Roland TDA-700 Manual Do Utilizador

 

This amplifier relies on Roland’s own innovative FFP 

technology. By digitally processing the input signal, it 

provides response that is geared perfectly toward 

amplification of the V-drums sound. At the same time, it 

achieves sonic pressure that surpasses the size and wattage 

of the cabinet. 

 

The woofer and tweeter are each driven by a dedicated amp, 

so you get high-power, high-quality sound. 

 

The amp features an input channel tailored for V-Drums 

sound.

 

With this input jack, all you need is just one stereo cable to 

make the connection from the headphone output jack on a V-

Drums sound module.

 

The amp features a BOTTOM switch for truly awesome bass, 

and a PUNCH switch for enhancing the contour of the 

midrange and high-end. Together, they allow you to increase 

the impact of the V-Drums sound. 

 

Thanks to its Mixer feature, the TDA-700 makes it easy to 

incorporate a variety of other devices, such as percussion 

pads and rhythm machines, in addition to V-Drums.

And, since CH 2 and CH 3 are equipped with an OUTPUT 

SEL switch, which lets you select headphones, speakers, or 

line out as the output destination, the output for a device 

you’ve input can be changed at will. 

 

The TDA-700 is equipped with a three-band equalizer. 

Moreover, when combined with the Shape switch, even more 

tonal variations are possible. 

 

Stereo playback is made simple with a single audio cable 

(phone type) connection.

Channel volume can be controlled totally on the main unit.

 

The tweeter is located near the top of the cabinet, enhancing 

the performance of the performer’s monitor speaker. 

 

In addition to the channel inputs, the input/output 

connectors also include headphones output, and two types of 

Line Out jacks (XLR and 1/4" phone jacks), thus providing 

support for a wide variety of applications. 

 

FFP is system control technology that optimizes the 

performance of the amp, speakers, and cabinet characteristics 

according to the signals being input, based on the results of 

analyses of the operation and behavior of each section of 

existing amp systems.