If you cant find a spec sheet, take out a multi meter, set it to ohm mode and measure the thing. If its a variable find something in the same range, if its fixed you should be able to find a suitable replacement. If its a big resistor make sure you get a power resistor and not a standard ceramic one.
Free-beating
Joseph Swan was a pioneer in the development of electric light. He discovered that a carbon filament could be used to create light when an electric current passed through it, leading to the invention of the incandescent light bulb. In 1878, he demonstrated his light bulb successfully, which contributed significantly to the eventual widespread use of electric lighting. His work laid the foundation for modern electric lighting systems.
George Westinghouse, Jr was an American entrepenur and engineer who invented the railroad air brake and was a pioneer of the electrical industry. Westinghouse was one of Thomas Edison's main rivals in the early implementation of the American electricity system. Westinghouse's system using alternating current ultimately prevailed over Edison's insistence on direct current. In 1911, he received the AIEE Adisson's Medal 'For meritorious achievement in connection with the development of the alternating current system light'.
Michael Faraday, Britain 1821- Michael Faraday was the pioneer; but his version was purely electromagnetic and had no practical purpose. 6 years later, Anyos Jedlik put together the 3 main components of a motor which are: Stator, rotor and commutator(electrical switch).It wasn't until William Sturgeon stepped forward in 1931/32 that electric motors left the labs\classrooms and actually started powering machinery.
THOMAS ALVA EDISON (1847-1931)Electric light bulb Without a doubt, the greatest inventor of the modern era has been Thomas Edison. Many of his over one thousand inventions have profoundly changed the lives of nearly everyone in the world. Thomas Alva Edison was born in Milan, Ohio on February 11, 1847. In 1854, his family moved to Port Huron, Michigan. There, "Al's" favorite hobbies were reading, and performing chemistry experiments in his basement lab. But his teachers considered young Edison a failure; and his mother soon decided to home-school him. Edison's first job (1859) was operating a newstand on the railroad that ran from Port Huron to Detroit. To make the trips more interesting, Edison installed a printing press and chemistry lab in a boxcar. In 1862, he learned to use a railroad telegraph. Edison then spent many years traveling around Canada and the US, working as a telegraph operator and doing scientific experiments in his free time. Finally, in 1869, he decided to become a full-time inventor. On June 1st of that year, Edison was granted his first patent (#90,646), for an electric voting machine. But no one wanted to use the machine, and Edison resolved never again to invent what would not sell. His next invention fared much better: an improved stock market tickertape machine (1869), which earned him an instant $40,000 [about $700,000 today]. With his friend Franklin T. Pope, Edison formed an electrical engineering firm, based in Newark, New Jersey. With Pope, and later alone, Edison eventually earned about 200 patents for telegraph systems and devices. In 1876, in Menlo Park, New Jersey, Edison founded his famous "invention factory." "The Wizard of Menlo Park" was a workaholic and a demanding employer, but he did not resent failures in the lab: "That's one more way it won't work, so we're closer to a solution." Edison's first great Menlo Park invention was the phonograph (1877), although he did not bring it to market for ten years. He was busy with his greatest project: a workable electric light system that would replace candles and gaslight forever, at home and in public. In 1878, Edison created his prototype incandescent light bulb: a thin strip of paper, attached to wires, enclosed in a vacuum inside a glass bulb. When electricity flowed into the paper "filament," it heated up, and glowed. The only problem was that the paper burnt out very quickly. After thousands of tests, an "Edison Pioneer," Lewis H. Latimer, found the optimal filament material: carbonized cotton thread (1897). Edison installed the first reliable, durable electric lights in his own labs, and later built the first public power station, in Manhattan's financial district (1882). However, Edison's DC-current system had only a three-mile range, and was later superseded by Westinghouse's and Tesla's AC-current system. By that time, Edison had built a new and much bigger research complex (now a National Monument) in West Orange, New Jersey. There his first project was to redesign his phonograph, in light of recent improvements by others. Edison soon marketed a wax-cylinder phonograph as a dictation machine (1888), and later, as a musical home entertainment system (1896). These commercial efforts were, by and large, failures, but Edison continued to refine his favorite invention into the 1920s. In 1889, an associate, William Dickson, working at Edison's direction, invented the celluloid-strip motion picture camera and projector (1889) --- whose silent movies were viewed inside the machine, through a peephole. Although Edison later broke with Dickson, George Eastman and others helped Edison to establish the basis of the motion picture industry. After 1911, Edison was mainly dissatisfied in his work, feeling that many of his ideas were being ignored or worse yet, stolen. Throughout the '20s, he also had poor health. He died on October 18, 1931, at the age of 84. In total, Edison accumulated 1,093 US patents. Only a few inventors have earned half as many. Edison inventions not mentioned above include: the printing telegraph, the electric "stencil pen," a magnetic mining process, an electrical torpedo, a synthetic rubber, and improved alkaline batteries, cement mixers, and microphones. It must be said that Edison used other inventors' ideas much more freely than he shared his own. For example, the wax cylinder phonograph was first patented by Chichester A. Bell and Charles Sumner Tainter (1886), whose offer of a joint venture Edison rejected; the disc "gramophone" was first patented by Emile Berliner (1887); and even the so-called "Edison Effect," the observed emission of electrons from a hot filament, was actually discovered by an Edison engineer named William J. Hammer (1883). But nothing can gainsay the tremendous effect that Edison's career as a whole has had on our everyday lives. By the volume, variety and spectacularity of his inventions, Edison more than any other person made it seem like no miracle was beyond the reach of modern American technology. As an inspiration to aspiring engineers and inventors, then as now, Edison is peerless. Indeed, above all others, as his Congressional Medal of Honor certificate declared: "He illuminated the path of progress by his inventions." THOMAS ALVA EDISON (1847-1931)Electric light bulb Without a doubt, the greatest inventor of the modern era has been Thomas Edison. Many of his over one thousand inventions have profoundly changed the lives of nearly everyone in the world. Thomas Alva Edison was born in Milan, Ohio on February 11, 1847. In 1854, his family moved to Port Huron, Michigan. There, "Al's" favorite hobbies were reading, and performing chemistry experiments in his basement lab. But his teachers considered young Edison a failure; and his mother soon decided to home-school him. Edison's first job (1859) was operating a newstand on the railroad that ran from Port Huron to Detroit. To make the trips more interesting, Edison installed a printing press and chemistry lab in a boxcar. In 1862, he learned to use a railroad telegraph. Edison then spent many years traveling around Canada and the US, working as a telegraph operator and doing scientific experiments in his free time. Finally, in 1869, he decided to become a full-time inventor. On June 1st of that year, Edison was granted his first patent (#90,646), for an electric voting machine. But no one wanted to use the machine, and Edison resolved never again to invent what would not sell. His next invention fared much better: an improved stock market tickertape machine (1869), which earned him an instant $40,000 [about $700,000 today]. With his friend Franklin T. Pope, Edison formed an electrical engineering firm, based in Newark, New Jersey. With Pope, and later alone, Edison eventually earned about 200 patents for telegraph systems and devices. In 1876, in Menlo Park, New Jersey, Edison founded his famous "invention factory." "The Wizard of Menlo Park" was a workaholic and a demanding employer, but he did not resent failures in the lab: "That's one more way it won't work, so we're closer to a solution." Edison's first great Menlo Park invention was the phonograph (1877), although he did not bring it to market for ten years. He was busy with his greatest project: a workable electric light system that would replace candles and gaslight forever, at home and in public. In 1878, Edison created his prototype incandescent light bulb: a thin strip of paper, attached to wires, enclosed in a vacuum inside a glass bulb. When electricity flowed into the paper "filament," it heated up, and glowed. The only problem was that the paper burnt out very quickly. After thousands of tests, an "Edison Pioneer," Lewis H. Latimer, found the optimal filament material: carbonized cotton thread (1897). Edison installed the first reliable, durable electric lights in his own labs, and later built the first public power station, in Manhattan's financial district (1882). However, Edison's DC-current system had only a three-mile range, and was later superseded by Westinghouse's and Tesla's AC-current system. By that time, Edison had built a new and much bigger research complex (now a National Monument) in West Orange, New Jersey. There his first project was to redesign his phonograph, in light of recent improvements by others. Edison soon marketed a wax-cylinder phonograph as a dictation machine (1888), and later, as a musical home entertainment system (1896). These commercial efforts were, by and large, failures, but Edison continued to refine his favorite invention into the 1920s. In 1889, an associate, William Dickson, working at Edison's direction, invented the celluloid-strip motion picture camera and projector (1889) --- whose silent movies were viewed inside the machine, through a peephole. Although Edison later broke with Dickson, George Eastman and others helped Edison to establish the basis of the motion picture industry. After 1911, Edison was mainly dissatisfied in his work, feeling that many of his ideas were being ignored or worse yet, stolen. Throughout the '20s, he also had poor health. He died on October 18, 1931, at the age of 84. In total, Edison accumulated 1,093 US patents. Only a few inventors have earned half as many. Edison inventions not mentioned above include: the printing telegraph, the electric "stencil pen," a magnetic mining process, an electrical torpedo, a synthetic rubber, and improved alkaline batteries, cement mixers, and microphones. It must be said that Edison used other inventors' ideas much more freely than he shared his own. For example, the wax cylinder phonograph was first patented by Chichester A. Bell and Charles Sumner Tainter (1886), whose offer of a joint venture Edison rejected; the disc "gramophone" was first patented by Emile Berliner (1887); and even the so-called "Edison Effect," the observed emission of electrons from a hot filament, was actually discovered by an Edison engineer named William J. Hammer (1883). But nothing can gainsay the tremendous effect that Edison's career as a whole has had on our everyday lives. By the volume, variety and spectacularity of his inventions, Edison more than any other person made it seem like no miracle was beyond the reach of modern American technology. As an inspiration to aspiring engineers and inventors, then as now, Edison is peerless. Indeed, above all others, as his Congressional Medal of Honor certificate declared: "He illuminated the path of progress by his inventions." THOMAS ALVA EDISON (1847-1931)Electric light bulb Without a doubt, the greatest inventor of the modern era has been Thomas Edison. Many of his over one thousand inventions have profoundly changed the lives of nearly everyone in the world. Thomas Alva Edison was born in Milan, Ohio on February 11, 1847. In 1854, his family moved to Port Huron, Michigan. There, "Al's" favorite hobbies were reading, and performing chemistry experiments in his basement lab. But his teachers considered young Edison a failure; and his mother soon decided to home-school him. Edison's first job (1859) was operating a newstand on the railroad that ran from Port Huron to Detroit. To make the trips more interesting, Edison installed a printing press and chemistry lab in a boxcar. In 1862, he learned to use a railroad telegraph. Edison then spent many years traveling around Canada and the US, working as a telegraph operator and doing scientific experiments in his free time. Finally, in 1869, he decided to become a full-time inventor. On June 1st of that year, Edison was granted his first patent (#90,646), for an electric voting machine. But no one wanted to use the machine, and Edison resolved never again to invent what would not sell. His next invention fared much better: an improved stock market tickertape machine (1869), which earned him an instant $40,000 [about $700,000 today]. With his friend Franklin T. Pope, Edison formed an electrical engineering firm, based in Newark, New Jersey. With Pope, and later alone, Edison eventually earned about 200 patents for telegraph systems and devices. In 1876, in Menlo Park, New Jersey, Edison founded his famous "invention factory." "The Wizard of Menlo Park" was a workaholic and a demanding employer, but he did not resent failures in the lab: "That's one more way it won't work, so we're closer to a solution." Edison's first great Menlo Park invention was the phonograph (1877), although he did not bring it to market for ten years. He was busy with his greatest project: a workable electric light system that would replace candles and gaslight forever, at home and in public. In 1878, Edison created his prototype incandescent light bulb: a thin strip of paper, attached to wires, enclosed in a vacuum inside a glass bulb. When electricity flowed into the paper "filament," it heated up, and glowed. The only problem was that the paper burnt out very quickly. After thousands of tests, an "Edison Pioneer," Lewis H. Latimer, found the optimal filament material: carbonized cotton thread (1897). Edison installed the first reliable, durable electric lights in his own labs, and later built the first public power station, in Manhattan's financial district (1882). However, Edison's DC-current system had only a three-mile range, and was later superseded by Westinghouse's and Tesla's AC-current system. By that time, Edison had built a new and much bigger research complex (now a National Monument) in West Orange, New Jersey. There his first project was to redesign his phonograph, in light of recent improvements by others. Edison soon marketed a wax-cylinder phonograph as a dictation machine (1888), and later, as a musical home entertainment system (1896). These commercial efforts were, by and large, failures, but Edison continued to refine his favorite invention into the 1920s. In 1889, an associate, William Dickson, working at Edison's direction, invented the celluloid-strip motion picture camera and projector (1889) --- whose silent movies were viewed inside the machine, through a peephole. Although Edison later broke with Dickson, George Eastman and others helped Edison to establish the basis of the motion picture industry. After 1911, Edison was mainly dissatisfied in his work, feeling that many of his ideas were being ignored or worse yet, stolen. Throughout the '20s, he also had poor health. He died on October 18, 1931, at the age of 84. In total, Edison accumulated 1,093 US patents. Only a few inventors have earned half as many. Edison inventions not mentioned above include: the printing telegraph, the electric "stencil pen," a magnetic mining process, an electrical torpedo, a synthetic rubber, and improved alkaline batteries, cement mixers, and microphones. It must be said that Edison used other inventors' ideas much more freely than he shared his own. For example, the wax cylinder phonograph was first patented by Chichester A. Bell and Charles Sumner Tainter (1886), whose offer of a joint venture Edison rejected; the disc "gramophone" was first patented by Emile Berliner (1887); and even the so-called "Edison Effect," the observed emission of electrons from a hot filament, was actually discovered by an Edison engineer named William J. Hammer (1883). But nothing can gainsay the tremendous effect that Edison's career as a whole has had on our everyday lives. By the volume, variety and spectacularity of his inventions, Edison more than any other person made it seem like no miracle was beyond the reach of modern American technology. As an inspiration to aspiring engineers and inventors, then as now, Edison is peerless. Indeed, above all others, as his Congressional Medal of Honor certificate declared: "He illuminated the path of progress by his inventions."
Pioneer GM Monoblock Class D is an 800 watt amplifier.
A pioneer what? Head unit? Amplifier? Your question doesnt make much sense..
100w amp will do job.
To turn on the subwoofer using a Pioneer MOSFET 50Wx4 amplifier, first ensure the amplifier is properly connected to the power source and the audio system. Then, connect the subwoofer to the amplifier’s designated output terminals. You may need to adjust the amplifier settings, such as gain and crossover frequency, to optimize performance. Finally, make sure the head unit or receiver has a subwoofer output enabled to send the appropriate signal to the amplifier.
The Pioneer TSW510SPL 12 subwoofer is designed to handle up to 1,200 watts RMS, so you'll want an amplifier that can deliver sufficient power. A good choice is the Pioneer GM-D9601, which is a Class D monoblock amplifier that can produce up to 1,200 watts RMS at 1 ohm, matching the subwoofer's capabilities well. Additionally, ensure the amplifier has a suitable impedance match and includes features like low-pass filtering for optimal sound quality.
Yes it will. I had it hooked to mine they hit hard
To connect the Pioneer HTP-100SW subwoofer to the Pioneer 75W RMS amplifier, use an RCA cable. Plug one end of the cable into the subwoofer output of the amplifier and the other end into the LFE input of the subwoofer. Ensure the subwoofer's volume and crossover settings are adjusted to your preference for optimal sound quality. Finally, power on both devices and test the setup for balanced audio output.
Yes it will but it is made to work on car battery power.
On a Pioneer home stereo amplifier, the fuse is typically located on the back panel or the rear side of the unit, often near the power cord connection. It may be housed in a small compartment or slot, which can usually be accessed by removing a cover or sliding it out. Always refer to the specific model's user manual for exact location and instructions for replacement. Make sure to unplug the amplifier before checking or replacing the fuse for safety.
it's always good to keep the same brand and power rating.. try to get a 14000w pioneer amp
The Pioneer GM Monoblock Class D is bridgeable so it can be used for two or four channel stereos.You can also use it with multiple subwoofers if you want.
The Pioneer Premier TS-SW1201S2 is perfectly matched.