Amplifiers make audio signals sound better. Various amplifiers are available in the market each destined to perform specific tasks. One such unit is introduced by TL and TL Audio Fatman 252 valve hifi Amplifier excels in all the respective aspects of performance. This unit is developed to perform a particular task and it does it perfectly.
The unit consists of an integrated ipod dock and features warm sound. It produces power at 25 watts per channel. For better maintenance of the unit it is provided with a Brush / Glove which can be used for cleaning.
Parts and components
The unit provides an audio cable which can be connected to the docking station and the amplifier. Banana plug is used in the speaker cables. It also provided with an Aux source audio cable which comes in handy and can be used to connect CD player. Docking station to the TV can be connected via Video cable which is also included within this amplifier.
Technicalities
There are about 3 source inputs included in the unit that plays a very crucial role. Maximum output power produced within the unit is 25W x 2 which offer a power packed performance. Frequency response is calculated as 20-20KHz (±1.5dB) and distortion rate of 1%. Signal to noise ratio total up to 85dB and offers soundless operation. Input and output impedance is 100K ohm and 4 ohm/8 ohm respectively. Whereas the input impedance totals up to 250m V.
Compact placement is made possible with a dimension of (L) 392mm x (W) 290mm x (H) 157mm and weight of 15.22kg. All these qualities make TL Audio Fatman 252 Vacuum Amplifier a better product and an unbeatable unit.
| General Information | |
|---|---|
| Brand | TL |
| Model | TL Audio Fatman 252 valve hifi Amplifier |
| Weight | 15.22kg |
| Dimensions | (L) 392mm x (W) 290mm x (H) 157mm |
| Type of Amplifier | Vacuum Tube Amplifier |
| Impedance in ohms | Input Impedance: 100K ohm, Output Impedance: 4 ohm/8 ohm |
| Total Harmonic distortion | 1% |
| Wattage | 25W x 2 |
| Variable crossover | 20-20KHz |
| Signal to noise ratio | 85dB |
| Number of Channels | 2 |
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