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Encoder Interface
Anaheim Automation offers a line of Incremental Encoder Interace IC Chips for your motion control needs. When precision position control is needed these IC Chips are a low cost solution.
LSI-LS7082:
* x1, x2, and x4 mode selection
* up to 16MHz output clock frequency
* INDEX input and output
LSI-LS7083, LSI-LS7084:
* x1 and x4 mode selection
* Programmable output clock pulse width
* On-Chip filtering of inputs for optical or magnetic encoder applications
LSI-LS7183, LSI-LS7184:
* x1, x2, and x4 resolution
* Programmable output pulse width (200ns to 140us)
* Excellent regulation of output pulse width
LSI-LS7166:
* Programmable modes are: Up/Down, Binary, BCD, 24 Hour Clock, Divide-by-N, x1 or x2 or x4 Quadrature and Single-Cycle
* 8-Bit I/O Bus for uP Communication and Control
* 24-Bit comparator for pre-set count comparison
LSI-LS7366R
* 32-bit counter (CNTR)
* 8-bit, 16-bit, 24-bit and 32-bit programmable configuration synchronous (SPI) serial interface
* Two 8-bit mode registers (MDR0, MDR1) for programmable functional modes
10 piece minimum order.
LSI-LS7082:
* x1, x2, and x4 mode selection
* up to 16MHz output clock frequency
* INDEX input and output
LSI-LS7083, LSI-LS7084:
* x1 and x4 mode selection
* Programmable output clock pulse width
* On-Chip filtering of inputs for optical or magnetic encoder applications
LSI-LS7183, LSI-LS7184:
* x1, x2, and x4 resolution
* Programmable output pulse width (200ns to 140us)
* Excellent regulation of output pulse width
LSI-LS7166:
* Programmable modes are: Up/Down, Binary, BCD, 24 Hour Clock, Divide-by-N, x1 or x2 or x4 Quadrature and Single-Cycle
* 8-Bit I/O Bus for uP Communication and Control
* 24-Bit comparator for pre-set count comparison
LSI-LS7366R
* 32-bit counter (CNTR)
* 8-bit, 16-bit, 24-bit and 32-bit programmable configuration synchronous (SPI) serial interface
* Two 8-bit mode registers (MDR0, MDR1) for programmable functional modes
10 piece minimum order.
These IC Chips are a CMOS quadrature clock converter. Quadrature clocks derived from optical or magnetic encoders, when applied to A and B inputs are converted to strings of Up Clocks and Down Clocks. Pulses derived from the Index Track of an encoder, when applied to the INDX input, produce absolute position reference pulses which are synchronized to the Up Clocks and Down Clocks. These outputs can be interfaced directly with standard Up/Down counters for direction and position sensing of the encoder.
.png "Incremental Quadrature Decoders - LSI-LS7082N")
LSI-LS7366R is a 32-bit CMOS counter, with direct interface for quadrature clocks from incremental encoders. It also interfaces with the index signals from incremental encoders to perform variety of marker functions.
The LSI-LS7166 is a CMOS, 24-bit counter that can be programmed to operate in several different modes. The operating mode is set up by writing control words into internal control registers
The LSI-LS7166A Series is now LTSOH (Limited to Stock on Hand)
The LSI-LS7166 is a CMOS, 24-bit counter that can be programmed to operate in several different modes. The operating mode is set up by writing control words into internal control registers
The LSI-LS7166A Series is now LTSOH (Limited to Stock on Hand)
.png "LSI-LS7166A - Incremental Single Axis Counters")