Features: `Class-T architecture`Proprietary Digital Power Processing technology`High Supply Voltage Range` Audiophile Sound Quality`High Efficiency`Supports wide range of output power levels`Output over-current protection`Over and under-voltage protection`38-pin Quad packageApplication·Pro-audio ...
TDA2500: Features: `Class-T architecture`Proprietary Digital Power Processing technology`High Supply Voltage Range` Audiophile Sound Quality`High Efficiency`Supports wide range of output power levels`Output...
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SYMBOL | PARAMETER | Value | UNITS |
VPP, VNN | Supply Voltage (Note 2) | +/-200 | V |
V5 | Positive 5V Controller Voltage Voltage at Input Pins (pins 4-8, 10-11) |
6 -0.3 to (V5+0.3) |
V V |
VN12 | Voltage for FET drive | VNN+18 | V |
TA | Operating Free-air Temperature Range | 0º to 70º | C |
TJ | Junction Temperature | 150º |
C |
TSTORE | Storage Temperature Range | -40º to 150º | C |
ESDHB | ESD Susceptibility Human Body Model (Note 3) All Pins |
2000 | V |
ESDMM | ESD Susceptibility Machine Model (Note 4) All Pins |
200 | V |
The TDA2500 is a two-channel Amplifier Driver IC that uses Tripath's proprietary Digital Power Processing (DPPTM) technology. Class-T amplifiers offer both the audio fidelity of Class-AB and the power efficiency of Class-D amplifiers.
The typical application for the TDA2500 is driving low impedance loads for professional and highend consumer amplifiers. The feedback and voltage range of the TDA2500 can be configured externally unlike previous Tripath modules such as TA0104A. Thus, the TDA2500 is capable of emulating Tripath's previous series of TA0102A, TA0103A, and TA0104A amplifier drivers with the addition of a small number of external components.