CT6EW100

Trimmer Potentiometers:

The CT6EW100 is a trimmer potentiometer which offers excellent linearity, tracking, and accuracy in a tiny form factor. It is a great choice for applications where space is at a premium and stability is a must, such as in medical or aerospace applications.

Application Field:

Trimmer Potentiometers are most commonly used in instrumentation, test equipment, and consumer electronics. They are smaller and more compact than standard potentiometers making them well-suited for applications where space is limited. These include motor controllers, consumer electronics, and automotive gauge clusters.

Aside from being small and compact, trimmer potentiometers are also incredibly accurate and extremely stable. Their excellent linearity and tracking performance makes them optimal for controlling the exact parameters in a variety of applications. This includes video/audio display, imaging systems, motor speed/direction control, and more.

Working Principle:

The trimmer potentiometer works by supplying a constant voltage to the input and output terminals. The voltage is derived from the adjustable contact point on the rotary shaft. When the shaft is turned, the contact point slides along a resistive path, producing a linear voltage gradient across the two terminals.

Trimmer potentiometers canhandle voltages up to 63V, in contrast to standard potentiometers that can usually only handle up to 12V. Additionally, trimmer potentiometers typically have more than a 100,000 life cycles whereas standard potentiometers usually have about 3,000. This makes them more reliable than their standard counterparts.

Trimmer potentiometers provide unparalleled tracking accuracy and stability with their low parasitic capacitance and excellent linearity. As a result, they are typically used in precise voltage control applications.

Conclusion:

In summary, the CT6EW100 trimmer potentiometer is a great option for applications where space and reliability are at a premium. It is equipped with a variety of features, such as its high voltage handling capability and excellent linearity, that make it ideal for a variety of control applications.