Abstract Data ADE-60 Panduan Pengguna - Halaman 15

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9.3) Patch Example 3

1) DUAL BIAS/OFFSET & ATTENUATOR

(A1) Off

(G1) Off

(B1) On

(A2) Off

(G2) Off

(B2) Off

(A3) On

(G3) Off

(B3) On

(A4) On

(G4) Off

(B4) Off

Rear panel jumper positions

for patch example 3

2) PATCH EXPLANATION

This patch example shows the module split into 2 1-input / 1-output sections. The first has unipolar

0-5V bias/offset and standard attenuation and the second has unipolar +/- 5V bias/offset

and attenuversion.

The rear-panel user settings are shown on the left and includes Bias for channels 1 (B1) and 3 (B3)

and Attenuversion for channels 3 (A3) and 4 (A4).

Channels 1 and 3 do not have their outputs connected – these are used to control the bias/offset

of the channels that follow them. The DC voltage that these channels produce cascades to the

next channel with a connected output (Channels 2 and 4).

Input signals 1 and 2 (Channels 2 and 4) enter the module via the input sockets for those channels

as per previous examples.

The output for each section is taken from channel 2 and channel 4 and is a summed signal that

includes the input signals (Channels 2 and 4) plus any bias/offset voltage (Channels 1 and 3) .

The volume knobs for channels 1 and 3 controls the bias/offset amount for the input signals at channels

2 and 4 and the volume knobs for channels 2 and 4 controls the volume of the signal at those channels.

This patch could be developed further by activating Attenuversion for both bias/offset channels

or increasing the potential bias/offset amount by activating Gain for both bias/offset channels.

[Section 1]

0-5V Bias

& Attenuator

[Section 2]

+/-5V Bias

& Attenuversion

Front panel connections

for patch example 3

Page 13 of 15

Signal 1: BIAS (+)

Signal 1: IN

Signal 1: VOL

Signal 1: OUT

Signal 2: BIAS (+/-)

Signal 2: IN

Signal 2: VOL

Signal 2: OUT

Version 1.1.0