A millivolt injector is a type of fuel injector used in internal combustion engines that operates based on millivolt signals rather than traditional high-voltage electrical signals. It typically uses low voltage to open and close the injector nozzle, allowing for precise control of fuel delivery to the engine. This technology can help improve fuel efficiency and reduce emissions by enabling more accurate fuel atomization and injection timing. Millivolt injectors are often found in specific applications, such as in certain types of automotive or industrial engines.
A milliVolt.
One millivolt is 1000 times larger than one microvolt.
yes
A millivolt (mV)
1 millivolt = 0.001 volt
A voltage amplifier (high input and output impedances) with a gain of 83.5 dB will amplify a signal of 1 millivolt to an output of 15 volts.
There no electrical units for measurement of volatage that are smaller than a volt. A millivolt (1/1000 volt) A microvolt (1/1000 millivolt) A nanovolt (1/1000 microvolt).
One thousandth part of a volt. Correct Answer=0.001
No; electron-volt is a measure of energy, not of voltage (or potential).
A millivolt pool heater has a standing pilot (meaning it is always lit). This uses a small amount of energy as well as it can attract bugs and vermine to its warmth. Millivolt heaters are considered older technology. Electronic ignition heaters have electronics that allow the pilot to be lit only just when you are starting the heater. These electronic componants usually also allow for self-diagnostic features on most heaters. This is considered newer technology and is the direction the industry is moving in. Millivolt heaters are usually slightly less expensive and are easier to work on mechanically, but electronic heaters are becoming more popular and technicians are learning to work on them more and more and they will soon replace Millivolt heaters. You can find great deals and free shipping on both Millivolt and Electronic ignition heaters and more information at www.swimmingpoolsetc.com!
The millivolt range of a gas valve is typically around 250 to 750 millivolts. This low voltage is generated by a thermocouple or a thermopile and is used to open and close the gas valve to control the flow of gas.
One millivolt (mV) is equal to one-thousandth of a volt (V), or 0.001 volts. It is a unit of electrical potential difference, commonly used in various applications such as electronics and electrical engineering to measure small voltages.