Table Of Contents - Yamaha MM 1402 Operation Manual

Introduction
Thank you for purchasing the Yamaha MM1402 mixer. The MM1402 is a mixer that
provides 6 MONO IN channels and 4 STEREO IN channels, for a total of 14 inputs. It is a
console-type stereo mixer suitable for a wide variety of input sources.
Features
The six MONO IN channels feature two types of input jack; XLR type MIC IN jacks (con-
tinuously variable over -14 ~ -60 dB, balanced) and TRS phone LINE IN jacks
(continuously variable over +10 ~ -36 db, balanced). The MIC IN jacks are also able to
provide +48 V phantom power for condenser mics.
Each of the four STEREO IN channels features L/MONO and R phone jacks (switchable -
20/-10/+4 dB, unbalanced), two band equalization, and an AUX SEND (PRE) system,
meeting the requirements of a wide variety of sources.
Two AUX return systems are provided for use as effect unit returns or stereo source inputs.
TAPE IN and REC OUT jacks are also provided for recording/playback on a stereo
recorder.
All of the 14 inputs provide a PFL (pre fader listen) switch, allowing you to monitor the
signal or input level using headphones or MONITOR OUT.
A five-band master graphic equalizer is provided in the STEREO OUT stage, allowing
equalization of the overall output for sound field compensation or feedback prevention.
Contents
Precautions ............................................................................ 1
Control panel ......................................................................... 2
Channel control section
(mono input section) .................................................. 2
(Stereo input section) ................................................. 3
Master control section ...................................................... 4
Panel ...................................................................................... 6
Application Example ............................................................. 7
Specifications ........................................................................ 8
General Specifications ..................................................... 8
Input Specifications ......................................................... 9
Output Specifications ....................................................... 9
Dimensions ...................................................................... 9
Block and Level Diagrams ............................................ 10