Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
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Evolved for greater speed and more compactness, the motion control LSI.
The "2-axis motion control LSI X7023" has evolved to be faster and more compact. We provide a wide range of optimal methods for building motion control systems according to your needs. Please request the English manual and reference circuit diagrams separately. For more details, please request materials or contact us.
"Motion Control LSI" that assists the system with various functions.
The "4-axis motion control LSI X7043" reduces board production time, making system construction faster. It is equipped with a wealth of functions necessary for motion control. It can be used for various applications according to customer needs. Please request the English manual and reference circuit diagrams separately. For more details, please request materials or contact us.
We are developing an LSI that enables miniaturization and energy efficiency of ultrasound diagnostic device probes!
The current wireless ultrasound diagnostic devices face challenges regarding power consumption, size, and weight, which lead to issues with operability and design constraints. Our analog LSI development technology for ultrasound has made it possible to significantly reduce power consumption while miniaturizing the probe. As a result, it can streamline the handling of the device and the charging process. [Main Features of the LSI] <LSI for Wireless Ultrasound Diagnostic Device MACADAMIA (Development Code Name)> ■ Incorporates numerous transmission and reception functions into a single chip ■ Suitable for compact handheld ultrasound systems ■ Utilizes CSP packaging ■ Miniaturized to 11.07mm x 12.65mm ■ Capable of meeting the stringent thermal design requirements of compact systems *For more details, please refer to the PDF document or feel free to contact us.
What is pulse control LSI? An explanation of the features of recommended models for first-time users.
To operate a stepping motor, it goes without saying that some kind of "device or circuit that generates pulse signals" is necessary. In many cases, motor control (motion control) is developed using "CPUs (1-chip microcontrollers)" or "FPGAs," so it would be sufficient to program them to enable "acceleration and deceleration control"!! Of course, that would be enough if it works well, but wait a moment!! Are you aware that there are dedicated devices specifically designed for motor control? They are called "pulse control LSI."
Low-cost version compatible with servo motors
It is equipped with a pre-register (one stage), up/down counters and two systems of comparators per axis, linear interpolation function, encoder input, servo motor interface, etc., and has sufficient functionality to handle not only open-loop control but also general closed-loop control. By combining the pre-register and linear interpolation, it can continuously operate along a linear trajectory. The maximum output frequency can reach up to 15Mpps, and the up/down counter has also been upgraded to 32 bits, allowing for high-resolution control of long-stroke linear motors. It is also software-compatible with the previous models PCL3113, PCL6123, and CL6143.
Graphics LSI capable of independently controlling up to 4 LCD panels.
EGC601 is a graphics LSI designed for a variety of embedded application systems. It is equipped with diverse display control functions and interface capabilities, and it allows for flexible system construction using its built-in CPU. In embedded devices where the importance of graphic user interfaces is increasing, it provides a variety of display platforms that existing PC systems and display controllers cannot accommodate. <Main Features> - High-resolution display up to QXGA (2048×1536) - Independent control of up to four LCD panels - Supports both x86 and embedded CPU interfaces - Capable of real-time video overlay on Windows screens - Standalone display possible with built-in 32-bit CPU - Provides powerful layer composition and display control functions - Digital video capture functionality - Compatible with Windows XP and Linux - Long-term product supply and driver support
Programmable motor control LSI equipped with output frequency of 10Mpps, speed and movement amount change, linear and S-curve acceleration/deceleration, and linear and arc interpolation.
---Ideal for controlling stepping motors and servo motors with pulse sequences--- - Available in 2-axis and 4-axis configurations (PMC820SR/PMC842SR). - It is possible to set limits for signal detection, deceleration stop, emergency stop, etc., using the comparator values. - A variable digital filter function can be used for the input signal. - Speed and movement amount can be changed during operation (override function). - The input/output pulse counter comparator can switch between input and output.
8-axis linear interpolation motion control LSI
The X7083 can control 8 axes with a single chip, enabling multi-axis control at a low cost. It can control not only stepping motors but also servo motors, allowing for use according to your needs. Please request the English manual and reference circuit diagram separately. For more details, please request documentation or contact us.
Complex acceleration and deceleration control, such as S-curve acceleration and deceleration, can be implemented in a short period of time. This contributes to a reduction in development time and costs.
The "Motion Control LSI X7000 Series" is an LSI specialized in pulse control of motors. It comes pre-equipped with complex acceleration and deceleration programming, allowing for the quick implementation of S-curve acceleration and deceleration to optimize inertia. By shortening the control programming period within limited resources, it is expected to reduce development man-hours and contribute to cost savings. 【Features】 ■ LSI specialized in pulse control of motors ■ Capable of implementing complex acceleration and deceleration control such as S-curve ■ Suitable for precise positioning control in applications like chip mounters ■ Has a track record of being adopted as an alternative to FPGAs and single-chip microcontrollers * You can view the introduction materials for the evaluation kit and the manuals for this series from the download button below. Please feel free to contact us with any inquiries regarding the product.
