Sunday, June 25, 2017

500W Mosfet Power Amplifier 2SK176, 2SJ56

500W Mosfet Power Amplifier 2SK176, 2SJ56
A Project creates a power amplifier circuit with a power of about 500W RMS using a MOSFET transistor as the main amplifier of this power amplifier. By using 2 sets of transistor MOSFET 2SK176,2SJ56. Description of the power amplifier is already designed as the picture above.

To make this power amplifier circuit is needed also some other supporting components. More details can you see the schematic circuit below. 

Circuit Diagram
Mosfet Power Amplifier Circuit Diagram
 Description:
The power amplifier circuit above is using power supply 32V CT, or you can use maximum voltage 45V CT DC Supply. Power amplifier output about 500Watt Mono if you want the Stereo amplifier you can multiply circuit and Output Power about  1000W. For easy makes this power amplifier we share PCB Layout design as below.

500W Mosfet Power Amplifier circuit

See also the video project:

Saturday, June 17, 2017

Super Bass Tone Control Circuit

Super Bass Tone Control Circuit
Here I will share a very useful tone control on your power amplifier circuit, using this tone control circuit as a pre-amplifier, making your power amplifier circuit more complete and more comfortable to hear. Below is an overview of the scheme and PCB layout for you to create.

Schematic Diagram:
Super Bass Tone Control Circuit Diagram
There are some components such as resistors, capacitors, and transistors, which are combined into a tone control circuit in such a way. Note that the J1 connector for the pin is as follows:
1. Audio Input from Media Player , Radio/TV/Tape/Mobile Phone/PC/Laptop/etc.
2. Audio Output to Amplifier
3. VCC Source Voltage about 12VDC - 16VDC
4. Ground
For the 2N2222 transistor, you can replace it with transistor C945, C828.

PCB Layout Design Super Bass Tone Control:
Super Bass Tone Control PCB Layout Design

Super Bass Tone Control

Tuesday, June 13, 2017

1600W High Power Amplifier Circuit complete PCB Layout

DIY Amazing High Power Amplifier circuit 1600W

This power amplifier circuit is a 1600W at 8 Ohm mono circuit that uses transistors as an amplifier.  Almost same with 2800W high power amplifier circuit, For stereo power amplifier circuit, you can use this circuit 2x and will issue a power of 3200W. Let us first see the circuit schematic below.

1600W High Power Amplifier Circuit Diagram

1600W High Power Amplifier Circuit Diagram

In the buffer circuit coupled with op-amp ic 4558, supplied 15VDC voltage, circuit power supply you can see in the picture is flavored transistor D313 and B507. Driver circuit using transistor MJE340 MJE350.  For use transformer, it's using one transformer by one circuit mono. CT of the transformer is not connected to the ground, will be a short-circuit. Due to this 1600W power amplifier circuit just use a plus and minus voltage only.

PCB LAYOUT for 1600W high power amplifier circuit
 PCB LAYOUT for 1600W high power amplifier circuit

PCB layout 1600W power amplifier

DIY 1600W High Power Amplifier Project by Guest elcircuit Facebook Fanpage: Junjun Mojendar

Power Amplifier Circuit Unfinished

1600W High Power Amplifier Circuit

high power amplifier circuit

1600W power amplifier

1600W power amplifier circuit

diy high power amplifier circuit



Video Test 1600W Power Amplifier Circuit:

The Power amplifier using final transistor 2SA1943 and 2SC5200 12 Set, for more powerful output amplifier using an original transistor. You can see the PCB Layout transistor as many as 12 sets by channel (Mono Amplifier) in order to issue a power of 1600W or 1,6kW at supply voltage 65VDC.

Below Updated the power amplifier builds completed and tested see the image and video:
Speaker for 1600W Power Amplifier
The speakers used 15"x2 12"x2 2x tweeter
1600W Power Amplifier Circuit for high power amplifier
1600W Power Amplifier Completed

High Power Amplifier for home quality sound

Wiring connection high power amplifier based for field amplifier

High Power Amplifier Project by Jun Modenjar

Saturday, June 03, 2017

Make a Digital Amplifier with PAM8610 Module

PAM8610 Module Power Amplifier Class D 2x15Watt
PAM8610 Amplifier Module
PAM8610 2x15W Stereo Digital Amplifier is a high-quality audio amplifier module that uses PAM8160 chip which can produce very clear sound and strong stereo separation.

PAM8610 Module Amplifier

Specifications:
Working voltage: 7V - 15V.
Output 2 stereo channel 2x10W (8Ohm) or 2x15W (4Ohm).
Output power: 10w + 10w (8 load)
Efficiency: 90%
Shutdown Current: 4uA
Quiescent current: 20mA
SNR: 86%
Total harmonic distortion: 5W / 1KHz / 8 ---- 0.1%
Frequency range: 20Hz-20KHz
Input impedance: 15K
Output Impedance: 4-8 Ohm
Dimensions: 30mm x 25mm x 2.5mm
Protection: Over Load, Over Temperature, Anti Popup Protection.

Material Specifications:
Using the chip from the latest DIODES INC PAM8610,
Using SMD components of high precision resistors, with tolerance of + - 1% 3. Layout of multi layer PCB with separate ground plane to ensure high S / N ratio, and low noise level.
PCB using Fiberglass material with thickness 1.6 mm, double-sided board.
The best quality PCB material
Using capacitor power type Low impedance more dynamic sound.

I made a power amplifier using this PAM8610 module using components not with high quality, the components I use as follows:

PAM8610 Parts for building HiFi amplifier

The first part of the power supply I use Switching Power Supply Unit with a 12volt DC output voltage ampere rating 1Amper, actual amperage rating that much less able to raise a voice of power amplifier PAM8610. I add a digital voltmeter to monitor the supply voltage. Then for the speakers use 2parts 3 Inch Speaker with 10W 4Ohm load power and also 2 pieces of tweter.

For volume settings and audio inputs use a stereo potentiometer and an additional RCA input jack. Power Amplifier using PAM8610 Class D.

Review and test PAM8610

I provide video in Indonesian version, following video build and test amplifier use PAM8610 Module.


Thursday, June 01, 2017

Led Lights on Music using LB1403 and transistor

On this occasion, I will share electronic circuit schematics on how to create the Led lights in conjunction with the music, or lights flashing on the music. This circuit is quite simple, the circuit has also been widely spread on the internet. However, at this time I will use a lot of lights to turn the lights on music together. By using audio signal amplifier circuit which will be forwarded to led using IC LB1403. However, I added a PNP transistor again to amplify the voltage going into the LED. So the Led used can be much lighter and more stable.

Immediately PCB without the following scheme, or you can buy PCB here PCB VU LED LB1403:
VU LED LB1403

PCB LB1403 Circuit
On the PCB above that is so then slightly modified for the placement of the led lamp driver transistor, so I added a hole and removed the 330 Ohm part to directly connect it.

Led Lights music circuit
I removed 330Ohm Resistor, and jumper it. Because of the + Voltage for supply the emitter PNP Transistor TIP42. So that required 12V Voltage.

Transistor TIP42 Datasheet
Above is a PNP transistor, the transistor I use is TIP42C type with the foot construction as above.

LB1403 Circuit led lights music
Then after the incoming voltage to the transistor emitter is already full, I added a hole for the emitter leg so that the base and emitter can go directly to the PCB.


Led Lights music pcb
My transistor is soldered. into the PCB by bending the foot to be affected by the opening visible copper, so it can be soldered.


Below is finished project led lights music and video test:
Led Flash music

Video Test and Application



Wednesday, May 31, 2017

Class-A Mosfet Power Amplifier 2SK1058

2SK1058 Class A Power Amplifier Circuit
DIY Mosfet Amplifier Class-A with transistor MOSFET 2SK1058 P-Channel Mosfet. This power amplifier circuit is a very simple design that produces in low stage output power. Basically this class A amplifier has a less good power efficiency, but in the use of Mosfet transistor slightly reduce the heat load on the transistor so that good impact on the performance of the amplifier. Still using a coupling capacitor on the output voltage to produce sounds that will be forwarded to the speaker. For the circuit and PCB scheme, you can see below.

Circuit Diagram:
Mosfet Power Amplifier Class-A 2SK1058 Circuit Diagram
Part List:
R1,R3 = 1K
R2 = 1M
C1 = 1uF / 0,47uF 50V
C2 = 33uF / 47uF 50V
C3 = 4700uF / 6800uF 50V
C4,C5 = 100N
C6 = 470uF 50V
Q1 = 2SK1058
RV1 = 47K - 50K Variable Resistor
RV2 = 100K Varible / Potentiometer
J1 = Audio Input
J2 = Power Supply DC 24V
J3 = Speaker Output Max 100W 4 Ohm

Note
At the Circuit diagram above there is not labeled Resistor before speaker output, you can add more Resistor before speaker output (+) with value 0.47 Ohm 5W 4x Parallel.

PCB Layout Design
PCB Layout Mosfet Power Amplifier

PCB Layout Class-A Mosfet Amplifier

Design PCB Mosfet Amplifier 2SK1058

Thanks for elcircuit.com guest, if you have done the project of this power amplifier you can contact me, I will add a post in here, such as picture or video.

Sunday, May 28, 2017

TPA3116 Class-D 2.1 Power Amplifier (2*50W + 1*100W Subwoofer)

Recently I was bought TPA3116 Class-D Digital Audio Amplifier on Online shop, that price about $12USD. This TPA3116 Power Amplifier has 2.1 channel output that has 2 midrange output speakers and 1 output for subwoofer speaker. In the mid output or L / R output of each power has 50w, while the subwoofer has a power output of 100W at 4 Ohm impedance. Below the description or wiring connection of TPA3116 2.1 Class D Amplifier:

Diagram TPA3116 Class-D 2.1 Power Amplifier
TPA3116 Class D 2.1 Power Amplifier 50W + 50W + 100W Output Power
About this Amazing Digital Amplifier Class-D TPA3116 2.1 Channel:

The amplifier board adopts two imported TPA3116D2 digital amplifier chip as the core,one piece as left and right channel power amplifier,other piece as pre-bridge briver with NE5532 subwoofer ,with a small ,high effeciency,high power characteristics.

Product name:2.1-channel audio amplifier
Chip Select:TPA3116D2
Supply voltage:DC 12-24V
Output power:50Wx2+100W Subwooferx1
Output Impedance:4-8ohm
Frequency range:14-100Khz
SNR:100db
Number of channels:3(left channel,right channel,subwoofer)
Switch frequency:1.2MHz
Size:100x70x30mm

For the use of power supply, this power amplifier does not require so large working voltage. You can use 12VDC voltage to work on the TPA3116 power amplifier. However, to use a power amplifier with a maximum power, I recommend using a maximum voltage of 24VDC. In this project, I'm using 12VDC Switching Power Supply with current 8 Amperage.

TPA3116 and 12V DC Switching Power Supply

In this experiment, I tested power amplifier using 12 Inch subwoofer speaker with 200W 4 Ohm impedance for the subwoofer channel. And 2 x Midrange 3.5 inch along with tweeters. Here's a picture of its speakers and video test.

Subwoofer and midrange speakers

Video test TPA3116 Class-D Power Amplifier 2.1 Channel

My other Project with TPA3116 Class-D amplifier with 6-inch Subwoofer




Monday, May 22, 2017

2800W High Power Amplifier Circuit [Updated!]

Mono high power amplifier circuit is actually powerful, output about 1400 W, but if this high power amplifier circuit is doubled and you want to create stereo power amplifier, this high power amplifier circuit the necessary components and PCB requires two-fold. So if the stereo high power amplifier 2 X 1400W Power Output ( 2800W ).

Power Amplifier Circuit Diagram is still less by looking at the circuit that was so below, the finished circuit has been added with gains, using two JRC4558 IC  the picture IC where it can be seen below. For circuit buffers, drivers, and booster use multiple transistors and other components (can be seen listed component). And high power amplifier project that is so below is just part of the buffer and driver while the booster has not been made. For additional transistors in the booster or high power amplifier, end scheme can be found Booster output power amplifier. For bass booster using this circuit:
New High Power Amplifier Circuit:

High Power Amplifier PA schematic diagram:
High power amplifier PA schematic diagram, edit your own ideas with proteus software.
2800W high power audio amplifier circuit diagram
2800W power amplifier cicuit diagram
Part List :

Resistor
R1_____560Ω
R2_____100Ω
R3_____2K2Ω
R4_____560Ω
R5_____1Ω
R6_____27KΩ
R7_____10KΩ
R8_____100Ω
R9_____100Ω
R10____100Ω
R11____12KΩ
R12____100Ω
R13____100Ω
R14____100Ω
R15____27KΩ
R16____2K2Ω
R17____560Ω
R18____100Ω
R19____10KΩ
R20____330Ω
R21____47Ω 2W
R22____56Ω
R23____2K2Ω
R24____22Ω
R25____56Ω
R26____180Ω
R27____500-1KΩ Trim
R28____560Ω
R29____56Ω
R30____56Ω
R31____22Ω 1W
R32____5Ω6 2W
R33____10Ω
R34____180Ω
R35____100Ω
R36____22Ω 2W
R37____180Ω
R38____56Ω
R39____47Ω 2W
R40____5Ω6 2W
R41____10Ω
R42____10Ω
R43____10Ω
R45____10Ω
R46____0.22Ω 5W
R47____0.22Ω 5W
R48____0.22Ω 5W
R49____0.22Ω 5W
R50____10Ω 5W


Capacitor
C1_____1цF
C2_____1.5nF
C3_____0.1цF 250-275V
C4_____0.1цF 250-275VC5_____100nF
C6_____100цF 50V
C7_____39pF
C8_____330pF
C9_____330pF
C10____330pF
C11____47nF 250-275V
C12____220nF 250-275V

Transistor
T1_____MJE340
T2_____2N5551 / C2240
T3_____2N5551 / C2240
T4_____2N5551 / C2240
T5_____2N5551 / C2240
T6_____2N5401 / BF423
T7_____2N5401 / BF423
T8_____2N5401 / BF423
T9_____2N5401 / BF423
T10____MJE350
T11____B1186
T12____TIP127
T13____D1763
T14____D1763
T15____B1186
T16____C5198
T17____A1941
T18____2SC2922 / MJ15024G
T19____2SC2922 / MJ15024G
T20____2SA1216 / MJ15025G
T21____2SA1216 / MJ15025G

2800W power amplifier circuit

2 x 1400W high power amplifier
Installation with booster

high power amplifier 1400W



Layout PCB high power amplifier [Edited Version]
Password RAR: elcircuit.com
File is using to edit schematic and making Layout PCB by using Proteus Software

Other high power amplifier circuit: 

Saturday, May 13, 2017

LM723 Adjustable Power Supply with Over-Current Protection

DIY Adjustable power supply circuit using LM723

Make a power supply circuit using IC LM723 adjustable regulator is very nice to use the power supply that requires a large voltage-ampere. Power supply circuit has a DC output voltage that can be regulated output from 0V up to 35V and it also depends on the input voltage. For output currents ranging from 2.5 Amperes to 10 Amperes. This circuit is also equipped with over-current protection, where there are LED indicators that work when the power supply has a high current surge then the led will light up. These LED lights can we indicated that the required voltage on the electronic components is quite high. Let's try to make it, here I present the circuit along with PCB layout and also video tested using transformer 10A output 27VAC.

The Circuit Diagram:
LM723 Adjustable power supply circuit with over current protection indicator
At the circuit above power supply circuit is using IC LM723 and the over current protection as labeled "LED OVERLOAD" which is controlled by the transistor B560 / BD140. And also there are some components driving the transistor A671 to the equation that can be used in addition to A671 that TIP42 / TIP32. And the last transistor for booster current is 2N3055 / TIP3055 / TIP35C, you can also parallel it to raise the voltage current, as above diagram with label "X" and "Y". For booster current transistor I use TIP35C for its datasheet you can see in the google search.

PCB Layout Design:
PCB Layout Adjustable power supply LM723

The Transistor:
TIP35C TIP32 BD140

IC LM723:
LM723 IC

Video Tested Adjustable DC Power Supply using IC LM723 with Over-Current Protection 

Yesterday I am successfully making the booster current using 6x TIP35C. And also making the power supply box, using wood and some acrylic. And the aluminum plate as box also as heatsinks the transistor.  Below the parts and wiring diagram:

10 Ampere adjustable power supply

Wiring diagram power supply circuit

transistor current booster wiring diagram

Already power supply circuit