Evolution 505 features and technology, Features – Krell Industries Evolution 505 User Manual

Page 6

Advertising
background image

6

SECTION

ONE

Evolution 505 Features and Technology

This section describes the innovative features and technology of the Evolution 505

SACD/CD Player, and defines CAST and other key terms used in this reference.

The Evolution 505 works to carefully transmit audio signals without damaging the

ephemeral staging and dimensional components of the music. A combination of

advanced technologies and inspired design elevate the Evolution 505 SACD/CD

Player’s performance to the reference level.

Features

The Evolution 505 has Class A, balanced, Krell Current Mode topology from input

to output for increased bandwidth. New current mirror stages feature LED voltage

reference. Developed for the Evolution Two, these current mirrors operate with

three times less distortion than previous designs. A zero feedback design pre-

serves the original harmonic structure of the recording, and a 500 K bandwidth

promotes low distortion and phase coherent performance.

The Evolution 505 uses PCM 1738 differential advanced segment DACs for supe-

rior dynamic range, and a DCI drive with independent suspension for enhanced

ergonomics and reliability.

The Evolution 505 will read redbook, CDR, 44.1 WAV, AAC (adts, and adif), DVD-

R, RW, +R, and RW discs. The 16 character, dot-matrix LED display is highly visi-

ble and features an adjustable intensity.

For flexibility of control, the back panel features a 2-way, RS-232 interface, an

RC-5 connector, and 12 VDC trigger inputs and outputs. Krell Can Link connec-

tors allow the Evolution 505 to operate in link mode with other Evolution compo-

nents.

The outputs include balanced XLR, single-ended multi-channel outputs, and a pair

of Evolution CAST™ outputs, for the most robust connection to other Evolution

components.

A 65 VA linear power supply is used for the drive mechanism, for absolute voltage

stability. A separate 45 VA linear power supply for the audio circuits is optimized to

power critical Class A audio topologies.

Advertising