This card provides 3-axis stepper motor control. The adjustment of the phase current and flexible external power supply of the power stage make it easy to use this board with a range of motor types. The supplied driver software (source code) makes it easy to put your ideas (e.g. robot or plotter control) into practice. Centronics connection for standard printer cables & - Current chopper power stage for full and half step operation & - For use with a range of 2 and 4 phase stepper motors
The intelligent stepper motor iSMIF USB interface is used to connect the stepper motor control cards SMC800 / SMC1500 to the PC, as well as the commercially available stepper motor control amplifiers via the serial USB interface. The interface includes a microcontroller, which directly generates the drive signals for the stepper motor control cards SMC800 / SMC1500, however can also generate clock and direction signals for standard stepper motor amplifiers The stepper motor interface is designed so that it can be programmed using simple control commands. The control commands can be executed directly, however are also stored in the read-only memory It can store up to 7 programs in read-only memory. The program flow can be controlled with the start - stop - pause - inputs.
The intelligent stepper motor interface iSMIF allows the SMC-800 and SMC-1500 stepper motor control cards to be connected to the PC, as well as control of proprietary stepper motor end stages through the serial RS232 interface. This interface contains a microcontroller with driver software which directly generates the control signals for the SMC-800/SMC-1500 control cards, but can also produce the stroke and direction signals for standard stepper motor end stages. This allows any stepper motor control card to be driven independently of the PC operating system or PC software used. The stepper motor interface is designed so that it can be programmed using simple control commands. These commands are saved in the 64 kB data storage and processed sequentially. This means that a software driver is no longer needed, the programming is thereby carried out independently of the development environment. & - Ideal for driving any stepper motor control card
This plug-in card enables 3-axis control of stepper motors. Adjustable phase currents and a variable external current supply to the output stages ensure easy adaptation to many different motors. By using the supplied software drivers (source code), you can very quickly implement your own ideas, for instance a robot or plotter control system. Centronics connection for standard printer cable & - Current chopper output stage for full and half-step operation & - Connection for various types of 2- or -4 phase stepper motors.
Unit of control and output for three-phase BLDC motors Detection of position via external incremental Encoder (ABN) Programming via Trinamic Motion Control Language (TMCL) Operation in Host and Standalone mode (analogue or TMCL) Interface: RS232, RS485, CAN, clock/direction (S/D). 4 programmable inputs (analogue/digital) 2 programmable digital outputs (up to 50 V/2 A) Cooling is not necessary Over-current & over-temperature-protection Connection via pluggable screw-connector strip Aluminium casing With the optionally available USB-X V2 interface transducer BN: 198813 signals can be converted from USB to CAN, RS485, IIC, LIN and SPI.
Control: Clock and direction (step/direction), opto-decoupled 5 - 24V. Parameterization via serial port (RS-485 with ASCII protocol) Automatic reference move Up to 256stel µ -Stepping (adjustable) Dynamic current feed / Standby reduction Inputs for reference and end switch 2 Multifunction I/Os. Trinamic driver technology: radiator is not necessary Stall Guard&trade: Sensor-free load-angle measurement and monitoring of blockage Connection via screw/plug connector
The TMC IDX 7505 is a very small power end stage for stepper motors with phase currents of up to 7 A (peak) or 5 A (RMS). Control is through stroke and direction signals (opto-decoupled 5 - 24 V). In order to prevent unnecessary overheating of the motor, a dynamic current matching facility with standby current reduction is used to provide the motor with only as much current as is necessary. Parameterisation of the IDX 7505 is performed over the RS-485 interface with an ASCII protocol (on a PC for instance with "Hyperterminal"). Simple drive commands and automatic reference journeys can also be started over the interface.
Unit of control and power amplifiers for three-phase BLDC motors. Operation in the host and stand-alone mode (analog). Block commutation with Hall sensors. Serial interfaces: RS232 or RS485 depending on execution Inputs for reference and limit switches. Analog and digital I / Os to the classic controller. No refrigeration necessary. Overcurrent and overtemperature protection Header-Stecker connection The optional base board 160 (Order No. 19 75 87) provides easy access to all important signals of the TMCM-160 (Ad-Hoc Evaluation / production). With the USB-V2-X interface converter BN: 198, 813 signals can be converted from USB to CAN, RS485, IIC, LIN and SPI
Basic module for a variety of expansion options. Thus the Motor Driver Amplifiers SMCflex-ME can be plugged into different power classes In addition, the user has the option to serially address with the microcontroller unit SMCflex-EMCU. The input / output module SMCflex I / O facilitates the bringing of input signals and the identification of the output signals. To run, just an operating voltage required
Unit of control and output for three-phase BLDC motors Operation in Host and Standalone mode (analogue or TMCL) Block commutation with HALL sensors Serial ports: RS232 or RS485 design Inputs for reference and end switch Analogue and digital I/Os for classic control Cooling is not necessary Over-current & over-temperature-protection Connection via header-connector The optionally available base board 160 BN: 197587 make possible a simple access to all important signals of the TMCM-160 (Ad-Hoc evaluation/serial production). With the optionally available USB-X V2 interface transducer BN: 198813 signals can be converted from USB to CAN, RS485, IIC, LIN and SPI.
The TMC603 is a 3-phase BLDC-motor predriver for 6 external N-channel MOSFETs. Control via three PWM-signals from micro-controller. Integrated current measurement possible via MOSFETs without measuring resistor. Automatic "Break-Before-Make" logic for a safe control. Integrated 5 V and 12 V voltage regulator. Patented simulation of hall-sensor signals from the Back-EMF (hallFX). Edge steepness can be set, hence no external filter is needed. Safety and diagnostic functions.