3214X-1-503E

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

Trimmer potentiometers are a class of components which are used to adjust the resistancce in a circuit. The trimmer potentiometer 3214X-1-503E is specially designed to do this task and it has certain features which make it well suited for certain applications.

The primary application of the 3214X-1-503E trimmer potentiometer is for RF tuning applications. The The 3214X-1-503E offers excellent frequency stability with a wide range of adjustment. It also has low stray capacitance and low weight, which are valuable attributes for an RF tuning applications.

In addition to RF tuning applications, the 3214X-1-503E is also used in applications that require accurate adjustment of resistors over a large range of values. This is because the 3214X-1-503E has a large adjustment range which is very precise and consistent, making it ideal for applications that require the highest degree of accuracy.

The 3214X-1-503E trimmer potentiometer is designed to be used in a variety of mediums, including air, vacuum or plastic organic solvent. The 3214X-1-503E has an operating temperature range of -17°C to +100°C, which is sufficient for most applications. It also has a ESD rating of 8kV, meaning it can withstand electrostatic discharges with a voltage up to 8kV.

The working principle of the 3214X-1-503E trimmer potentiometer is based on the concept of variable resistance. The 3214X-1-503E comprises of three terminals. When a leftward or rightward movement is applied to the knob or the slider, it changes the resistance of the component by varying the distance between the three terminals.

In summary, the 3214X-1-503E trimmer potentiometer is a well-designed, precise and reliable component which is mainly used for RF tuning applications and applications that require accurate adjustment of resistors over a wide range of values. It has a wide operating temperature range, offers exceptional frequency stability and is able to withstand electrostatic discharge.

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