Showing posts with label GUITAR. Show all posts
Showing posts with label GUITAR. Show all posts

Wednesday, August 3, 2011

BASS-MIDLE-TREBLE (3 LINE) CROSSOVER ACTIVE CIRCUIT SCHEMATIC DIAGRAM

BASS-MIDLE-TREBLE (3 LINE) CROSSOVER ACTIVE CIRCUIT SCHEMATIC DIAGRAM

This is a simple treble-midle-bass (3-way) crossover Circuit, intended for triamping Hi-Fi systems. This is a conventional 12dB / Octave unit, and cannot be expected to have the same performance as a Linkwitz-Riley aligned filter network. It will still be a vast improvement over nearly any passive crossover, and is ideal for beginners or those who want to experiment further with multi-amping, but without the complexity of a major project. The retuning (to (sub)-Bessel / Linkwitz-Riley alignment) is recommended, as the performance will be more in line with modern standards - see information below.
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Thursday, July 14, 2011

GUITAR REVERB EFFECT CIRCUIT DIAGRAM


Gitar Reverb Efek

This is the circuit of guitar reverb circuit, it is suitable for use as a front-end to a guitar amplifier. This circuit features clipping indicators on the preamp and reverb recovery stages, allowing for the optimal gain settings.
Specifications

rangkain gitar reverb efekSkema rangkain gitar reverb efek


The guitar input stage is a class A amplifier with adjustable bias. A 2N3906 PNP tranistor is used for a low noise design on this stage. The output of the preamp stage is sent to three places: the output mixer amp, the reverb driver amp, and the input clipping detector.

The reverb driver amp consists of a phase inverting push-pull circuit made from dual sections of a 5532 high quality audio op-amp. This provides a voltage swing of approximate twice the supply voltage to the reverb impedance matching transformer, allowing higher power transfer. The 100 ohm resistor is critical for insuring a clean drive signal, without it, the op-amps can saturate when driving the transformer, producing unwanted distortion.
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ELECTRIC GUITAR EFFECT SCHEMATIC DIAGRAM

ELECTRIC GUITAR EFFECT SCHEMATIC DIAGRAM

For you who like to assemble their own or following electronic love is one of a series of simple Treble Booster

Treble Booster seldom used by guitarists, and if the only digunakanpun final choice, but there are also still likes the sound of guitar effects "Treble Booster" Screaming Bird Treble Booster was first introduced by the Electro-Harmonix was the era when 70 -- the company is producing guitar effects Screaming Bird Treble Booster. And in this current era of emerging many similar effects in treble booster which sell in the market, either a modified or an almost similar to the original sound.

rangkaian efek gitarSkema rangkaian efek gitar

Transistor 2n5133 is difficult to find in the market, these transistors are short data


Various
Si NPN Lo-Pwr BJT
V(BR)CEO (V)=18
V(BR)CBO (V)=20
I(C) Abs.(A) Collector Current=50m
Absolute Max. Power Diss. (W)=200m
I(CBO) Max. (A)=.05u
f(T) Min. (Hz) Transition Freq=40M
Package=TO-106
Military=N
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Tuesday, July 12, 2011

BASS-TRABLE AUDIO TONE CONTROL SCHEMATIC DIAGRAM

BASS-TRABLE AUDIO TONE CONTROL SCHEMATIC DIAGRAM

This is a simple tone control can be used in may audio applications. It can be added to amplifers, used as a stand alone control module, or even built into new and exciting instruments. It's one IC construction makes it a very compact circuit, as only a few support components are required. Plus, it does not use a dual power supply. This means that the circuit will run from 9V to 15V (although the bass will be a little weak at 9V).

IC LM1036 is controlled tone (bass/treble), volume and balance circuit for stereo applications in car radio, TV and audio systems. An additional control input allows loudness compensation to be simply effected. Four control inputs provide control of the bass, treble, balance and volume functions through application of DC voltages from a remote control system or, alternatively, from four potentiometers which may be biased from a zener regulated supply provided on the circuit. Each tone response is defined by a single capacitor chosen to give the desired characteristic.
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