, 6 and 7 lit (base is 48, multiple is “x4”); 
 
 

Summary of Contents for EVO DAC

Page 1: ...M2TECH EVO DAC HIGH PERFORMANCE 192 32 DIGITAL TO ANALOG CONVERTER USER MANUAL REV PRA 9 2011...

Page 2: ...ions CEI EN 55024 1999 CEI EN 55024 A2 2003 CEI EN 55024 IS1 2008 Radio Frequency Electromagnetic Fields 50Hz Magnetic Field Immunity Test and Electrostatic Discharges ESD Recycling The label above pr...

Page 3: ...output The output buffer is based on a low noise low distortion opamp while all anti alias filter capacitors are polypropylene film capacitors An Evo DAC connected to a computer via an hiFace Evo by...

Page 4: ...92 32 DAC REVISION PrA SEPTEMBER 2011 Copyright 2011 M2Tech Srl 4 M2Tec h www m2tech biz INDEX 1 Unpacking 5 2 Front Panel 6 3 Back Panel 7 4 Connections 8 5 Digital Audio connections and jitter 9 6 T...

Page 5: ...EVISION PrA SEPTEMBER 2011 Copyright 2011 M2Tech Srl 5 M2Tec h www m2tech biz 1 Unpacking The Evo DAC box contains the following items Evo DAC 9V 2A wall adaptor Should any item be missing please cont...

Page 6: ...ich are multiples of 44 1kHz that is 44 1kHz itself 88 2kHz and 176 4kHz and those which are multiples of 48kHz that is 48kHz itself 96kHz and 192kHz When the Evo DAC is not locking any incoming signa...

Page 7: ...receiver for compatibility Connect this input to the ToslinkTM output of a digital source CD player digital receiver computer using a ToslinkTM optical fiber interconnect This input allows fro up to...

Page 8: ...ng suitable interconnects Connect the analog outputs of the Evo DAC Page 7 nos 11 12 to the preamplifier or integrated amplifier DO NOT connect these output directly to a power amplifier no volume con...

Page 9: ...its dedicated wire This is accomplished using I2 S an audio signal transfer standard usually implemented inside equipment between IC s An I2 S path is made of three wires plus the ground reference Of...

Page 10: ...ge 9VDC Power consumption 350mA Input sampling frequencies kHz 44 1 48 88 2 96 176 4 192 Resolution up to 32 bits I2 S input up to 24 bits coax and ToslinkTM inputs Output voltage 2 7VRMS THD N 0 002...

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