Anaheim Stepper TM2000 Users Guide
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TM2000 UNIVERSAL OSCILLATOR USERS MANUAL Jul 8, 2002#L010107COPYRIGHT Copyright 1994 by Anaheim Automation. All rights reserved. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language, in any form or by any means, electronic, mechanical, magnetic, optical, chemical, manual, or otherwise, without the prior written permission of Anaheim Automation, 910 E. Orangefair Lane, Anaheim, CA 92801. DISCLAIMER Though every effort...
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ACCEL/DECEL
SLOWFASTJOYSTICK GAIN
MIN MAX
BASE1BASE2 MAX1MAX2 R1R2
R3R4R5R6FIGURE 1: DIMENSIONS AND COMPONENT LOCATIONS OF TM2000.
AND DIMENSIONS OF TRACK. DESCRIPTIONThe TM2000 UNIVERSAL OSCILLATOR is a linear ramping pulse generator and JoystickThere are basically eight inputs which can determine the output pulse rate. Three select lines
Controller with several options. It is designed to be used with Anaheim Automation StepS1, S2, S3 (pins 1,2,3 on TB1) determine which of the eight inputs is...
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FIGURE 2: VOLTAGE IN (VCO INPUTS) VS. FREQUENCY OUT (UNDIVIDED). Some applications may require ramping up only and no ramping down. This is the third+/- VCO INPUTmode. To operate in this mode, the STOP/RUN input and the S1 input are tied together.Refer to the Table 1 for proper control input settings. This input is similar to the +VCO input When both inputs are pulled low, the pulse generator starts running at BASE speed andexcept it automatically produces the DIRECTION and STOP/RUN signals....
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ACCELERATION/DECELERATION RAMPINGsame. The minimum pulse rates for the +/- VCO Input and the JOYSTICK Control are roughlyThe acceleration and deceleration of the TM2000 are linear and adjustable (by R1) fromten times higher than the minimum speeds in Table 2 (The MAX rates are the same as in approximately 2,700,000 steps/sec to 61,000,000 steps/sec. Remember if you are using aTable 2). 2 2 divided output, also divide these accel/decel rates by the same divisor to get a corresponding number. For...
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TB2DESCRIPTION TERMINAL 1REMOTE POT (TOP) 2REMOTE POT (WIPER) 3REMOTE POT (BOTTOM) 4JOYSTICK (TOP) 5JOYSTICK (WIPER) 6JOYSTICK (BOTTOM) 7+VCO IN 8+/- VCO IN 90VDC 10DIRECTION OUT 11CLOCK OUT (NON-DIVIDED) 12DIVIDED CLOCK OUT 130VDC TABLE 4: TB1 TERMINAL DESCRIPTION. TB1DESCRIPTION TERMINAL 1S1 2S2 3S3 40VDC 5DIRECTION IN 6STOP/RUN 7RDS 8OFF/ON 90VDC 10+5VDC 11+12VDC UNREGULATED 129VAC IN 139VAC IN TABLE 5: TB2 TERMINAL DESCRIPTION.HOOKUP DIAGRAMA typical hookup diagram is shown in Figure 3 showing...
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SPECIFICATIONS Control Inputs: (TB1: pins 1,2,3,5,6,7)CLOCK OUT (pin 11, TB2)TTL/CMOS-compatible TTL/CMOS Squarewave Logic O - O to O.8Vfrequency = 12kHz to 2.56MHz Logic 1 - 3.5 to 5.OV S1, S2, S3 (pins 1,2,3, TB1 - see Table 1)D/CLOCK (pin 12, TB2)TTL/CMOS Squarewave DIR IN (pin 5, TB1 - not for +/-VCO or Joystick)see table 3 for frequency ranges Logic 0 - Counterclockwise Logic 1 - Clockwise STOP/RUN (pin 6, TB1) Logic 0 - Output Pulses Running Logic 1 - Output Pulses Stopped RDS (pin 7, TB1)...