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[1] HARP EFFECTS BY MARKO BALLAND

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Page 1: EFFECTS - Lone Wolf Blues Company LLC · impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable. 4)

[1]

HARP

EFFE

CTS

BY MARKO BALLAND

Page 2: EFFECTS - Lone Wolf Blues Company LLC · impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable. 4)

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There are so many harp players these days, looking for new sounds to match many musical styles and genres, which is great. BUT....

Keep in mind that amplification doesn't improve the quality of your acoustic sound :- if your sound is good it will remain

good after amplification- In the other hand, if your acoustic tone is bad, the amp will make it even worse.

BEFORE YOU START USING

EFFECTS...

Page 3: EFFECTS - Lone Wolf Blues Company LLC · impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable. 4)

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Why is that? because the effects you will use are usually used for guitar. A guitar has microphones and volume controls. You can open a guitar's volume up to 17 kHz.Harps usually have microphones that open their volume until 200 kHz. This is not a problem for a P.A, but if

you plug it to an amp, you'll create a feedback. In order to avoid it, you have to use a tester to measure your volume level and stop it at 17 kHz. If you don't have a tester, just know that 17 kHz is approximately a

quarter of the volume button's range.

1) START TO THINK AS A GUITAR PLAYER

Page 4: EFFECTS - Lone Wolf Blues Company LLC · impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable. 4)

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1) Microphones and amplifiers work best with certain load or drive levels, respectively. For this reason, it is desirable to "match" the impedance of the microphone to the impedance of the device it is connected to – an amp, a foot pedal, a wireless transmitter, or....

2) Impedance matching transformers are simple devices that can "match" a low impedance mic to a high impedance load, or vice versa.

3) Low impedance systems came later than high impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable.

4) There is no inherent difference in tone or feedback rejection between low and high.

5) Low impedance systems are almost always wired with "XLR" jacks and plugs. This is a worldwide industry standard.

6) Many different kinds of connectors are used for high impedance devices, including XLR. However when XLR is used, the cable-to-pin wiring is not the same as it is for low impedance XLR. Mixing low- and high-impedance cables and mics just because you can connect them together with XLR can lead to poor performance. When you see a mono 1/4" jack or plug (like guitar players use) it’s a safe bet that you're looking at a high impedance device. The same is true for the "screw-on" connector that was made by Switchcraft and Amphenol, was found on many vintage mics and is still produced today.

7) There's nothing wrong with connecting a high impedance mic with an XLR connector to a high impedance load (like an amp) with a cable that has XLR at one end and a 1/4" connector at the other. There is something wrong, however, with using that same cable to connect a low impedance mic to the amp. First, there is an impedance mismatch and neither the amp nor the mic will perform as well as they could. More importantly, high impedance

XLR and low impedance XLR cables are wired differently. When you use an XLR1/4” cable with a low impedance mic, you will get less than half of the mic’s output! The proper way to connect a low impedance mic to a high impedance amp is to use a low impedance cable (XLR to XLR) together with an impedance matching transformer.

2) BEWARE OF THE IMPEDANCE

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3) LET'S THE CHAIN BEGINS !

The "expression pedals": Wah wah, Whamy, Harmonisor, auto wah

Now that we know about the microphone, let's the pedal chain begins (and the fun too)...

BE AWARE THAT THE PEDALS HAVE TO BE PLACED IN THAT ORDER FOR AN OPTIMUM SOUND.

If you want to add an anti feedback device :It has to be placed between the compressor and the "expression" pedals. I warmly advice the Harp Shield from Lonewolfblues

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Page 6: EFFECTS - Lone Wolf Blues Company LLC · impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable. 4)

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The compressor: won't have any impact on your expression pedal, Its role is to smooth down the notes, not to boost your signal

The distorsion and overdrive : You have to choose the right saturation. It will give its colour to your sound.

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Page 7: EFFECTS - Lone Wolf Blues Company LLC · impedance ones, and were developed to enable much longer cable runs and better reject noise (like hum) that gets injected via the cable. 4)

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The Booster : It will boost your direct sound ( Clean amplifier sound). It will also boost your distorted sound. One thing is to know when you set up the distorsion or overdrive volume, is to put the same amount of volume as your direct sound, the booster will increase the level when you'll be on "Chorus, solo"...( If you don't pay attention to this particular set up, becareful of the feedback)

the Equalizers and ultramisers : The equalizer will give your harp and your whole system its real sound. It will also determin the input and output gain for your amp. I would prefer a band equalizer, to a parametric one ( At least 10 bands with input and output gain) A tip : Turn your input gain down and your output gain up!

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The effects (Delay, chorus, reverb, phasing,etc...) : they are after everything (the Equalizer on the pedal chain) they won't be equalized, wich is fine since they really don't need to be.

AND AT LAST THE AMPLIFIER : I would recommand a lamp amplifier. The number and the type of speakers is important

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NOW KEEP PLAYING

THAT THING

ET VOILA....