Taramps Electronics is challenged in every developed product to achieve the best possible sound and increasing the value of your car entertainment. Based on this concept Taramp developed DSP 1600, an amazing and effective product that will amaze your ears. DSP-1600 is a high-definition, full-range, Class D amplifier, 1600W RMS power into a single channel with digital voltage/frequency display. Whatever your style is, the goal of the DSP1600 is playing music with maximum performance.
Specifications:
| • | Series | DSP |
| • | Reference | DSP 1600 - 1 Ohm |
| • | Operation Class | Class D |
| • | Number of Channels | 01 |
| • | Max Output Power | @13,8 VDC - 1 OHM: 1976W RMS @13,8 VDC - 2 OHMS: 1304W RMS @13,8 VDC - 4 OHMS: 751W RMS @12,6 VDC - 1 OHM: 1600W RMS @12,6 VDC - 2 OHMS: 1066W RMS @12,6 VDC - 4 OHMS: 620W RMS |
| • | Analog Digital Converter (ADC) | 24 bits, 96kHz, 110dB Dynamic Range |
| • | Digital Signal Processing (DSP) | 24 bits, 96kHz |
| • | Input Sensitivity | 250mV (Vol=100%) |
| • | Frequency Response | @-1dB: 22Hz to 20kHz(-1dB) @-3dB: 18Hz to 30kHz(-3dB) |
| • | Crossover High Pass (HPF) | Full to 1kHz (-24dB/8ª) Variable |
| • | Crossover Low Pass (LPF) | 50Hz to Full (-24dB/8ª) Variable |
| • | Bass Boost | 0 to +10,5dB* |
| • | Limiters / Anti-clipping | Selectable 30%, 20%, 10% and 1% |
| • | Phase Selector | 0/180º |
| • | Thermal Management | Smart Cooler (cooler driven by temperature or audio, with two speeds) |
| • | Input Impedance | 18K OHMS |
| • | Protection System | Short into Output / Power Supply High/Low / Thermal Protection |
| • | Maximum Supply Voltage | 16VDC |
| • | Idle Consumption | 1,0A |
| • | Musical Maximum Consumption | @ 12,6VDC: 87A |
| • | Sinusoidal Signal Maximum Consumption | (1Khz) @12,6 VDC: 174A |
| • | Dimensions (WxHxD) | 9-1/16" (230mm) x 2-7/8" (73mm) x 6-31/32" (177mm) |
| • | Additional Information | * Parametric, 0 to + 10.5dB at 40/50/60 / 80Hz. * Power measured at 1KHz, nominal impedance (resistive load 1, 2 and 4 OHMS). Temperature 25ºC, THD around 3%. * Due to tolerances of internal components and the manufacturing process, the technical characteristics presented here can vary around 5%. |