• Part: ENT1D-449-Y00064
  • Description: Rotary Optical Encoder
  • Manufacturer: Bourns
  • Size: 219.07 KB
Download ENT1D-449-Y00064 Datasheet PDF
Bourns
ENT1D-449-Y00064
ENT1D-449-Y00064 is Rotary Optical Encoder manufactured by Bourns.
- Part of the ENA1J-C28 comparator family.
- Ro HS PLIANT Features - Two channel quadrature output - Bushing or servo mount - Square wave signal - Small size - Resolution to 256 PPR - CMOS and TTL patible - Long life - Ball bearing option for high operating speed up to 3000 rpm - Ro HS pliant- - Rotary Optical Encoder Electrical Characteristics Output................................................................................... 2-bit quadrature code, Channel A leads Channel B by 90 º (electrical) with clockwise rotation Resolution............................................................................................................................................................................... 25 to 256 cycles per revolution Insulation Resistance (500 VDC) .................................................................................................................................................................. 1,000 megohms Electrical Travel .....................................................................................................................................................................................................Continuous Supply Voltage.........................................................................................................................................................................................5.0 VDC ±0.25 VDC Supply Current.............................................................................................................................................................................................. 26 m A maximum Output Voltage Low Output .................................................................................................................................................................................................0.8 V maximum High Output........................................................................................................................................................................