The purpose of integrating a Component for Measurement System into a SoC is usually to
improve competitiveness compared to a PCB-based solution. However this choice is often a challenge for SoC integrators. Providers of such Virtual
Components must demonstrate:
Since 1985, DOLPHIN provides mixed-signal Virtual Components, a true success story built
on yield and high resolution.
| Product name |
Description |
Node |
voltage range
analog/digital
±10 % |
Presentation sheet |
| |
| sensAFE-PM-3P.01 |
20 bits sensor Analog Front-End with its embedded regulator
for Current, Voltage & Tampering Path
|
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-PM-SV.09 |
20 bits Analog Front-End sub-system optimized for
Low power & Low BoM
|
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-20x1-PM.01 |
20 bits Analog Front-End
optimized for
Low power & High resolution application
|
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-15x1-PM.01 |
15 bits Analog Front-End
optimized for
Low power & High resolution application
|
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-20x32-MUX-PM.03 |
20 bits Analog Front-End
optimized for
Low power & High resolution application
Multiplexed solution |
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-20x32-PM-mono.01 |
20 bits Analog Front-End
optimized for
Low power & High resolution application
|
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-23x128-DC.01 |
23 bits Analog Front-End
optimized for
High resolution & Low noise application
|
500 nm |
3.3 / 3.3 |
Available |
| sensAFE-16x32-MUX-GP.01 |
16 bits Analog Front-End
optimized for
Low power & Low area application
Multiplexed solution |
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-20x1-PS.01 |
20 bits Analog Front-End
optimized for
voltage-mode Low power & Low noise application
|
180 nm |
3.3 / 1.8 |
Available |
| sensAFE-21x2-PS.01 |
21 bits Analog Front-End
optimized for
charge-mode
Low power & Low noise
application
|
180 nm |
3.3 / 1.8 |
Available |
| tscADC-12.01 |
ADC for Interface
with Touch Screen |
90 nm |
3.3 / 1.2 |
Available |