MAX533:2.7V、低功耗、8位四路DAC,带有满摆幅输出缓冲器

尺寸最小的四通道、8位DAC

The MAX533 serial-input, voltage-output, 8-bit quad digital-to-analog converter (DAC) operates from a sin-gle +2.7V to +3.6V supply. Internal precision buffers swing rail to rail, and the reference input range includes both ground and the positive rail. The MAX533 features a 1µA shutdown mode. The serial interface is double buffered: a 12-bit input shift register is followed by four 8-bit buffer registers and four 8-bit DAC registers. The 12-bit serial word consists of eight data bits and four control bits (for DAC selection and special programming commands). Both the input and DAC registers can be updated indepen-dently or simultaneously with a single software com-mand. Two additional asynchronous control pins, active-low LDAC and active-low CLR, provide simultaneous updating or clearing of the input and DAC registers. The interface is compatible with SPI™, QSPI™ (CPOL = CPHA = 0 or CPOL = CPHA = 1), and Microwire™. A buffered data output allows daisy chaining of serial devices. In addition to 16-pin DIP and CERDIP packages, the MAX533 is available in a 16-pin QSOP that occupies the same area as an 8-pin SO.

关键特性
  • +2.7V to +3.6V Single-Supply Operation
  • Ultra-Low Supply Current:
    • 0.7mA while Operating
    • 1µA in Shutdown Mode
  • Ultra-Small 16-Pin QSOP Package
  • Ground to VDD Reference Input Range
  • Output Buffer Amplifiers Swing Rail to Rail
  • 10MHz Serial Interface, Compatible with SPI, QSPI
    • (CPOL = CPHA = 0 or CPOL = CPHA = 1), and Microwire
  • Double-Buffered Registers for Synchronous Updating
  • Serial Data Output for Daisy Chaining
  • Power-On Reset Clears Serial Interface and Sets All Registers to Zero
  • Software Shutdown
  • Software-Programmable Logic Output
  • Asynchronous Hardware Clear Resets All Internal Registers to Zero
MAX533:功能框图
MAX533:功能框图
应用
  • 数字增益与失调控制
  • 便携式仪表
  • 可编程衰减器
  • 可编程电流源
数据手册DataSheet
语言下载文件备注
英文MAX533.pdfRev 0; 06/1996
关键参数
Part NumberResolution
(bits)
ChannelsOutput TypeReferenceINL
(±LSB)
InterfaceSupply Range
(V)
Supply Range
(V)
ICC
(mA)
Settling Time
(µs)
Package/PinsOper. Temp.
(°C)
Budgetary
Price
maxminmaxmaxtypSee Notes
MAX53384Voltage- BufferedExt.
  • 1
  • 2
Serial - SPI2.73.61.56
  • CDIP(N)/16
  • PDIP(N)/16
  • QSOP/16
  • -55 to +125
  • -40 to +85
  • 0 to +70
$2.94 @1k
相关产品
  • MAX534:+5V、低功耗、8位四路DAC,带有满摆幅输出缓冲器
订购型号
型号状况推荐替代产品封装温度RoHS/无铅
MAX533ACEE停止供货MAX533ACEE+QSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:否
MAX533ACEE+生产中QSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:无铅
MAX533ACEE+T生产中QSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:无铅
MAX533ACEE-T停止供货MAX533ACEE+TQSOP;16引脚0°C至+70°C参考数据资料
MAX533ACPE停止供货MAX533ACPE+PDIP(N),;16引脚;158.4mm²0°C至+70°CRoHS/无铅:否
MAX533ACPE+生产中PDIP(N),;16引脚;158.4mm²0°C至+70°CRoHS/无铅:无铅
MAX533AEEE停止供货MAX533AEEE+QSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:否
MAX533AEEE+生产中QSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:无铅
MAX533AEEE+T生产中QSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:无铅
MAX533AEEE-T停止供货MAX533AEEE+TQSOP;16引脚-40°C至+85°C参考数据资料
型号状况推荐替代产品封装:类型 引脚 占位面积封装图 编码/变更 *温度RoHS/无铅?
MAX533AEPE停止供货MAX533AEPE+PDIP(N),;16引脚;158.4mm²-40°C至+85°CRoHS/无铅:否
MAX533AEPE+生产中PDIP(N),;16引脚;158.4mm²-40°C至+85°CRoHS/无铅:无铅
MAX533AMJE停止供货CDIP(N),;16引脚;173.5mm²-55°C至+125°CRoHS/无铅:否
MAX533BC/D停止供货DICE SALES,;NA引脚;DICE;0°C至+70°C参考数据资料
MAX533BCEE停止供货MAX533BCEE+QSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:否
MAX533BCEE+生产中QSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:无铅
MAX533BCEE+T生产中QSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:无铅
MAX533BCEE-T停止供货MAX533BCEE+TQSOP,;16引脚;30.9mm²0°C至+70°CRoHS/无铅:否
MAX533BCPE停止供货MAX533BCPE+PDIP(N),;16引脚;158.4mm²0°C至+70°CRoHS/无铅:否
MAX533BCPE+生产中PDIP(N),;16引脚;158.4mm²0°C至+70°CRoHS/无铅:无铅
型号状况推荐替代产品封装:类型 引脚 占位面积封装图 编码/变更 *温度RoHS/无铅?
MAX533BEEE停止供货MAX533BEEE+QSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:否
MAX533BEEE+生产中QSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:无铅
MAX533BEEE+T生产中QSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:无铅
MAX533BEEE-T停止供货MAX533BEEE+TQSOP,;16引脚;30.9mm²-40°C至+85°CRoHS/无铅:否
MAX533BEPE停止供货MAX533BEPE+PDIP(N),;16引脚;158.4mm²-40°C至+85°CRoHS/无铅:否
MAX533BEPE+生产中PDIP(N),;16引脚;158.4mm²-40°C至+85°CRoHS/无铅:无铅
MAX533BMJE停止供货CDIP(N),;16引脚;173.5mm²-55°C至+125°CRoHS/无铅:否
MAX533.pdf MAX533
MAX533.pdf MAX533