The EDIVIDE divides the resolution of an optical incremental encoder by any integer number set by the DIP switch. The EDIVIDE draws its +5 V power from the encoder cable. It outputs quadrature codes with 50% symmetry and 90...



The EDIVIDE divides the resolution of an optical incremental encoder by any integer number set by the DIP switch. The EDIVIDE draws its +5 V power from the encoder cable. It outputs quadrature codes with 50% symmetry and 90...
| Title | Date | Description | Download |
|---|---|---|---|
| PCN 1011 | 9/21/2011 | The AD2B, AD4B, AD7, EADAPT, EDAC2, EDIVIDE, EPOT, EQUAD, ESUM, ESWITCH, ETACH2, SEI-USB, USB-232 currently utilizes a printed thermal transfer label. This label will no longer be used and will be replaced by laser marking directly onto the housing of the product. The purpose for this change is to create a more durable solution, and eliminate the possibility of the label being inadvertently removed from the housing. | Download |
The EDIVIDE divides the resolution of an optical incremental encoder by any integer number set by the DIP switch. The EDIVIDE draws its +5 V power from the encoder cable. It outputs quadrature codes with 50% symmetry and 90 deg. quadrature outputs. The index signal from the encoder is simply passed straight through from input to output with no change. It tracks bidirectional encoder inputs from DC to 1 MHz. DIN rail mounting is available.
Since incremental encoders are available with only limited resolution choices, the EDIVIDE greatly extends the possible choices. Set the DIP switch to the desired divisor in binary (i.e. to divide by 161, set the DIP switch to 128 + 32 + 1). It is best to cycle the power after any changes are made to the the DIP switch.