A tested model without compromises, to build full-fledged PA-systems, hides the 2.1-technology. Here, each 1 subwoofer & 2 satellites are fired with an amplifier constructed for it. This special tuning causes a high power efficiency & optimum sound performance. Who does not know the problem as musician or DJ: The installation is too time consuming & the PA-equipment is not handy. The MPA-system brings an end to this. A normal-sized car boot area & only a few cable connections are needed to set up an assertive PA-sound system. Both the systems have been revised completely
- acoustically as well as optically. New powerful 2.5 cm (1")-high frequency drivers were integrated in the satellites, the woofers were optimised & the amping was fitted with limiters. These steps make the system more powerful, safer & acoustically more impressive.
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Rectangular horn with 25-mm-moving coil, can be used starting from 3000 Hz. Ideal for stage monitors & 2-/3-way PA-boxes. Angle of radiation 90° x 60°. Clean, crystal-clear trebles. A Soffitten-tweeter protection protects against damages through overload (please order Soffitte separately). ...

The MPLAB ICD 3 In-Circuit Debugger system is a High Speed / real time Hardware Debugger/ Programmer with USB (Universal Serial Bus) 2.0 Interface for Microchip Flash Digital Signal Controller (DSC) & Microcontroller (MCU). Debugging & programming of PIC Flash Microcontrollers & ds PIC DSCs is done simple to operate, Integrated Development Environment (IDE). The target application is connected via a MPLAB ICD 2 or MPLAB REAL ICE compatible connector (RJ-11). ...

The capacity of your solar modules is optimally used by MPPT (Max Power Point Tracker). The most efficient working point of the solar modules changes due to different factors, like module temperature, irradiation, module type etc. This working point is supervised constantly by the internal micro controller & if needed it is steered so that the optimal capacity of the solar module is reached. Moreover, the batteries are charged with the respective highest current. ...

Performance of your solar module is optimally used through MPPT (Max Power Point Tracker). The most efficient working point of solar module changes due to different factors, such as module temperature, radiation, type of module etc. This working point is monitored regularly by internal micro-controller & if necessary, controlled in such a way so that, best performance of the solar module is achieved & your batteries are charged using the given maximum power. ...

Performance of your solar module is optimally used through MPPT (Max Power Point Tracker). The most efficient working point of solar module changes due to different factors, such as module temperature, radiation, type of module etc. This working point is monitored regularly by internal micro-controller & if necessary, controlled in such a way so that, best performance of the solar module is achieved & your batteries are charged using the given maximum power. ...

Performance of your solar module is optimally used through MPPT (Max Power Point Tracker). The most efficient working point of solar module changes due to different factors, such as module temperature, radiation, type of module etc. This working point is monitored regularly by internal micro-controller & if necessary, controlled in such a way so that, best performance of the solar module is achieved & your batteries are charged using the given maximum power. ...

This sensor has on-chip temperature compensation & is laser-calibrated. As the output voltage is linear with the pressure the signal is particularly easy to interpret. The excellent characteristics of these sensors are useful for many applications such as flow measurement, volume indicators, pressure-operated switches & weather stations. Manufacturer: Freescale® ...