Incremental encoders

Output frequency: 275 kHz
Process temperature: -40 °C - 100 °C

Encoder channels: 3 Advantages Highest resolutions up to 10 000 lines per revolution Customer-specific resolutions freely programmable High signal quality and accuracy Wide temperature range Small size Lines/Steps ...

Output frequency: 275 kHz
Process temperature: -40 °C - 100 °C

Encoder channels: 3 Advantages Index channel Small size High signal quality and accuracy Different resolutions Lines/Steps per revolution - N - 1024 Signal output, square wave - - 2+1 Index Current consumption, ...

Output frequency: 275 kHz
Process temperature: -40 °C - 100 °C

Encoder channels: 3 Advantages Index channel Small size Line Driver High signal quality and accuracy Different resolutions Values at 22° and nominal voltage - Value Lines/Steps per revolution - N - 1024 Signal ...

Output frequency: 250 kHz
Process temperature: -40 °C - 100 °C

Encoder channels: 3 Advantages Integrated encoder for brushless flat DC-micromotors of the BXT H series Extremely compact with a length of only 6.2 mm Line Driver Index channel Wide range of ...

Length: 6.2 mm
Output frequency: 320 kHz
Process temperature: -40 °C - 100 °C

... given drive solution. What is an incremental encoder? Encoders detect the rotary movement of a shaft. The rotation is divided into pulses of smaller or larger size depending on their ...

Process temperature: -40 °C - 100 °C

... Unlike the incremental encoder, an absolute encoder determines absolute positions, not relative positions. After switching on the absolute encoder, an absolute return ...