The DAC43901-Q1
and DAC43902-Q1 ( DAC4390x-Q1) are a
family of automotive, 8-bit smart DACs with dual and quad PWM outputs. The DAC43901-Q1 provides two PWM outputs, and the DAC43902-Q1 provides four PWM outputs. The DAC channels also act as trigger inputs
or outputs. The DAC4390x-Q1 provides a preconfigured state
machine that logic generates logarithmic dimming with configurable timings. The PWM-based
logarithmic dimming is applicable in logarithmic fade-in and fade-out applications in
automotive interior and exterior lighting. The DAC4390x-Q1 also
support sequential animation applicable for automotive turn-indicator lights. These devices
provide NVM for storing the configurations. These smart DACs function without the need for a
processor ( processor-less operation) using GPIOs and NVM.
These devices automatically detect
I 2C or SPI and have an internal reference. The feature set combined with the
tiny package and low power make the smart DACs an excellent choice for applications in
automotive light animation.
The DAC43901-Q1
and DAC43902-Q1 ( DAC4390x-Q1) are a
family of automotive, 8-bit smart DACs with dual and quad PWM outputs. The DAC43901-Q1 provides two PWM outputs, and the DAC43902-Q1 provides four PWM outputs. The DAC channels also act as trigger inputs
or outputs. The DAC4390x-Q1 provides a preconfigured state
machine that logic generates logarithmic dimming with configurable timings. The PWM-based
logarithmic dimming is applicable in logarithmic fade-in and fade-out applications in
automotive interior and exterior lighting. The DAC4390x-Q1 also
support sequential animation applicable for automotive turn-indicator lights. These devices
provide NVM for storing the configurations. These smart DACs function without the need for a
processor ( processor-less operation) using GPIOs and NVM.
These devices automatically detect
I 2C or SPI and have an internal reference. The feature set combined with the
tiny package and low power make the smart DACs an excellent choice for applications in
automotive light animation.