YAMAHA Digital mixer, 40 + 2 St & 2 Return, 20 AUX. - TF3

39.669,00 kr.

Inkl. moms

25 motorized faders (24 channel faders + 1 master)
48 mix inputs (40 mono + 2 stereo + 2 return)
20 Aux (8 mono + 6 stereo) + Stereo + Sub buses
8 DCA groups with roll-out
24 analog XLR/TRS combo mic/line inputs + 2 analog stereo phono line inputs
16 analog XLR outputs
34 x 34 channels digital input and playback via USB 2.0 + 2 x 2 via USB stick
1 expansion slot for NY64-D audio interface card

Antal

Klar til afsendelse fra fjernlager

Beskrivelse
Produktoplysninger

Specs

Outline

Mixing Capacity	Input Channels	48 (40 mono + 2 stereo + 2 return)
	Aux Buses	20 (8 mono + 6 stereo)
	Stereo Buses	1
	Sub Buses	1
Input channel functions		8 DCA Groups
I/O	Inputs	24 mic/line (XLR/TRS combo) + 2 stereo line (RCA pin)
	Outputs	16 (XLR)
	Expansion slots	1
On-board processors	DSP	8 Effects + 10 GEQ

General specifications

Signal delay		Less than 2.6 ms, INPUT to OMNI OUT, Fs=48 kHz
Fader		100 mm motorized, Resolution = 10-bit, +10 dB to _138 dB, __ dB all faders
Total harmonic distortion		Less than 0.05% 20 Hz_20 kHz @+4 dBu into 600 , INPUT to OMNI OUT, Input Gain=Min. (Measured with a _18 dB/octave filter@80 kHz)
Frequency response		+0.5, _1.5 dB 20 Hz_20 kHz, refer to +4 dBu output @1kHz, INPUT to OMNI OUT
Dynamic range		110 dB typ., DA Converter, 107 dB typ., INPUT to OMNI OUT, Input Gain=Min.
Hum & noise level	Equivalent input noise	_128 dBu typ., Input Gain=Max. (Measured with an A-Weight filter)
Hum & noise level	Residual output noise	_85 dBu, ST master off (Measured with an A-Weight filter)
Crosstalk		_100 dB (Measured with a _30 dB/octave filter@22 kHz), adjacent INPUT/OMNI OUT channels, Input Gain=Min.
Power requirements		100_240 V 50/60 Hz
Power consumption		110 W
Dimensions	W	716 mm (28.2in)
	H	225 mm (8.9in)
	D	599 mm (23.6in)
Net weight		17.0 kg (37.5lb)
Accessories		Quick Guide, Power Cord, Nuendo Live
Options		Expansion Card, Foot Switch (FC5)
Others		Operating temperature range: 0_40 °C, Storage temperature range: -20_60 °C

Recording/ Playback

PC/Mac (USB2.0)	Recording 34 tracks, Playback 34 tracks
USB Storage Device	Recording 2 tracks (USB hard drive/ SSD)*, Playback 2 tracks (USB hard drive/ SSD/ thumb drive)

*Please note - USB thumb drives are not supported by TF for recording purposes.

Analog input characteristics

Input Terminals	GAIN	Load Impedance	For Use With Nominal	Input Level			Connector	balanced / Unbalanced
Input Terminals	GAIN	Load Impedance	For Use With Nominal	Sensitivity*1	Nominal	Max. before clip	Connector	balanced / Unbalanced
INPUT1-24	+66dB	7.5K_	50-600_ Mics or 600_ Lines	-82dBu (61.6V)	-62dBu (0.616mV)	-42dBu (6.16mV)	Combo Jack (XLR-3-31 type 2 or TRS phone 3)	Balanced
INPUT1-24	-6dB	7.5K_	50-600_ Mics or 600_ Lines	-10dBu (245mV)	+10dBu (2.45V)	+30dBu (24.5V)	Combo Jack (XLR-3-31 type 2 or TRS phone 3)	Balanced
ST IN 1,2	_	10k_	600_ Lines	-30dBV (31.6V)	-10dBV (316mV)	+10dBV (3.16V)	RCA Pin Jack	Unbalanced

*1. Sensitivity is the lowest level that will produce an output of +4dBu (1.23V) or the nominal output level when the unit is set to maximum gain. (All faders and level controls are at maximum position.)
*2. 1: GND, 2: HOT, 3: COLD
*3. Tip: HOT, Ring: COLD, Sleeve: GND
*In these specifications, 0dBu = 0.775Vrms.
*+48V DC (phantom power) can be supplied to INPUT XLR type connectors via each individual software controlled switch.

Analog output characteristics

Output Terminals	Source Impedance	For Use With Nominal	GAIN SW	Output Level		Connector	balanced / Unbalanced
Output Terminals	Source Impedance	For Use With Nominal	GAIN SW	Nominal	Max. before clip	Connector	balanced / Unbalanced
OMNI OUT 1-16	75_	600_ Lines	_+24dBu_ position (default)	+4dBu (1.23 V)	+24dBu (12.3 V)	XLR-3-32 type *1	Balanced
PHONES *3	100_	40_ Phones	_	3mW	75mW	Stereo Phone Jack (TRS) *2	Unbalanced

*1.1: GND,2: HOT, 3: COLD
*2 Tip: LEFT, Ring: RIGHT, Sleeve: GND
*3 The position of the level control is lowered by 16dB from the maximum.
*In these specifications, 0dBu = 0.775Vrms.
*All output DA converters are 24bit, 128times oversampling.