In various parts of The Audio Pages, I have said that I am not a fan o terjemahan - In various parts of The Audio Pages, I have said that I am not a fan o Bahasa Indonesia Bagaimana mengatakan

In various parts of The Audio Pages

In various parts of The Audio Pages, I have said that I am not a fan of MOSFET power amplifiers. Well, this amp changed my views, and I consider this to be a "reference" system in all respects. It uses lateral MOSFETs - not switching types! The latter cannot be used in this circuit - they will self destruct! The performance is extremely good, with vanishingly low distortion levels, plenty of power, very wide full power bandwidth, and the "self protecting" nature of the lateral MOSFETs themselves.

This is not to suggest that the amp is indestructible (no amplifier can make that claim successfully), but it is much more tolerant of faults than a bipolar transistor amp, and requires nothing more than a pair of zener diodes to limit the current. Having said that, I would still recommend that you avoid shorted output leads and the like - i.e. Don't push your luck )

One thing that emerged during the design is that PCB layout is absolutely critical. The layout of this new amplifier is similar to that used for the P68 Subwoofer amplifier, and this has some major benefits. P68 has no right to sound as good as it does, and although designed for subwoofer use, it has proven during listening and testing to be a very low distortion design - despite the Class-B output stages. All PCB tracks in the input and driver section are as short as possible, minimising the chance of noise pickup from other sections of the circuit - especially noise/distortion generated by the half-wave signal current handled by each output device.
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In various parts of The Audio Pages, I have said that I am not a fan of MOSFET power amplifiers. Well, this amp changed my views, and I consider this to be a "reference" system in all respects. It uses lateral MOSFETs - not switching types! The latter cannot be used in this circuit - they will self destruct! The performance is extremely good, with vanishingly low distortion levels, plenty of power, very wide full power bandwidth, and the "self protecting" nature of the lateral MOSFETs themselves.This is not to suggest that the amp is indestructible (no amplifier can make that claim successfully), but it is much more tolerant of faults than a bipolar transistor amp, and requires nothing more than a pair of zener diodes to limit the current. Having said that, I would still recommend that you avoid shorted output leads and the like - i.e. Don't push your luck )One thing that emerged during the design is that PCB layout is absolutely critical. The layout of this new amplifier is similar to that used for the P68 Subwoofer amplifier, and this has some major benefits. P68 has no right to sound as good as it does, and although designed for subwoofer use, it has proven during listening and testing to be a very low distortion design - despite the Class-B output stages. All PCB tracks in the input and driver section are as short as possible, minimising the chance of noise pickup from other sections of the circuit - especially noise/distortion generated by the half-wave signal current handled by each output device.
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Di berbagai bagian dari The Audio Pages, saya telah mengatakan bahwa saya bukan penggemar MOSFET power amplifier. Nah, amp ini mengubah pandangan saya, dan saya menganggap hal ini menjadi sistem "referensi" dalam segala hal. Menggunakan MOSFET lateral yang - jenis tidak beralih! Yang terakhir ini tidak dapat digunakan di sirkuit ini - mereka akan merusak diri! Kinerja yang sangat baik, dengan tingkat distorsi vanishingly rendah, banyak tenaga, sangat lebar bandwidth kekuatan penuh, dan sifat "melindungi diri" dari MOSFET lateral yang sendiri.

Hal ini tidak berarti bahwa amp ini bisa dihancurkan (tidak ada penguat dapat membuat bahwa klaim berhasil), tetapi jauh lebih toleran terhadap kesalahan dari bipolar transistor amp, dan membutuhkan tidak lebih dari sepasang dioda zener untuk membatasi arus. Karena itu, saya masih akan merekomendasikan bahwa Anda menghindari keluaran lead korsleting dan sejenisnya - yaitu Jangan mendorong keberuntungan Anda)

Satu hal yang muncul selama desain adalah bahwa tata letak PCB benar-benar penting. Tata letak amplifier baru ini mirip dengan yang digunakan untuk penguat P68 Subwoofer, dan ini memiliki beberapa manfaat utama. P68 tidak memiliki hak untuk sebagus itu terjadi, dan meskipun dirancang untuk digunakan subwoofer, telah terbukti selama mendengarkan dan pengujian menjadi desain distorsi yang sangat rendah - meskipun output tahap Kelas-B. Semua trek PCB pada input dan bagian sopir sesingkat mungkin, meminimalkan kesempatan pickup suara dari bagian lain dari rangkaian - terutama noise / distorsi yang dihasilkan oleh setengah gelombang sinyal arus ditangani oleh masing-masing perangkat output.
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