Tag: transistor amplifier

2SC5200 BJT transistor amplifier circuits, Mosfet transistor amplifier circuits 20w ……1000w, 2200w various power transistor amplifier projects

High quality Hi-Fi Headphone Amplifier Circuits

| 2008/02/16

Opamp and transistor circuits are very nice quality headphone amp design quality for this circuit also has a symmetrical power supply circuit. Design of printed circuit quite well, especially the materials used, the cost comes to almost a high-powered amp, but prices on the name Hi-Fi 🙂 High quality Hi-Fi Headphone Amplifier Circuits all files:

IRFP240 Mosfet Amplifier 30w (single-ended class-A)

| 2008/02/14

Very nice design motherboard cpu cooler to cool the MOSFETs used in the most excellent single source of supply + 40 volts is not symmetric Class A Amplifier circuit 30w output power at 4Ω speakers are powered by +40 v supply voltage Mosfets IRFP240 used 4 was prepared with PCB Layout View and Print output…

400W Mosfet Amplifier Circuit

| 2008/02/12

A beautiful design power and operating voltage pretty high 🙂 detailed explanation (in English) diagrams and PCB files are photos of a top version, but not much change According to the calculations used transformer power 625W output voltage 2x50v total 100v ac Be careful, high voltage Rectifier post dc voltage 70V DC + – 2x70v…

High Power 2200W Amplifier Circuit

| 2008/02/07

2200W High cost an amplifier project if you want to go ahead kck87 our friend minding 2200w amp circuit Proteus ares with PCBs have drawn 56 IRFP250 Mosfets used supply voltage is too high (+-150V) Be careful circuit now has not been tested. 2200W amplifier circuit drawing extension’s source has pcb ares proteus .. High…

RMS 50W Hi-Fi Amplifier Circuit

| 2008/01/22

2 for two different transistor pcb printed circuit crafted case you can use the appropriate Transistor 2N3055 and MJ2955 Used in metal sheath version TIP3055 and the plastic-type metal-sheathed version is more powerful than TIP2955 size and structure, but with better heat transmission cooler installation more difficult. Circuit 8Ω speaker with 50W RMS 4Ω speaker…

145W Balanced Darlington Transistor Amplifier TIP142 TIP147

| 2008/01/21

Darlington Amplifier Used in the output stage power transistors TIP142 and TIP147 4 can be found in all parts 8Ω 145W 4Ω speaker with market power can give 275W two-channel stereo whether you can use the same circuit two. Anfi circuit total of 100 volts dc supply voltage symmetrical 2x50v Circuit quiescent current adjustment circuit…

760w amplifier circuit

| 2008/01/13

760w amp circuit is quite robust to noise ratio and low power depending on the quality pcb printed circuit drawing of circuit elements to be making more but makes it easier. Anfi circuit NE5532, LM393, LM393 op-amp fan and temperature controls have on the circuit board pcb layout pcb drawing program with Sprint Prepared for…

100 Watt Hifi Amplifier Circuit and 5-Band Equalizer

| 2008/01/13

Although a bit complicated PCBs in the circuit diagram drawing made ​​easy thanks to an amplifier circuit. Quite elegant in a printed circuit board component layout design very elegant addition to solid volume control located equalizer in the frequency range 15kHz, 50Hz, 250Hz, 1kHz, 4kHz, Output power transistors metal-sheathed (to3) transistors forces quite high during…

160W IGBT Amplifier Circuit

| 2008/01/12

GT20D201 (p-channel igbt) and GT20D101 (n-channel igbt) are used on the output stage of the amplifier circuit with IGBT transistors. A high quality amplifier circuit is also very stylish in its printed circuit design. Drawings about amp boxing layout plan and chassis are given. IGBT transistor amplifier circuit can deliver 88W with 8 ohm speaker…

200W 300W 400W 500W Amplifier Circuit

| 2008/01/12

The sound quality is very good, and the high-power amplifier circuit is classic, stable design output transistors TO3 sheath output power is between 200W-500W. With the number of transistors, transformer and a few other component changes, it can provide up to 500W of power. The explanations below belong to the person who designed the circuit.…