AmplifierCircuits

350 watt mono amplifier Stereo circuit in datasheet here

Feature of LM 4702BTA Very High Voltage Operation Scalable Output Power Minimum External Components External Compensation Thermal Shutdown and Mute Typical Audio Amplifier Application Circuit  LM 4702BTA Stereo 300W Audio Amplifier Circuit Diagram LM Series LM4702BTA

Features: Class-T architecture Pin compatible with Tripath TK2150 Proprietary Digital Power Processing technology "Audiophile" Sound Quality 0.02% THD+N @ 50W, 8Ω 0.03% IHF-IM @ 30W, 8Ω High Efficiency 95% @ 150W @ 8Ω 90% @ 275W @ 4Ω Supports wide range of output power levels Up to 300W/channel (4Ω), single-endedoutputs Up to 1000W (4Ω), bridged outputs Output over-current protection Over- and under-voltage protection Over-temperature protection Application Audio/Video Amplifiers & Receivers Pro-audio Amplifiers Automobile Power Amplifiers Subwoofer Amplifiers Circuit Diagram Up to 1000W Power amplifier TP2350B

2×160 W at 10% THD+N Into 8-Ω BTL  2×210 W at 10% THD+N Into 6-Ω BTL  1×300 W at 10% THD+N Into 4-Ω PBTL 2 x 210 Watt STEREO DIGITAL AMPLIFIER POWER STAGE

Circuit diagram for TP2150B 2 x 200 watt power amplifier

Overview: The STK412-000 series are class H audio power amplifier hybrid ICs that feature a built-in shift power supply circuit. These ICs provide high efficiency audio power amplification by controlling (switching) the supply voltage supplied to the power transistors according to the detected level of the input audio signal.  Features: Pin compatible IC series that covers power ratings from 50 W × 2 channels to 180 W × 2 channels at 0.7 or 0.8% THD, 20 Hz to 20 kHz. This allows the use of a common PCB for all output classes.  The pin arrangement is also unified with that of the three-channel STK413-000 series. This means that PCBs designed for three-channel models can also be used for two-channel models.  Miniature package — 50 W/ch to 120 W/ch (THD = 0.8%, f = 20 Hz to 20 kHz): 64 × 36.5× 8.5 mm* — 150 W/ch to 180 W/ch (THD = 0.7%, f = 20 Hz to 20 kHz): 78 × 44× 9 mm* * Not including the IC pins.  Allowable load shorted time: 0.3 s Circuit Diagram: ...

Overview The STK412-000 series are class H audio power amplifier hybrid ICs that feature a built-in shift power supply circuit. These ICs provide high efficiency audio power amplification by controlling (switching) the supply voltage supplied to the power transistors according to the detected level of the input audio signal. Power Sourse of  Two-Channel Shift Power Supply Audio Power Amplifier ICs 180W + 180 W Circuit diagram and other info  view

This circuit exploits the high slew rate, high input impedance, and high output-voltage capability of CA3140 BiMOS op amp. It also provides mid-band unity gain with standard linear potentiometers.  Baxandall Tone-Control Audio Amplifier

The mixer can be multiplexed between the SLF and VCO functions.  For two simultaneous race-car sounds.

Building a subwoofer box is the foundation of your new car audio system . In this video I will show you different techniques that will make your sub enclosure perfect and help it sound even better! How to Build a Subwoofer Box

This is how a subwoofer enclosure is built, it is ported and is tuned to 35hz the subwoofers that i am installing are 2 re 8's that are dual voice coil and i am pushing 300watts at 4ohms. 300W Building a subwoofer enclosure

The aim of this article demonstrate how the Arduino can run on 7-segment display.   We used a SA56-11GWA which is a single display with common anode, it means that the anode is common to all digits, and to the point. A display consists of 8 LEDs, 7 form the figure and 1 point decimal.A conversion between decimal and what we intend to show the binary information that you receive is called the BCD (Binary Coded Decimal). In terms of hardware, each LED work individually, so each of the segments has to lead a limiting resistor, in this case, each digit has an operating voltage of 2.2V and consumes 20mA.   If the voltage is 5volts, we need the resistor fall 5-2.2 = 3.8V, by Ohm's Law we can calculate, R = V  res  / I  led  R = 3.8 / 0.020 = 190 Ω +/- 20% (let's use a resistor with 220Ω).   This applies to this display SA56-11GWA used as an example, other values ​​may be different, it is useful to calculate the required resistance value. Decimal T...