DS4432U+TR MAXIM [Maxim Integrated Products], DS4432U+TR Datasheet
DS4432U+TR
Related parts for DS4432U+TR
DS4432U+TR Summary of contents
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Rev 0; 12/08 Dual-Channel, I General Description 2 The DS4432 contains two I C programmable current DACs that are each capable of sinking and sourcing current up to 200µA. Each DAC output has 127 sink and 127 source settings that ...
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Dual-Channel, I Current DAC ABSOLUTE MAXIMUM RATINGS Voltage Range SDA, and SCL CC Relative to Ground.............................................-0.5V to +6.0V Voltage Range on FS0, FS1, OUT0, OUT1 Relative to Ground..................................-0. Stresses beyond those listed under “Absolute Maximum ...
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Dual-Channel, I OUTPUT CURRENT SOURCE CHARACTERISTICS (continued +2.7V to +5.5V -40°C to +85°C.) CC PARAMETER SYMBOL Output Current Variation Due to Power-Supply Change Output Current Variation Due to Output-Voltage Change Output Leakage Current at Zero ...
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Dual-Channel, I Current DAC NAME PIN 2 SDA Serial Data. Input/output for I 2 SCL Serial Clock. Input for I FS1 3 Full-Scale Calibration Inputs. A resistor to ground on these pins determines the ...
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Dual-Channel, I (Applies to OUT0 and OUT1 2.7V to 5.0V, SDA = SCL = V CC otherwise noted.) INTEGRAL LINEARITY 1.0 RANGE FOR THE 50μA TO 200μA CURRENT 0.8 SOURCE AND SINK RANGE. 0.6 0.4 0.2 0 -0.2 ...
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Dual-Channel, I Current DAC Detailed Description 2 The DS4432 contains two I C adjustable current DACs that are each capable of sinking and sourcing current. Each output (OUT0 and OUT1) has 127 sink and 127 source settings that can be ...
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Dual-Channel, I Slave Devices: Slave devices send and receive data at the master’s request. Bus Idle or Not Busy: Time between STOP and START conditions when both SDA and SCL are inac- tive and in their logic-high states. When the ...
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Dual-Channel, I Current DAC 2 TYPICAL I C WRITE TRANSACTION MSB LSB START R/W READ/ SLAVE WRITE ADDRESS 2 EXAMPLE I C TRANSACTIONS 90h A) SINGLE BYTE WRITE SLAVE ...
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Dual-Channel chosen to be 100µA (midrange source/sink OUT0 current for the DS4432). Summing the currents into the feedback node, we have the following − I OUT where V ...