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Delivering 5000 Watts rms with the lowest distortion figure ever measured, the Goldmund Telos 5000, the development laboratory of Goldmund for the last 3 years, is the best and most spectacular Power Amplifier ever made by Goldmund.
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Developed out of the schematics of the Telos amplifier, the new Telos 5000 extreme specifications required the Goldmund Development team to create a few completely new circuits, some of them using technologies never used before in Audio Amplifiers.7 a) I3 ?, z9 i% O( R- {/ _
r8 n% B. q) i; H5 _The telos 5000 new circuitry includes a revolutionary full protection circuit for the amplifier itself and its associated speaker, a necessary precaution for the power capability and the increadible speed of the new amplifier, capable of delivering more than 200amps in a few nanoseconds.
' U6 V4 M, j# J+ R s1 k$ LThe Alize 7 built in the Telos 5000 improves over any pre-existing designs in its ability to recreate 3D space by lowering the noise level to levels barely measurable.' O- e$ G4 ]) x+ X C* s. V0 K# Q5 I
The input circuit is also completely new, using four Class A modules of a completely new topology.
+ L# L* W! M* x/ ?; {5 I, RThe output circuit uses 72 new Power Mosfets which are especially calibrated for the Telos 5000 and a cascade/bridged circuit of a new type to increase the amplifier's speed above anything ever achieved even in the other Goldmund Telos amplifiers.
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. w: @6 W6 z: g& _, S* @The Hard brass construction is pushing the Goldmund Mechanical Grounding construction principle to a level never achieved before. & a1 K( d! s. r0 |
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Alize 7 D/A converter completely new designed to create a final resolution above 130dB
2 y# ]8 y% m0 J$ X5 n16 separate high-power transformers developing a power close to 10'000 Watts 3 |; k( `1 ]2 H/ H
Transformers molded in an epoxy mix providong vibration and noise reduction
7 M2 d% r' F. _5 v4 kMaximum Instantaneous Power:
6 x0 h" R5 Y3 n) Q5 g1510W for 8 ohms
: a0 d5 c: D( E% O( E( p3020W for 4 ohms
: m9 L h0 k: I* u9 U- I- T# m6050W for 2 ohms
# Q6 ]1 L3 b# sMaximum Continuous Power: 4 k3 |( i/ Y) v. s/ y
1250W for 8 ohms
/ [. g4 J# S5 Y" Y; _5 a2500W for 4 ohms ( ^9 ]( j# _3 v5 Z ?3 _% t, {5 s6 b
5000W for 2 ohms
+ V. g; Q! d5 vMaximum Continuous Current: 252A peak
+ V* J6 j$ ^3 qMaximum voltage swing: 110V peak
4 ?# l7 S0 Q7 d2 ~( `+ X } a) mFrequency Response:
, C7 Z5 l" e# F# k+/- 0.1 dB, 0 - 300 kHz
1 i% n8 T; [# _+/- 1 dB, 0 - 800 kHz 4 c# ]; ]9 G! L2 t: l- G* a. J
+/- 3 dB, 0 - 2.5 MHz . Y% |$ o: Y' D1 g3 w. \
Distortion: THD + N input stage analog: 0.0005% (1 Vrms input, 80kHz bandwidth measurement), Bal or unbalanced in and for any input attenuation settings (flat with freq, 20Hz-40kHz)
9 a: h* \5 O& K- |+ Z" PNoise: 7 j8 C8 U- J6 J/ t7 }
Signal to noise: >122 dB 7 v8 f0 X$ V" K' M g
A weighted: > 138 dB
9 }3 e% I: E/ H- @8 `3 m/ X7 ZCircuit Speed:
$ H, I2 H1 C# T6 K& D0 ?Slew rate: > 200 V/us * C8 ~: [$ v% Q. _
Rise time: < 200 ns ) ~/ _% D' P- x, X
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Outputs:
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4 x balanced Goldmund speaker cable Lemo connectors
7 j5 G6 t, F$ ^/ J. \) p+ e' o. nInputs:
8 D0 Z+ Z, r' u7 X8 KRCA analog unbalanced input & f+ }) ~) A+ Z1 y+ i/ h1 {% B* C0 V
XLR analog balanced input
. }8 R! Y" z$ f- o0 i/ bRCA digital S-PDIF input/output
7 `+ L/ C/ C# O6 _' |Size and Weight: ' l; _: }1 F" \9 J- {, g& H) A
94 x 47 x 39 cm
, T& z+ G) O- d% l; NWeight: 260 kg |
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