User Manual
Table Of Contents
- Contents
- English
- Safety information
- iRig Pro Quattro I/O
- Register your iRig Pro Quattro I/O
- iRig Pro Quattro I/O overview
- Battery and external supply
- 1 Installation and setup
- 2 Setup your DAW
- 3 Direct monitoring
- 4 Loopback
- 5 Limiter for inputs 1 and 2
- 6 Mode switches
- 7 Connecting microphones
- 8 Connecting instruments
- 9 Connecting line level signals
- 10 Connecting loudspeakers, headphones and other external devices
- 11 MIDI IN/OUT
- 12 Battery level meter
- 13 Troubleshooting
- 14 Specifications
- Warranty
- Support and more info
English
18
14 Specifications
Common
AD and DA Resolution: 24-bit
Sampling Rate: 44.1 kHz, 48 kHz, 88.2 kHz and 96 kHz
Power: USB bus power, battery power (4 x AA), DC power supply (9VDC) or external USB power supply (5VDC,
1A min)
Device Connection: Mini-DIN
Size:166mm/6.54″x92mm/3.62″x43mm/1.69″
Weight: 325 g / 0.72 lb (batteries excluded)
Battery Life:
• Recording - Max load*: 1 hours, 30 minutes (Alkaline); 3 hours (NiMH rechargeable)
• Playback - Min load**: 2 hours, 30 minutes (Alkaline); 4 hours (NiMH rechargeable)
*Max load condition: four inputs connected each to a 1.6mA phantom powered load, input gains set to
maximum, 32 Ohm headphones connected.
**Min load condition is as follows: music playing, phantom power OFF, 32 Ohm headphones connected.
Microphone Inputs 1-2
2 x balanced, XLR. Pin 2: hot / Pin 3: cold / Pin 1: ground
Input impedance: 1 kOhms
Input level, min gain: 0 dBFS is obtained with a -1.5 dBu signal at the XLR input
Input level, max gain: 0 dBFS is obtained with a -55 dBu signal at the XLR input
Frequency response: from 10 Hz to 46 kHz within 3 dB (96 kHz sample rate), min gain
Dynamic Range: 103 dB(A), min gain
Phantom power: 48V / -4V
Built-in microphone
Type: MEMS
Polar pattern: omnidirectional
Frequency response: from 30 Hz to 20 kHz
Max SPL: 110 dBSPL
Sensitivity: -41.5 dB (1 kHz, 94dB SPL)
Instrument Inputs 1-2
2 x unbalanced, Hi-Z, TS 1/4” Jack, Tip: signal / Shield: ground
Input impedance: 1 MOhms
Input level, min gain: 0 dBFS is obtained with a +10 dBu signal at the TS input
Input level, max gain: 0 dBFS is obtained with a -43 dBu signal at the TS input