Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
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We will integrate analog circuits, digital circuits, and sensor components into a single chip LSI.
We are commercializing an image sensor that is unaffected by ambient light, which is impossible with products from other companies.
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.
![[Application Case of System Analog Technology] LSI for Ultrasonic Diagnostic Equipment](https://image.mono.ipros.com/public/product/image/1da/2000797467/IPROS48755557953469001063.png?w=280&h=280)
Mass production for Japanese medical device manufacturers! A case where heat generation has been minimized to the extreme through ultra-low power consumption.
In the development of LSI for ultrasound diagnostic devices, we would like to introduce a case where our system analog technology was applied. The challenges were to control approximately 2,000 transducers at a size that could fit into the esophagus and to minimize power consumption to prevent burns. To address this, we arranged the transmitting and receiving circuits connected to the ultrasound transducers (piezo elements) in an array configuration to achieve beamforming. This allowed us to suppress heat generation to an extreme level through ultra-low power consumption. 【Case Overview】 ■ Customer Challenges - Control approximately 2,000 transducers at a size that fits into the esophagus - Minimize power consumption to prevent burns ■ Achievements - Equipped with 1,900 transceivers (transmitting and receiving circuits) in a size of approximately 10mm x 10mm - Incorporated beamforming functionality with a power consumption of 2W *For more details, please refer to the PDF document or feel free to contact us.
An LSI with high versatility that allows for the internal operation mode to be changed as needed.
The AT1089 is a low-power consumption LSI using a CMOS process. It has high versatility with the ability to change internal operating modes at any time, and it can achieve excellent detection distance as a capacitive proximity sensor. Additionally, it enables low power operation through its intermittent operation feature and includes a built-in output comparator that outputs an interrupt signal when the set threshold is exceeded. 【Features】 ■ CMOS process, low power consumption ■ Achieves excellent detection distance as a capacitive proximity sensor ■ Built-in output comparator that outputs an interrupt signal when the set threshold is exceeded ■ Built-in 10-bit AD conversion circuit ■ I2C interface *For more details, please download the PDF 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."
A low-cost version suitable for controlling stepping motors!
We have renewed our conventional model by miniaturizing it and enhancing its functionality. It incorporates the basic functions that are generally considered necessary for open-loop control of stepping motors. Considering the recent CPU landscape, it can be used with either an 8-bit parallel bus or a 4-wire serial bus, broadening the options for compatible CPUs. The 2-axis type measures 10×10 mm, and the 4-axis type measures 14×14 mm, adopting the industry's smallest package in the QFP type. You can develop a multi-axis controller for stepping motors in a "compact," "affordable," and "fast" manner. For more details, please contact us or refer to the catalog.
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.
