DIGISYNTHETIC DS224E(WiFi) Owner'S Manual Download Page 10

Specifications

***The above design and specifications are subject to change without prior notice for product improvement.

 

4 / 2

  

8 / 6 / 4

              

8 kΩ

   

20 dBu

+

   > 

55 dB  

   

XLR-3Pin Female Connector

  

48 kHz

  

150 Ω

+20 dBu

   

XLR-3Pin Male Connector

  -

40dB ~ +12dB

0ms ~ 2000.02 ms

 

9

 

PEQ, 6dB / 12 dB Low-Shelf, 6dB / 12 dB High-Shelf, Phase Shifter 

19.7 Hz ~ 21.9 kHz

 -

30 dB ~ +15 dB

 

0.017 ~ 4.750 Oct

31

1/3-Octave ISO Spacing From 19.7 Hz to 21.9 kHz 

 -

30 dB ~ +15 dB

 -

20 dB ~ +20 dB

1.2, 1.5, 2, 3, 4, 6, 

                                                                                                                  

10, 20, 40, 128

 

0 ms ~100ms

50 ms ~1000 ms

19.7 Hz ~ 21.9 kHz

Bessel, Butterworth, 

 
                                                                                                                                                                                                

Linkwitz-Riley

12dB/Oct, 24dB

, 36dB

, 48dB/Oct

/Oct

/Oct

  

20 Hz ~ 20 kHz ±0.1dB

> 112 dB (A-Weighting)

< 95 dB

< 0.004% (1kHz, 1Vrms)

90 V-250 Vac, 50/60 Hz

 

T1AL , AC250 V

                                                                                                                                                                                                                                         

30 W

                                                                                                                                                                                                                                         

482

×

218

×

45

 (

mm

)

                                                                                                                                                                                                                                         

3

.

6

 

kg

Number of Input Channel .........................................................................................................................................................

Number of Output Channel ...................................................................................................................................................

Input Impedance .....................................................................................................................................................................

Maximum Input Level .......................................................................................................................................................

Input CMRR .....................................................................................................................................................................

 

Input Sockets ......................................................................................................................................

Sampling Frequency ............................................................................................................................................................

Output Impedance

 

 .................................................................................................................................................................

Maximum Output Level

 

 .....................................................................................................................................................

Output Sockets

 

 .......................................................................................................................................

Input / Output Gain

   

 .................................................................................................................................................

Input / Output Delay

 

 ............................................................................................................................................

Input / Output PEQ Bands ............................................................................................................................................................

Input / Output PEQ Type .............................................................

Input / Output PEQ Frequency

 

 ............................................................................................................................

Input / Output PEQ Gain

 

 .......................................................................................................................................

Input / Output GEQ Bands

                                                                                                                                                                                                        

 ..........................................................................................................................................................

Input / Output PEQ Bandwidth ............................................................................................................................

Input / Output GEQ Gain .......................................................................................................................................

Input / Output Compressor Attack-Time ......................................................................................................................

Input / Output Compressor Release-Time ................................................................................................................

Input / Output GEQ Frequency

 

 .............................................................................

Input / Output Compressor Threshold

 

 .....................................................................................................................

Input / Output Compressor Ratio ....................................................................................................

Output High / Low-Pass Filter Frequency ...........................................................................................................

Output High / Low-Pass Filter Type ..........................................................................................

Output High / Low-Pass Filter Slope ................................................................................

Frequency Response ...................................................................................................................................

Dynamic Range

 

 ..........................................................................................................................................

Crosstalk ...........................................................................................................................................................................

THD+N .....................................................................................................................................................
Mains Input Voltage & Frequency

 

 ...............................................................................................................

Fuse Size

   

 ..............................................................................................................................................................

Power Rating .........................................................................................................................................................................

Dimensions .......................................................................................................................................................

Net

 

Weight

..

 ........................... ..............................................................................................................................................

9

Summary of Contents for DS224E(WiFi)

Page 1: ...C IN D OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 DIGITAL CROSSOVER PARAMETER RECALL SAVE ENTER MAIN MENU CURSOR DS428E CLIP 12 6 0 6 12 24 CLIP 12 6 0 6 12 24 CLIP 12 6 0 6 12 24 CLIP 12 6 0 6 12 24 CLI...

Page 2: ...n left unused for a long period of time When unplugging the power supply cord do not pull on the cord but grasp it by the plug 11 Care should be taken so that object do not fall and liquid are not spi...

Page 3: ...er Power Amplifier Power Amplifier Power Amplifier Loudspeaker Loudspeaker Loudspeaker Loudspeaker Loudspeaker Loudspeaker Loudspeaker RS232 RS485 INPUT RS485 OUTPUT RS485 INPUT RS485 OUTPUT DIGITAL L...

Page 4: ...eversed when press the button each time The LED in the MUTE button will bright in red when the channel is mute vice versa 3 2 2 Input Output Gain Set Press MAIN MENU or to switch to GAIN settings page...

Page 5: ...s 10 5ms 1 05ms 0 105ms 0 021ms or adjust the Delay switch 933 35mS 321 47m 2241 21ft 2 IN A DELAY ON 3 IN A PEQ 1 ON PEQ 31 3Hz 0 0dB 0 500 5 IN A GEQ 19 OFF 1280 Hz 6 5dB 4 IN A ALL BYPASS PEQ OFF G...

Page 6: ...menu if entered channel menu or skip this step Then press SAVE ENTER till the menu STORE USER PROGRAM as the below picture displays Press CURSOR or to move the cursor Rotate the Rotary Encoder to chan...

Page 7: ...0 105 0 021 ms PEQ Bands 1 9 PEQ Bypass ON OFF PEQ Type PEQ Low Shelf 6dB Low Shelf 12dB High Shelf 6dB High Shelf 12dB Phase Shifter PEQ Frequency 19 7Hz 21 9kHz Coarse Fine PEQ Gain 30dB 15dB 1dB 0...

Page 8: ...l resistor max 32 pcs PC 7 5 PC Online Operation 5 1 Single Processor Communication Link with PC Multi types as USB RS232 WIFI etc Note The ID of User Interface should be the same as the processor in...

Page 9: ...ter Terminal Resistor Cat 5e Twisted pair Cable Quantity Several Reset the Device 1 Function This operation will reset the device to factory default settings can also repair the issue caused by improp...

Page 10: ...ac 50 60 Hz T1AL AC250 V 30 W 482 218 45 mm 3 6 kg Number of Input Channel Number of Output Channel Input Impedance Maximum Input Level Input CMRR Input Sockets Sampling Frequency Output Impedance Max...

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