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spl Transient Designer 4 / Modell 9842

  • spl Transient Designer 4 / Modell 9842
  • spl Transient Designer 4 / Modell 9842
  • spl Transient Designer 4 / Modell 9842
  • spl Transient Designer 4 / Modell 9842
CHF 945.00
UVP: CHF 1199.00
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The Transient Designer offers the revolutionary Differential Envelope Technology (DET)

Pegelunabhängiges dynamics shaping: the first time it is possible to define, Attack and Sustain a very simple way.
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Description

The Transient Designer dynamics processing revolutionized. Estmals the envelopes of audio signals can be processed pegelunabhängig. Transients can be speeded up or slowed down, decay times lengthened or shortened. Thus, the transient offers designers unique processing capabilities of the signal dynamics, which can not be achieved with conventional compressors.\n Parameters like threshold, ratio and gain can be found as little as time constant parameters. The user will be provided, only the parameters that are truly important: With just two knobs per channel (Attack and Sustain) transients can to be increased or lowered up to 15 dB and decay by up to 24 dB. All time constants are automated in a musical way and optimize adaptively according to the characteristics of the input signal.\n \n The Transient Designer has Hüllkurvenverfolger to align the work processes on the natural signal variation. To be obtained for every moment in the music the best results. The recruitment of a threshold value is unnecessary because of the level of independence of the process.\n The Transient Designer works on the basis of the 2181-THAT VCAs, which are particularly transparent, neutral sound and distortion-. Even with high processing intensity level no damping effects or bass reductions occur. In the stereo mode, the link function activated, making two of the four channels can be cross-linked. Both channels will thus have the same control voltage to ensure a coherent stereo image. The controls of the first (or third) channel, including Active circuitry will control the second (or fourth) channel. Each channel with a relay hard-bypass circuit. The signal lights are used to rapidly control the signal flow, which is particularly important when the four channels are set via a patchbay.\n \n The controls \n \n Active \n \n The Active-switching functions described, with the number of the channel (1 to 4), switch the channels individually or off. The status LEDs indicate that the respective channel is enabled. Active Relay hard bypass are actuated circuits, which realize a direct "hard-wired" redirection of inputs to outputs. Even in the event of a power failure on a primary or secondary side of power, the unit via Relay hardware bypass switch. If the Transient Designer in the link mode (see point run 5), the active switches are the channels one and three bodies responsible for the channels two and four. The status LEDs in the second and fourth channel lit up too, if the first or third channel is activated.\n \n Signal LED \n \n The signal LED indicates whether an audio signal at the input, and it exceeds the level of -40 dB. The LED display is used as a tool to quickly identify in a complex studio wiring to determine whether a signal is actually on Transient important designer.\n \n Attack control \n \n The attack control may be the transient phase of a signal by up to 15 dB increased or decreased. To better understand the workings of the Attack control to read the remarks in Tech Talk. The Attack control network work two envelope generators. One follows the original envelope and fits so perfectly as possible to the curve. The second generator produces an envelope with a weaker attack \n \n from both envelope is formed, a difference which is intended to VCA (THAT 2181) as a control voltage. The course of the control voltage is now fully adapted to the timing of the original signal. If positive Attack value is set, it increases the amplitude of the transient. Negative Attack values lead to a weakening of the amplitude of the transient.\n \n Sustain knob \n \n With the Sustain control can be Ausschwingphase a signal by up to 24 dB increased or decreased. To better understand the operation of the sustain control to read the explanations in Tech Talk. The Sustain control network also work two envelope generators. Again, a Hüllkurvenverfolger followed the original envelope and adapts perfectly to the curve of the Ausschwingphase. The second generator produces an envelope with longer-lasting sustain.\n \n From both envelope is formed, a difference which is intended to VCA (THAT 2181) as a control voltage. The course of the control voltage is again adjusted to the timing of the original signal. If positive sustain values set, it increases the amplitude of the Ausschwingvorgangs. Negative sustain values lead to a lowering of the amplitude of Ausschwingvorgangs.\n \n Link function \n \n for the stereo mode, the link activate function, so that both channels receive the same control voltage to ensure a coherent stereo image. The controls of the first and third channel including Active circuitry will control the channels 2 and 4 The Active LEDs of the channels Two and four are mitgesteuert by the first or third channel.

Properties

Technical Data \n \n Inputs & Outputs & 0A ; \n - Instrumentation amplifier, electronically balanced (differential), transformerless \n - Nominal input level: +6 dB \n - Input impedance: = 22kOhm \n - Ausgangsimpodanz: <600 Ohm \n - Max Input Level: +24 dBu \n - Max Output Level: +22.4 dBu & 0A - Minimum Connection load: 600 Ohm \n - hard bypass switch \n - Power Fail Safety \n \n measurements \n \n - Frequency Response: 20 Hz - 100 kHz (100 kHz = -3 dB) \n - CMRR (CCMR): -- 80dBu @ 1kHz \n - THD & N: 0.004% @ 1kHz \n - B / N CCIR 468-3:-89dBu \n - B / N A-weighted:-105dBu \n \n power \n \n - Toroidal Transformer: 15VA \n -- fuse: 315mA \n - Ground-lift switch \n - voltage selector switch \n \n mass \n \n - Housing: Standard EIA 19 "/ 1U, 482 x 44.45 x 237mm \n - Weight: \n 3.4 kilograms \n Note: 0dBu = 0.775V. Technical changes reserved.

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