90PR2MEGLFTB

Resistance:	2 MOhms
Power (Watts):	0.75W, 3/4W
Tolerance:	±10%
Temperature Coefficient:	±100ppm/°C
Number of Turns:	20
Adjustment Type:	Side Adjustment
Resistive Material:	Cermet
Mounting Type:	Through Hole
Termination Style:	PC Pins
Size / Dimension:	Rectangular - 0.810" x 0.190" Face x 0.250" H (20.57mm x 4.83mm x 6.35mm)
Series:	90
Part Status:	Active
Lead Free Status / RoHS Status:	--

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Trimmer Potentiometers Most modern electrical devices rely on components to register input, measure output, or provide power. Trimmer potentiometers, more commonly known as trimmer pots, are an important type of component found in many electronic circuits to adjust electrical signals. They are most often used in applications where accuracy and precision matter more than size, and their primary function is to adjust the current or voltage of a circuit. This article will discuss the application field and working principles of 90PR2MEGLFTB, a type of trimmer pot. A trimmer pot is an adjustable device used to calibrate electrical circuits. It works like a traditional potentiometer, except for that it has an adjustable screw-and-slider mechanism for setting, rather than a dial or knob. Trimmer pots are commonly used in industrial, automotive, and scientific settings because they can easily be adjusted on the fly, as they require no tools or disassembly. 90PR2MEGLFTB is often used in applications such as wireless communication, consumer electronics, and industrial control devices, for example. Basically, a trimmer potentiometer consists of two main parts: a variable resistor and a connection wire. A trimmer’s resistor is composed of an electrical resistance material between two insulated plates which form the body of the trimmer. This material can range from almost no resistance at all to an extremely high resistance depending on its design. The connection wire has one end connected to the electrical source and the other end connected to the adjustable resistor’s OUT terminal. Trimmers have two main functions: to attenuate and to control the gain of a signal. When a trimmer is adjusted to a low attenuation, it reduces the input signal and outputs an attenuated signal. When it is adjusted to a high attenuation, it amplifies the input signal and outputs a greater signal than was given. This is the opposite of what happens when the device is set to a low gain. Here, the signal is increased and output is greater than the input. Trimmer pots are available in various sizes ranging from very small to large. 90PR2MEGLFTB is particular type of trimmer pot from TTI Inc. It is used in various electronic products from Bluetooth speakers to military electronic equipment. It is a precision device that offers high performance for regulators, amplifiers, and other circuits needing precise adjustment over a wide range of operating conditions. The device has a low profile and features a potentiometer and tab design for easy-to-access adjustments. It also has integrated protection features such as current limiting and over-temperature protection to protect the circuit from unexpected faults.90PR2MEGLFTB trimmer pots are specifically designed to optimize electrical circuit performance by controlling the gain and attenuation of a signal. They are characterized by their precise adjustment capability, and are well suited for programs needing high-level accuracy and wide range of resistance values. Overall, 90PR2MEGLFTB trimmer pots offer the highest level of reliability and accuracy to ensure stability and precise adjustment for the circuit board.

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