HCTL-2032-SC Quadrature Decoder IC

The HCTL-2032 is CMOS ICs that perform the quadrature decoder, counter, and bus interface function. The HCTL-2032 is designed to improve system performance in digital closed loop motion control systems and digital data input systems. It does this by shifting time intensive quadrature decoder functions to a cost effective hardware solution. The HCTL-2032 consists of 4x/2x/1x-quadrature decoder, a binary up/down state counter, and an 8-bit bus interface. The HCTL-2032 has the dual-axis capability and index channel counter. The use of Schmitt-triggered CMOS inputs and input noise filters allows reliable operation in noisy environments. The HCTL-2032 contains 32-bit counter. It also contains quadrature decoder output signals and cascade signals for use with many standard computer ICs. The HCTL-2032 provides LSTLL compatible tri-state output buffers. Operation is specified for a temperature range from -40oC to 100oC at clock frequencies up to 33MHz.

Features
  • Interfaces Encoder to Microprocessor
  • 33 MHz Clock Operation
  • Programmable Count ModesQuadrature (1x, 2x or 4x)
  • Dual Axis Support
  • Index Channel Support
  • High Noise Immunity:Schmitt Trigger Inputs Digital Noise Filter
  • 32-Bit Binary Up/Down Counter
  • Latched Outputs
  • 8-Bit Tristate Interface
  • 8, 16, 24, or 32-Bit Operating Modes
  • Quadrature Decoder Output Signals, Up/Down and Count
  • Cascade Output Signals, Up/Down and Count
  • Substantially Reduced System Software
  • 5V Operation (VDD VSS)
  • TTL/CMOS Compatible I/O
  • Operating Temperature:-40oC to 100oC
  • 32-Pin PDIP, 32-Pin SOIC
Applications
  • Interface Quadrature Incremental Encoders to Microprocessors
  • Interface Digital Potentiometers to Digital Data Input Buses
SpecificationValue
LifecycleObsolete
Distrib. InventoryYes
Samples AvailableYes
Counter Size32-Bit
Frequency33MHz
RoHS6 CompliantY
Max Qty of Samples5
PackageSOIC
Product TypeDecoder
Application Note (2)
Data Sheet (1)
Obsolescence Notice (1)
Product Change Notice (PCN) (4)