CA3100E32-9S

The CA3100E32-9S is an electro-mechanical device used to convert rotary movement of a motor or pump shaft to an electrical signal. The device operates by sensing changes in the electrical fields of two coils which are positioned in close proximity but separated by an air gap. It is designed to be used in a variety of applications such as motion control, machine safety and monitoring, and position feedback.

The construction of the CA3100E32-9S consists of a pair of stationary reference coils which are used to create a voltage reference. This reference voltage is measured using two oscillator coils. When the rotor shaft rotates, it causes a change in the magnetic flux between the reference coils and oscillator coils. This change in flux generates an electrical signal which is proportional to the speed and direction of the rotor.

The CA3100E32-9S is ideal for high temperature and vibration applications, as it operates without contact between the rotor and reference coils. This eliminates the risk of mechanical failure due to wear or contamination caused by debris. The device also offers an extended operating speed range up to 15000RPM, and incorporates an amplifier stage to ensure signal linearity over the specified speed range. The CA3100E32-9S can be configured to output either a pulse-width modulated signal or an analog voltage, depending on the system requirements of the application.

The CA3100E32-9S is an ideal device for applications requiring precise monitoring, positioning, and controlling of rotating machinery. The device has a wide range of features and advantages including low cost, a compact form factor, high signal repetition rates, and robust operation under extreme vibration and temperature conditions. It is also immune to most types of interference and noise, and offers enhanced EMI performance. The CA3100E32-9S is suitable for use in industrial, automotive, aerospace, and marine applications.