Input
5V USB 3.0 Type C
Outputs
1 x 9V 2000mA 2.1mm center pin negative
Quiescent Current
13mA
Dimensions
3.25″ x 2″ x 1″
0.15lbs
Construction
Aluminum case
Blue anodized
Standard version
529 HC power converter
18W USB-C US wall power supply
1M USB-C cable
2.1mm 9V DC cable
2.1mm – 2.5mm DC cable adapter
Basic version
529 HC power converter
2.1mm 9V DC cable
2.1mm – 2.5mm DC cable adapter
The Mission 529 and 529HC are two of the lowest noise pedal board power supplies available. Check out the test results to see noise measurements of the 529 compared to some other isolated pedal board power supplies.
The traces above show a 9VDC power output from the Mission 529 compared to another brand of isolated power supply using an external AC/DC switching supply. For reference there is also a trace from a large, premium power supply with an internal toroidal transformer. Toroidal transformers are sometimes quoted in systems specs as being important for low noise.
As you can see from the traces, the 9VDC from the 529 and toroidal supply are virtually identical, whereas the other switching supply is somewhat noisier.
The second set of traces above shows what can happen when switching noise passes into the audio path. In this test, two power supplies are powering a compressor pedal. A test signal representing the guitar is generated at the input and measured at the output.
You can see in the first trace of another brand of power supply that there is some noise superimposed on the audio signal. In the second trace, where the 529 is powering the effect pedal, this noise is removed.
With just 13mA quiescent current and high efficiency converters, the 529HC provides long battery life and minimal wasted energy. As an example, run time for a Line 6 HX Stomp on a single charge of a 10,000mA/h USB battery pack is over 3 hours.
* The 529 HC requires a USB C power source. Mission has tested and recommends the following portable power banks:
Mission 529 PD battery pack – 13400mAh
Naztech Super Speed – 26800mAh
Anker Powercore+ – 26800mAh
