PTT111-3415A-B103

Temperature Coefficient:	--
Mounting Type:	Panel Mount
Bushing Thread:	M9 x 0.75
Actuator Diameter:	0.236" (6.00mm)
Actuator Length:	0.591" (15.00mm)
Actuator Type:	Flatted
Termination Style:	PC Pins, Board Locks
Resistive Material:	Carbon
Adjustment Type:	Top Adjustment
Rotation:	300°
Number of Turns:	1
Series:	PTT
Power (Watts):	0.05W, 1/20W
Built in Switch:	None
Number of Gangs:	1
Tolerance:	±20%
Resistance (Ohms):	10k
Taper:	Linear
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Tray

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Rotary Potentiometers and Rheostats – PTT111-3415A-B103 Application Field And Working PrincipleRotary potentiometers and rheostats are types of electrical devices that are used to control the flow of electricity through a circuit. They are often used to control the volume of a speaker system or an audio device, for example. The PTT111-3415A-B103 is an especially well-suited form of potentiometer and rheostat, which is ultra-compact and capable of providing very precise results. What is a rotary potentiometer or rheostat?A potentiometer or rheostat is a simple electrical device composed of two terminals, often connected by a rigid resistance element, such as a metal wire. They are both used to adjust the current flow in electrical circuits. A potentiometer, or variable resistor, works by varying the resistance associated with one of the terminals, while a rheostat works by varying the current path associated with one of the terminals. The PTT111-3415A-B103 is an example of a rotary potentiometer and rheostat that utilizes an ultra-compact housing which makes it suitable for applications in limited space. Application Field Of PTT111-3415A-B103This type of rotary potentiometer and rheostat is typically used in the fields of audio and light dimmer control applications. Its small size makes it particularly suitable for head unit and integrated speakers, mids, and tweeters, as well as theatrical lighting systems. The PTT111-3415A-B103 is engineered for a loud and clear sound with minimum distortion. It can be used to adjust the volume level, leading to a better overall audio experience. Because it can be used with low-voltage lighting systems, the PTT111-3415A-B103 offers the capability of adjusting the brightness of lights according to your own needs. This makes it ideal for a variety of theatrical performances, allowing you to adjust the overall lighting of the play according to the needs of the performance.Working Principle Of PTT111-3415A-B103A rotary potentiometer and rheostat are both passive electronic components. This means that they do not require a power source to operate. They are operated through the rotation of their mechanical interface, such as a shaft. The PTT111-3415A-B103 has an integrated mechanical switch that allows it to be cycled on and off with a turn of the shaft.The working principle of the PTT111-3415A-B103 is based on the fact that when the resistance between one of the terminals varies, the voltage across the device also varies. For example, a potentiometer is often used to control the volume level of audio devices. When the resistance associated with one of the terminals is increased, the voltage across the device also increases, resulting in an increase in the volume level.Similarly, a rheostat is commonly used to control the length or diameter of the current path associated with one of the terminals. When the resistance associated with one of the terminals is increased, this increases the length or diameter of the current path, leading to an increase in the amount of current flowing through the circuit.ConclusionRotary potentiometers and rheostats are both useful tools for controlling the flow of electricity through a circuit. The PTT111-3415A-B103 is an especially well-suited form of potentiometer and rheostat, which is ultra-compact and capable of providing very precise results. It is often used in the fields of audio and light dimmer control applications, due to its small size and ability to adjust the volume level and brightness of lights. Its working principle is based on the fact that when the resistance associated with one of its terminals varies, the voltage or current path across the device also varies.

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