TANDBERG 1700 MXP manual Level Settings, Headset input, Headset Output

Control Panel > Audio Settings

Level Settings

TANDBERG 1700 MXP USER GUIDE

Level Settings lets you set each max level independently. The volume control (on the remote control) acts as an attenuator with which you then may adjust the volume without the risk of causing damage to the transducers.

Note! When you use the volume control, it may look like you are able set the volume higher than the level specified here (gain, and not just attenuation). However, a limiter is used to ensure that low levels are amplified, while high and potentially damaging levels will

Tip! Since the unit has built-in micro- phones and loudspeakers, level set- tings apply to Line level inputs and the headset loudspeakers / microphone only.

	Headset input
Signal type	Unbalanced
Connector	3.5mm jack, sleeve-gnd,
(codec)	tip-microphone
Impedance	2200 ohms

Headset Output

Unbalanced

3.5mm stereo jack, sleeve-gnd,

tip-left, ring-right

Low

be limited so that the maximum level as specified here will not be exceeded. A compression will thus occur at higher levels.

A volume setting potentially employing the limiter will be indicated by the volume bar changing colour to yellow and red.

Input is System Input (from Headset), Output is System Output (to Headset)

Headset Output Levels (from System)				Headset Input Levels (to System)
Signal levels	Abs. max output level		Nominal level	Signal Levels	Clipping Level		Nominal Level
Output menu	Vpp	dBu	dBu	Input menu	mVpp	dBu	dBu
level setting				level setting

Back. Takes you one level back up.

0,0 dB	0,2	Vpp	–20,4 dBu	–38,4 dBu
1,5 dB	0,2	Vpp	–18,9 dBu	–36,9 dBu
3,0 dB	0,3 Vpp		–17,4 dBu	–35,4 dBu
4,5 dB	0,4 Vpp		–15,9 dBu	–33,9 dBu
6,0 dB	0,4 Vpp		–14,4 dBu	–32,4 dBu
7,5 dB	0,5 Vpp		–12,9 dBu	–30,9 dBu
9,0 dB	0,6 Vpp		–11,4 dBu	–29,4 dBu
10,5 dB	0,7	Vpp	–9,9 dBu	–27,9 dBu
12,0 dB	0,8 Vpp		–8,4 dBu	–26,4 dBu
13,5 dB	1,0 Vpp		–6,9 dBu	–24,9 dBu
15,0 dB	1,2	Vpp	–5,4 dBu	–23,4 dBu
16,5 dB	1,4 Vpp		–3,9 dBu	–21,9 dBu
18,0 dB	1,7	Vpp	–2,4 dBu	–20,4 dBu
19,5 dB	2,0 Vpp		–0,9 dBu	–18,9 dBu
21,0 dB	2,4 Vpp		0,6 dBu	–17,4 dBu
22,5 dB	2,8	Vpp	2,1 dBu	–15,9 dBu

0,0 dB	80 mVpp	–28,8 dBu	–46,8 dBu
1,5 dB	67 mVpp	–30,3 dBu	–48,3 dBu
3,0 dB	57 mVpp	–31,8 dBu	–49,8 dBu
4,5 dB	48 mVpp	–33,3 dBu	–51,3 dBu
6,0 dB	40 mVpp	–34,8 dBu	–52,8 dBu
7,5 dB	34 mVpp	–36,3 dBu	–54,3 dBu
9,0 dB	28 mVpp	–37,8 dBu	–55,8 dBu
10,5 dB	24 mVpp	–39,3 dBu	–57,3 dBu
12,0 dB	20 mVpp	–40,8 dBu	–58,8 dBu
13,5 dB	17 mVpp	–42,3 dBu	–60,3 dBu
15,0 dB	14 mVpp	–43,8 dBu	–61,8 dBu
16,5 dB	12 mVpp	–45,3 dBu	–63,3 dBu
18,0 dB	10 mVpp	–46,8 dBu	–64,8 dBu
19,5 dB	8 mVpp	–48,3 dBu	–66,3 dBu
21,0 dB	7 mVpp	–49,8 dBu	–67,8 dBu
22,5 dB	6 mVpp	–51,3 dBu	–69,3 dBu

Figures shown inverted denote default values.

D 13954.01	98
MAY 2006