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MYCOM: LSI Pulse Generator (DMP1040 Chip Series)
MYCOM: LSI Pulse Generator (DMP1040 Chip Series)
 
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Order #: DMP1040
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Description Specifications and Drawings
 

MYCOM: Super High Speed LSI Pulse Generator (DMP1040 Chip Series)


Features:

  • Single axis control

  • Advanced QFP Chip

  • Fine Pulse Rate output

  • Shape: 100 pin QFP

  • Speed Override Function: It is possible to rewrite the maximum speed in action of a register (target speed).

  • I/O used for pass action and its processing function is available.

  • Data bus of 32, 16, and 8 bits is used.

  • There are 8 of each general purpose I/O’s.

  • Interrupt outputs are made into one (INT). Daisy-chained.

  • Clock Mode (1/2 clock) is handled by software commands.

  • Stepping /servo motor selection is handled by software commands.

  • Slowdown input terminals for Reverse / Forward directions (RDWN, FDWN)

  • Slowdown stop input terminal for Reverse / Forward directions (RSST. FSST)

  • The number of output pulses is set to 0~16, 777, 215, or infinity.

  • When the operation ends abnormally, the remaining pulses are used to restart.

  • Temporary Stop function (Pose) while pulses are outputted is available.

  • Outputting pulses starts at the same time the activation starts.


Any pattern acceleration/deceleration is protected and guaranteed when:

  • a. deceleration command goes into effect during acceleration.

  • b. triangle drive is active.


It is possible to perform any pattern acceleration / deceleration using the built-in
memory data when:

  • a. Resolution: 32, 64

  • b. Perfectly any pattern can be set.

  • c. Any slope acceleration / deceleration by using self-starting, maximum frequency, average slope setting and slope data is possible.


Buffering Function:

  • a. Selection Mode: Drive parameter sets can be selected using commands.

  • b. Sequence Mode: Parameter sets set are executed sequentially. Repeated drive, continuous linear interpolation, and Home Search are conducted.


I/O Terminals:

  • a. Logic switching

  • b. Switching between edge trigger and level latch

  • c. Masking of terminals


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