TIP150中文资料Two Channel Synchro / Resolver Interface数据手册TEWS规格书

描述 Description

The TIP120 family of IndustryPack®compatible modules are designed for motion control applications using incremental encoders as position feedback. There are five versions available: The TIP120-1x is a one or two axes motion control IP based on the LM628 controller from National Semiconductor providing a +/-10V output signal by a 12 bit D/A converter. The TIP120-2x is a one or two axes motion control IP based on the LM629 controller from National Semiconductor providing an 8 bit sign-magnitude PWM output signal. The TIP120-30 is a two axes motion control IP based on the LM628 controller from National Semiconductor for axis 1 providing a +/-10V output signal by a 12 bit D/A converter and based on the LM629 controller from National Semiconductor for axis 2 offering an 8 bit sign-magnitude PWM output signal. The position feedback is provided by an incremental encoder interface. The level of the encoder signals can be TTL or RS422. The LM628 / LM629 used on the TIP120-xx are dedicated motion control processors designed for use with a variety of DC and brushless DC servo motors, and other servomechanisms which provide a quadrature (quadruple) incremental position feedback signal. The LM628 / LM629 perform the intensive, real-time computational tasks required for high performance digital motion control. The host control software interface is facilitated by a high-level command set. Three isolated 24V DC digital inputs are available for user functionality. The function for the three inputs may be limit switches and emergency stop input. A floating optical output can be controlled by software, for example as enable signal for the motor power amplifier. The TIP120-1x uses the LM628 as motion controller and provides a +/-10V output signal by a 12 bit D/A converter. The +/-10V output signal is buffered by an operational amplifier which is able to drive unlimited capacitive loads. This signal can be used to drive the power amplifier of the motor drive system.