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DACX3X0X-PWR-CALC

DACx3x0x family power-consumption calculator tool

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DACX3X0X-PWR-CALC

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Calculation tool

DACX3X0X-PWR-CALC — DACx3x0x family power-consumption calculator tool

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Supported products & hardware

Supported products & hardware

Products
Precision DACs (≤10 MSPS)
DAC43204 — Four-channel, 8-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out during power off DAC53001 — Ultra-low-power, single-channel, 10-bit, smart DAC with I²C, SPI and PWM DAC53002 — Ultra-low-power, two-channel, 10-bit, smart DAC with I²C, SPI and PWM DAC53004 — Ultra-low-power four-channel 10-bit smart DAC with I²C, SPI and PWM DAC53004W — Ultra-low-power four-channel 10-bit smart DAC in wafer chip scale package with I²C, SPI and PWM DAC53202 — Two-channel, 12-bit, VOUT and IOUT smart DAC with I²C and SPI and Hi-Z out during power off DAC53204 — Four-channel, 10-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out during power off DAC53204-Q1 — Automotive, four-channel, 10-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out DAC53204W — Four-channel, 10-bit, VOUT and IOUT smart DAC in wafer chip scale package with I²C, SPI and Hi-Z out DAC63001 — Ultra-low-power, single-channel 12-bit smart DAC with I²C, SPI and PWM DAC63002 — Ultra-low-power, dual-channel 12-bit smart DAC with I²C, SPI and PWM DAC63004 — Ultra-low-power quad-channel 12-bit smart DAC with I²C, SPI and PWM DAC63004W — Ultra-low-power four-channel 12-bit smart DAC in wafer chip scale package with I²C, SPI and PWM DAC63202 — Two-channel, 12-bit, input- and output-voltage smart DAC with I²C and SPI DAC63202W — Two-channel 12-bit margining DAC with VREF in WCSP package DAC63204 — Four-channel, 12-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out during power off DAC63204-Q1 — Automotive, four-channel, 12-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out
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DACX3X0X-PWR-CALC — DACx3x0x family power-consumption calculator tool

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Latest version
Version: 1.0
Release date: 01 Sep 2022
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Smart-DAC-Power-Consumption-Calculator.xlsx  — 706 K

DACx3x0x family power-consumption calculator tool

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Products
Precision DACs (≤10 MSPS)
DAC43204 — Four-channel, 8-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out during power off DAC53001 — Ultra-low-power, single-channel, 10-bit, smart DAC with I²C, SPI and PWM DAC53002 — Ultra-low-power, two-channel, 10-bit, smart DAC with I²C, SPI and PWM DAC53004 — Ultra-low-power four-channel 10-bit smart DAC with I²C, SPI and PWM DAC53004W — Ultra-low-power four-channel 10-bit smart DAC in wafer chip scale package with I²C, SPI and PWM DAC53202 — Two-channel, 12-bit, VOUT and IOUT smart DAC with I²C and SPI and Hi-Z out during power off DAC53204 — Four-channel, 10-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out during power off DAC53204-Q1 — Automotive, four-channel, 10-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out DAC53204W — Four-channel, 10-bit, VOUT and IOUT smart DAC in wafer chip scale package with I²C, SPI and Hi-Z out DAC63001 — Ultra-low-power, single-channel 12-bit smart DAC with I²C, SPI and PWM DAC63002 — Ultra-low-power, dual-channel 12-bit smart DAC with I²C, SPI and PWM DAC63004 — Ultra-low-power quad-channel 12-bit smart DAC with I²C, SPI and PWM DAC63004W — Ultra-low-power four-channel 12-bit smart DAC in wafer chip scale package with I²C, SPI and PWM DAC63202 — Two-channel, 12-bit, input- and output-voltage smart DAC with I²C and SPI DAC63202W — Two-channel 12-bit margining DAC with VREF in WCSP package DAC63204 — Four-channel, 12-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out during power off DAC63204-Q1 — Automotive, four-channel, 12-bit, VOUT and IOUT smart DAC with I²C, SPI and Hi-Z out

Release Information

First release of the DACx3x0x-PWM-CALC. The Calculator sheet takes certain input parameters from the user like the DAC output mode, number of active/powered-on channels, current output range, reference setting, the supply given to the DAC (VDD), and the load resistance for each channel. The Average Power sheet takes certain input parameters from the user like the DAC output mode, VDD(V), duty cycle(%), total typical static current and total max static current. Users can have any number of DAC configurations as long as the duty cycle adds up to 100%. The total typical static current and total max static current for each DAC configuration can be calculated on the Calculator sheet by setting DAC output mode, number of active/powered-on channels, current output range, reference setting, the supply given to the DAC (VDD), and the load resistance for each channel for each DAC configuration.

Supported products & hardware

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