PTD908-1015P-B203

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rotary Potentiometers, Rheostats, and potentiometer-based systems play a significant role in the modern world today. They are used in applications ranging from audio and lighting control to production line automation. The PTD908-1015P-B203 is a product from Precision Technologies and has unique features and application fields due to its working principle.

Overview

The PTD908-1015P-B203 is a 7 segment, 5 terminal rotary device constructed using a wiper material made of noble metals and a base composite that is designed for per way and multiloop operation. The potentiometer has three types of contacts in the form of a common terminal, and four segmental dividers. The device is designed for all-round usage with its 7 segment resistive element providing a linear resistance value of 10Kohm. Additionally, this product operates in a range of -30°C to +65°C and has an isolation rating of 5000V AC/1minute. The dimensions of the PTD908-1015P-B203 are 12mm (Height) x 27mm (Total Diameter) making it small enough to fit easily into confined spaces and is usually mounted on a circuit board.

Application Field

The PTD908-1015P-B203 is used in a variety of applications and it can be employed in a range of electronic circuits from automotive, industrial, audio and lighting control to robotics and medical applications. The device is commonly used to control any type of rotary system, for example, dimmers, amplifiers and further active control components as it offers precise measurement of signals with its linear resistance value. Additionally, the PTD908-1015P-B203 is suitable for applications in precision medical systems where parameters need to be adjusted with precise accuracy. Moreover, potentiometers find various uses in control systems to adjust frequency, current and voltage levels. The device can be used to find a wide range of applications in modulation and demodulation process.

Working Principle

The PTD908-1015P-B203is a resistance-based device that works on the principle of changing the resistance values when the arm of the rotary potentiometer is turned. In simple terms, the mechanism works on the principle of the conservation of energy and the total power supplied to the device remains constant when a variable resistor, such as the PTD908-1015P-B203, is adjusted. As the arm of the device is turned, it moves a wiper against the resistive element and the resistance values begin to change accordingly. The device produces an analogue output and the adjustments made across the resistive element affects the output accordingly. The PTD908-1015P-B203 uses a 7 segment resistive element design which provides linear variablity across the resistive values.

Advantages

The PTD908-1015P-B203 provides several advantages over other rotary potentiometers. It is designed to hold up to five terminals, providing enough contact points for wiring multiple applications. Moreover, its linear range of resistance values provides precise and accurate readings. Furthermore, the device is small enough to fit into constrained spaces but is also robust enough to withstand harsh conditions. The device also features a wide range of temperature range which allows it to be used in various environments. The PTD908-1015P-B203 is also cost-effective when compared to other similar devices and it provides reliable performance.

Conclusion

The PTD908-1015P-B203 is a versatile rotary potentiometer and it is used in a wide range of applications. It operates on the principle of changing the resistance values when the arm of the device is turned and it offers precision measurement of signals with its linear resistance values. The device provides several advantages over other such systems, such as its five terminals and its compact size. Furthermore, the device is cost-effective and reliable, making it a suitable choice for many applications.

The specific data is subject to PDF, and the above content is for reference