User manual RANE DC 24

[. . . ] To use the DC 24 's crossover bandsplit mode, be sure the rear panel CROSSOVER ENGAGE switch is in. With the rear panel OUTPUTS switch set to SEPARATE, split outputs are available at the CH 1/LOW OUT and CH 2/HIGH/COMBINE OUT jacks. With the OUTPUTS switch at COMBINE, use only the CH 2/HIGH/COMBINE OUT jack for a mono sum of high and low channels. NEVER CONNECT ANYTHING EXCEPT AN RS 1 OR OTHER APPROVED RANE AC POWER SUPPLY TO THE THING THAT LOOKS LIKE A TELEPHONE JACK ON THE REAR OF THE DC 24. [. . . ] The OverLoad LED: illuminates any time the output exceeds a level equal to -4 dB below the clipping level. w DUAL / SLAVE mode switch: In the in (SLAVE) position, this switch causes both channels' Gate, Compressor and Limiters to act together, i. e. , they are "slaved. " All controls for both channels remain active, so independent settings are still possible; however, whenever a signal in one channel exceeds its settings, then both channels change by the same amount. In the out (DUAL) position, both channels operate independently. e CROSSOVER FREQUENCY control: This rotary control selects the crossover frequency. What did you think? Manual-2 REAR PANEL DESCRIPTION 10 INPUTS AND OUTPUTS TIP=#2=POSITIVE RING=#3=NEGATIVE SLEEVE=#1=SIGNAL GROUND DC 24 POWER TIP=SEND RING=RETURN TIP=SEND RING=RETURN MADE IN U. S. A. RANE CORP. SEPARATE COMBINE -10 dBV +4 dBu OUTPUTS CH 2 TRIM CH 2 IN CH 2 HIGH / COMBINE OUT CH 2 SIDE CHAIN CROSSOVER ENGAGE -10 dBV +4 dBu CH 1 TRIM CH 1 / CROSSOVER IN CH 1 / LOW OUT CH 1 SIDE CHAIN 600mA CLASS 2 EQUIPMENT N108 8 6 3 4 5 7 6 1 2 5 9 1 CHANNEL 1 INPUT connectors: deliver signal to both channel 1 of the processor and to the crossover circuit. Choose either the XLR or the ¼" TRS jack, do not use both, they do not sum. 2 CHANNEL 1 / LOW OUTPUT connectors: deliver signal from channel 1's processing circuitry and represents the low-pass portion of the signal when the CROSSOVER ENGAGE switch 7 is in the in position. Both the XLR and the ¼" TRS jack may be used at the same time if desired. 3 CHANNEL 2 INPUT connectors: only deliver signal to channel 2's processor. It is disconnected when the CROSSOVER ENGAGE switch 7 is in its in position. Choose either the XLR or the ¼" TRS jack, do not use both, they do not sum. 4 CHANNEL 2 / HIGH / COMBINE OUTPUT connectors: make the signal from channel 2 available to the outside world and is the high-pass portion of the audio when the CROSSOVER ENGAGE switch 7 is in its in position. If the OUTPUTS switch 8 is in the COMBINE position, this output produces the sum of channels 1 & 2 and its overall level is controlled by CH 2 OUTPUT LEVEL. Both the XLR and the ¼" TRS jack may be used at the same time if desired. 5 SIDE CHAIN: Inserting a ¼" TRS plug into this jack breaks the input signal path to both the Compressor and Gate control circuit. Inserting an equalizer in this loop enables greater compression of boosted equalizer frequencies. The standard convention is used of Tip=Send & Ring=Return. 6 INPUT GAIN TRIM switches: In its +4 dBu position, the input gain of the respective channel is unity. In the -10 dBV position, the input gain is increased by 12 dB (although mathematically suspicious, it really is 12 dB, not 14 dB) to compensate for certain recording devices. This switch must be in the +4 dBu position for front panel calibration accuracy. 7 CROSSOVER ENGAGE switch: In its in position, this switch places the low pass portion of the audio signal on CH 1 /LOW OUT, and the high pass portion on CH 2 / HIGH / COMBINE OUT. [. . . ] 1 is still active -- do not engage the CH 1 BYPASS for any reason. ) Combine Mode. As more users (particularly bass guitar players) discover new applications for this mode, they want to use BYPASS as an aid in optimizing settings. Unfortunately, the BYPASS switches do not operate in the COMBINE mode; however, a simple trick solves the problem: 1. Permanently engage the CH 1 BYPASS switch. [. . . ]