I wouldn't do that but the customer is always right.
The TS-1 has tricks built into the sine wave output and dB meter input. For example the TS-1 has a 51 ohm resistor in series with the output so you can drive a load with the sine wave output and measure the dB drop vs frequency to impute reactance in the load.
If you convert the output to active balanced you need to carry both the + and- outputs over to the dB meter input. The 1/4" switching input jack cannot simply switch both input legs.
Perhaps you could add an additional XLR output jack independent of the hardwired 1/4" sine wave path. The TS-1 has +/- 15v rails and could probably drive an active balanced output but I won't guarantee the PS to hold up to driving 600 ohms to full level. I had to do tricks to get full rail voltages from the standard transformer as is.
This will void your warranty if you bought the TS-1 from me.
JR
The TS-1 has tricks built into the sine wave output and dB meter input. For example the TS-1 has a 51 ohm resistor in series with the output so you can drive a load with the sine wave output and measure the dB drop vs frequency to impute reactance in the load.
If you convert the output to active balanced you need to carry both the + and- outputs over to the dB meter input. The 1/4" switching input jack cannot simply switch both input legs.
Perhaps you could add an additional XLR output jack independent of the hardwired 1/4" sine wave path. The TS-1 has +/- 15v rails and could probably drive an active balanced output but I won't guarantee the PS to hold up to driving 600 ohms to full level. I had to do tricks to get full rail voltages from the standard transformer as is.
This will void your warranty if you bought the TS-1 from me.
JR