ASYGN provides the best electronics for high-performance, high-precision or low-power inertial systems, as well as custom design services.
Our integrated circuits are ready to interface with your MEMS to offer the best performance. We also provide custom integrated circuit design services, tailored to your requirements.
Additionally, our electronic system design services include custom firmware and electronics solutions using ready-to-use components.
With our team of experts, we guarantee the best quality solutions for your projects.
IC products for inertial
A range of high-performance off-the-shelf ASICs to interface your MEMS.
ASIC design services
Custom ASIC design tailored to your specific requirements.
System design services
Custom electronics and firmware design using off-the-shelf components.
Analog IC suited to 1-DOF accels, general capacitive readout, etc.
1 Charge Amplifier
Suited to 1-DOF accels, capacitive readout, resonance frequency tracking, etc.
3 HV DACs
1 LV DAC
1 Charge Amplifier + ADC
1 Temperature Sensor
Digital companion chip for sensor applications. Its a direct interface to AS4100.
RISC V CPU
Digital hardware accelerators
Build on the AS40XX features and get a specific design suited to your specifications.
High voltage generators
Signal Processing IPs
Mixed-signal ASIC development based on specifications, from test chip to production volumes, focused on high-performance and low-power.
ASYGN covers the complete specification to delivery, including analog and digital design and verification, foundry interface, package design, test board and software design, test programs and wafer-level testing with partners.
In addition, ASYGN performs inertial system testing, failure analysis and results analysis with the customer.
– Custom ASIC design fitting your sensor specifications
– High-precision, low-noise, and low power features
Single mass 3 axis accel
Biasing and readout of a high sensitivity accel with 40µG Bias Instability.
Differential Resonant Quartz accel
Biasing and readout of a high stability accel with 3µG Bias Instability.
Readout and control of 3 accels and 3 gyros in a very low power consumption footprint.
Full mixed-signal system development based on specifications, from prototype to series.
– System modeling
– Electronics design
– Board Design
– Embedded Firmware
– Application Software
Readout and control of 3 accels, 3 gyros and 3 magnetometers using piezo-resistive transduction.
10kHz+ bandwidth, low-noise, 100G range, small form factor PCB
Versatile MEMS system prototyping platform.