TAS5414ATPHDMQ1

Linear - Amplifiers - Audio

The TAS5414ATPHDMQ1 is a high-performance, low distortion, fast slew rate, low-noise operational amplifier primarily used for audio and linear applications. It was specifically designed for superior audio performance. The TAS5414ATPHDMQ1’s low-noise and high-precision characteristics ensures that the output faithfully reproduces the input signal.

Application Field

The TAS5414ATPHDMQ1’s features make it suitable for many audio and linear applications such as preamplifiers, power amplifiers, filters and cross-over networks. It is also used in active loudspeaker systems. With a total harmonic distortion of less than 0.01%, the TAS5414ATPHDMQ1 is an excellent choice for audio systems requiring superior audio performance.

Working Principle

The TAS5414ATPHDMQ1 utilizes a unique combination of high-performance transistors, laser wafer trimming and complimentary pair current mirrors for its working principle. It is highly immune to temperature variations and has extremely low bias current, meaning it can maintain ultra low-noise performance over large temperature ranges.

The laser wafer trimming technology used in the TAS5414ATPHDMQ1 means that each device is accurately trimmed for a high-performance linear response. This allows for superior audio performance, with a total harmonic distortion of less than 0.01%.

The combination of this high-performance transistor technology along with accurate laser trimming and complimentary pair current mirrors give the TAS5414ATPHDMQ1 exceptional stability and noise performance. It can handle large input voltages without distortion and its high-speed performance ensures that the output faithfully reproduces the input signal.

Conclusion

The TAS5414ATPHDMQ1 is an excellent choice for those looking for superior audio performance. With its low-noise, low distortion and fast slew rate, it is suitable for many linear and audio applications. Moreover, its unique combination of high-performance transistors, laser wafer trimming and complimentary pair current mirrors make it highly immune to temperature variations, with a total harmonic distortion of less than 0.01%.