APA Series

Analogical Power Amplifiers

APA Series analog amplifiers from Tecnare Sound Systems, the perfect solution for those who demand the highest audio quality in their sound systems.

 

 

 

 

 

 

 

 

 

APA1500
Class H Analogical Power Amplifiers
  • 2 Channels
  • APA-1500: 2 x 750W at 4 ohm
  • APA-1500: 2 x 500W at 8 ohm
  • 1500W 8Ω bridge mono
10.5kg
APA2700
Class H Analogical Power Amplifiers
  • 2 Channels
  • APA-2700 2 x 1400W at 4 ohms
  • APA-2700 2 x 1000W at 8 ohms
  • 2700W 8Ω bridge mono
15.8kg
APA5200
Class H Analogical Power Amplifiers
  • 2 Channels
  • APA-5200 2 x 2600W at 4 ohms
  • APA-5200 2 x 1400W at 8 ohms
  • 5200W 8Ω bridge mono
21.6kg
APA Series 1
APA Series 2
APA Series 3

APA Series Strong & Reliable Analogic Power Amplifiers.

Tecnare Sound Systems’ APA Series amplifiers are a line of high-performance audio amplifiers that offer exceptional power, reliability, and versatility. The APA Series includes three models: the APA-1500, APA-2700, and APA-5200, each designed to deliver exceptional audio quality for a wide range of professional audio applications.

The APA Series amplifiers use Class H amplification technology, which allows them to deliver high power output with low distortion, making them ideal for demanding audio applications such as live sound reinforcement, concert sound systems, and recording studios. The Class H topology is a variation of the Class AB topology, which is widely used in professional audio applications. Class H amplifiers use multiple power supply voltages to improve efficiency and reduce heat dissipation, making them more reliable and efficient than traditional Class AB amplifiers.

In summary, the APA Series amplifiers from Tecnare Sound Systems offer exceptional power, reliability, and versatility, making them an ideal choice for professional audio applications. Whether you’re looking for an amplifier for live events, concerts, or installations, the APA Series has everything you need to deliver outstanding audio quality.

What is a Class H Amplifier?

A Class H amplifier is a type of audio power amplifier that uses multiple power supply voltages to improve efficiency and reduce heat dissipation. This is achieved by using a high-efficiency power supply that tracks the input signal, adjusting the supply voltage to match the requirements of the output signal.

The Class H amplifier topology is a variation of the Class AB topology, which is commonly used in professional audio applications. Class H amplifiers are known for their high power efficiency and low distortion, making them popular in high-power audio applications such as live sound reinforcement, concert sound systems, and recording studios.

The benefits of Class H amplifiers include improved efficiency, reduced heat dissipation, and reduced power consumption. These amplifiers are also known for their reliability and rugged construction, making them ideal for use in demanding professional audio applications.

 

 

APA Series 3
APA Series 3

Tecnare APA Series

In addition to their advanced features and high-quality performance, the APA Series amplifiers are also built to last. With rugged construction and reliable components, the APA Series is designed to withstand the rigors of professional use, ensuring years of trouble-free operation.

Overall, the APA Series amplifiers from Tecnare Sound Systems offer exceptional performance, reliability, and versatility, making them an ideal choice for professional audio applications. Whether you’re looking for an amplifier for live events, concerts, or installations, the APA Series has everything you need to deliver outstanding audio quality.

 

why choose APA Series Amplifiers?

Tecnare Sound Systems’ APA Series amplifiers offer a range of advantages that make them a popular choice for professional audio applications. Here are some of the benefits of the APA Series:

  1. High Power Output: The APA Series amplifiers deliver exceptional power output, ranging from 1500 watts to 5200 watts. This makes them ideal for a wide range of applications, from small venues to large outdoor events.
  2. Class H Amplification Technology: The APA Series uses Class H amplification technology to improve efficiency and reduce heat dissipation. This allows the amplifiers to deliver high power output with low distortion, making them a reliable choice for professional audio applications.
  3. Rugged Construction: The APA Series amplifiers are built to withstand the rigors of professional use, with rugged construction and reliable components that ensure years of trouble-free operation.
  4. Versatile: The APA Series amplifiers are suitable for a wide range of applications, from live sound reinforcement to recording studios. With power outputs ranging from 750W to 2600W per channel, there is an APA Series amplifier to suit every need.

 

APA Series

Technical Specifications

APA 1500 SPECIFICATIONS
Rated Power / Model APA- 1500
1kHz (HIA) with 0,5% THD 4Ω stereo (per channel) 750W
8Ω stereo (per channel) 500W
8Ω bridge mono 1500W
Performance  
Frequency Response (at 1 Watt) 20Hz-20KHz, +0-1 dB
Total Harmonic Distortion (THD) <0,5%,20Hz-20KHz
Intermodulation Distortion 60Hz and 7 KHz at 4:1 from full rated output to -30dB =/<0,35%
 Slew Rate >20V/us
 Voltage Gain 36dB
Damping Factor (8 ohms) 10 Hz-400Hz >200
Signal-to-Noise Ratio (below rated power, 20Hz to 20KHz. A-weighted) >100dB

Crosstalk (below rated power)

At 1 kHz

At 20 Khz

 

-75dB

-58dB

Input Sensitivity for full rated power at 8Ω 0,775 Vor 1.4V

 Input Impedance (nominal)

Balanced

Unbalanced

 

 

20 K Ohms

10 K ohms

Construction  
Protection Protection against short circuits, no-load, on/off muting, RF interface
Ventilation Flow-through ventilation from front to back
Cooling Internal heat sinks with forced air, Fan cooled, speed regulated, thermal protection
Power cord specification Plug: 10A, 250V, Wire: 3x 1.0 mm2
Chasis Size (unit mm) 482x297x88mm
Net Weight 10.5kg
APA 2700 SPECIFICATIONS
Rated Power / Model APA- 2700
1kHz (HIA) with 0,5% THD 4Ω stereo (per channel) 1400 W
8Ω stereo (per channel) 1000W
8Ω bridge mono 2700W
Performance  
Frequency Response (at 1 Watt) 20Hz-20KHz, +0-1 dB
Total Harmonic Distortion (THD) <0,5%,20Hz-20KHz
Intermodulation Distortion 60Hz and 7 KHz at 4:1 from full rated output to -30dB =/<0,35%
 Slew Rate  >20V/us
 Voltage Gain 37dB
Damping Factor (8 ohms) 10 Hz-400Hz >200
Signal-to-Noise Ratio (below rated power, 20Hz to 20KHz. A-weighted) >100dB
Crosstalk (below rated power)

 

At 1 kHz

At 20 Khz

 

-75dB

-58dB

Input Sensitivity for full rated power at 8Ω 0,775 Vor 1.4V
 Input Impedance (nominal)

 

Balanced

Unbalanced

 

 

20 K Ohms

10 K ohms

Construction  
Protection Protection against short circuits, no-load, on/off muting, RF interface
Ventilation Flow-through ventilation from front to back
Cooling Internal heat sinks with forced air, Fan cooled, speed regulated, thermal protection
Power cord specification Plug: 10A, 250V, Wire: 3x 1.0 mm2
Chasis Size (unit mm) 482x365x88mm
Net Weight 15.8kg

 

APA 5200 SPECIFICATIONS
Rated Power / Model APA- 5200
1kHz (HIA) with 0,5% THD 4Ω stereo (per channel) 2600W
8Ω stereo (per channel) 1400 W
8Ω bridge mono 5200 W
Performance  
Frequency Response (at 1 Watt) 20Hz-20KHz, +0-1 dB
Total Harmonic Distortion (THD) <0,5%,20Hz-20KHz
Intermodulation Distortion 60Hz and 7 KHz at 4:1 from full rated output to -30dB =/<0,35%
 Slew Rate  >20V/us
 Voltage Gain 37dB
Damping Factor (8 ohms) 10 Hz-400Hz >200
Signal-to-Noise Ratio (below rated power, 20Hz to 20KHz. A-weighted) >100dB
Crosstalk (below rated power)

 

At 1 kHz

At 20 Khz

 

-75dB

-58dB

Input Sensitivity for full rated power at 8Ω 0,775 Vor 1.4V
 Input Impedance (nominal)

 

Balanced

Unbalanced

 

 

20 K Ohms

10 K ohms

Construction  
Protection Protection against short circuits, no-load, on/off muting, RF interface
Ventilation Flow-through ventilation from front to back
Cooling Internal heat sinks with forced air, Fan cooled, speed regulated, thermal protection
Power cord specification Plug: 10A, 250V, Wire: 3x 1.0 mm2
Chasis Size (unit mm) 482x365x88mm
Net Weight 21.6kg

APA

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