MAX5134, MAX5135, MAX5136, MAX
max5134, max5135, max5136, max5137 pin- and software-compatible, multichannel dacs offer the most flexibility for managing power consumption in industrial process-control applications
industry's first quad- (max5134/max5135) and dual-channel (max5136/max5137) 16- and 12-bit digital-to-analog converters (dacs) that are pin and software compatible to reduce design time, shorten time to market, and reduce inventory costs. with an integrated high-precision voltage reference and featuring high linearity, these dacs provide the combination of better accuracy, more integration, and a smaller package than the competition. the high linearity and flexibility of the dacs make them ideal for industrial process control and portable instrumentation applications, including communication systems, programmable logic controllers, servo loops, and automatic test equipment. other applications that will benefit from these dacs are automatic tuning, gain and offset adjustment, power amplifier control, data acquisition, programmable voltage, and current sources. max513 pdf datasheet max5134 pdf datasheet max5135, max5136, max5137 pdf datasheet (带有输出电压缓冲的dac) sunnyvale, ca—february 5, 2009—fulfilling the industry's requirement for high-precision multichannel dacs with design flexibility, maxim integrated products (nasdaq: mxim) introduces a family of quad (max5134/max5135) and dual (max5136/max5137), 16-bit and 12-bit digital-to-analog converters (dacs) which are pin and software compatible. these multichannel dacs are designed to address customers' environmental concerns about power consumption.
today, power conservation is critical in all systems, not just battery-powered devices. in sleep mode, the max5134–max5137 family draws less than 300na. four 12- or 16-bit dacs can operate on an average current of 2.5microamps. featuring an integrated, high-precision voltage reference, these dacs also give designers unmatched flexibility to change channel count and resolution with little or no design rework. consequently, each dac channel can be powered down individually for better control of power consumption.
the high linearity (±8lsb inl for the 16-bit dac and ±1lsb inl for the 12-bit dac) and flexibility of these dacs make them ideal for industrial process control and portable instrumentation applications, such as communication systems, programmable logic controllers, servo loops, and automatic test equipment. other broad-based applications include automatic tuning, gain and offset adjustment, power amplifier control, data acquisition, programmable voltage, and current sources.
design flexibility for industrial precision equipment
for production efficiency, inventory control, and time to market considerations, designers of today's industrial precision equipment employ a modular approach with multiple channels. designers demand the flexibility to change resolution and channel count quickly, depending on their customer needs.
using conventional converter solutions, designers had to redesign their board and rework the software to change resolution or channel count. with the max5134–max5137 family of pin- and software-compatible dacs, designers can now switch between quad- and dual-channel 12-bit and 16-bit dacs without redesigning their board or control software, said jeremy tole, maxim's director of business development for data converters.
unique performance capabilities
the max5134–max5137 dacs are unique in the industry because they offer the combination of better accuracy, greater integration, and a smaller package than competitive devices. the integrated voltage reference has a temperature coefficient of 10ppm/°c and the devices deliver ±8lsb inl for the 16-bit and ±1lsb for 12-bit dacs. this high accuracy is a marked improvement over the ±16lsb inl of the competition. all dac outputs are buffered. the internal buffers provide improved load regulation and transition glitch suppression for the dac outputs, tole explained.
a pin-programmable zero/midscale dac output ensures that the dac output powers up to the desired state, even during a loss-of-power event. this output provides additional safety for applications that drive valves or other transducers that need to be off during power-up.
each dac features a software-controlled power-down mode for each channel. to conserve power when all four channels are powered down, the internal reference and biasing circuits also power down to consume only 300na shutdown current.
the devices accept a 3-wire spi™-/qspi™-/microwire™-/dsp-compatible serial interface, which saves board space and reduces the complexity of optically-isolated and transformer-isolated applications. to reduce number of optocouplers in isolated applications, the serial interface features a ready output for easy daisy chaining of several max5134–max5137 devices and/or other compatible devices.
these parts are offered in an ultra-small 4mm x 4mm tqfn package and are guaranteed monotonic to 16 bits.
summary of max5134–max5137 key features
quad and dual, 12-bit and 16-bit resolution in an ultra-small 4mm x 4mm, 24-pin tqfn package optional integrated high-precision 10ppm/°c internal reference double-buffered input registers hardware-selectable, power-up or reset-to-zero/midscale dac output low-power consumption (ishdn = 300na, typ) 30mhz, 3-wire spi-/qspi-/microwire-/dsp-compatible serial interface ldac asynchronously updates dac outputs simultaneously guaranteed monotonic over all operating conditions wide +2.7v to +5.25v supply range rail-to-rail buffered output operation low gain error (less than ±0.5%fs, max) and offset (less than ±10mv, max)
pin-/software-compatible, 16-/12-bit, voltage-output dacs
the pin- and software-compatibility among these dacs saves significant design time and reduces time-to-market. the dacs operate over a wide +2.7v to +5.25v supply range to accommodate most low-power and low-voltage applications. the devices' low gain error (less than ±0.5%fs) and offset (less than ±10mv) provide the high precision necessary for process-control applications. these devices are offered in an ultra-small (4mm x 4mm) 24-pin tqfn package and are specified over the -40°c to +105°c extended industrial temperature range.
prices start at $9.95 for the max5134, $4.75 for the max5135, $5.75 for the max5136, and $2.50 for the max5137 (1000-up, fob usa).
maxim integrated products is a publicly traded company that designs, manufactures, and sells high-performance semiconductor products. the company reported revenue in excess of $2 billion for fiscal 2008. maxim was founded over 25 years ago with the mission to deliver innovative analog and mixed-signal engineering solutions that add value to its customers' products.
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industry's first quad- (max5134/max5135) and dual-channel (max5136/max5137) 16- and 12-bit digital-to-analog converters (dacs) that are pin and software compatible to reduce design time, shorten time to market, and reduce inventory costs. with an integrated high-precision voltage reference and featuring high linearity, these dacs provide the combination of better accuracy, more integration, and a smaller package than the competition. the high linearity and flexibility of the dacs make them ideal for industrial process control and portable instrumentation applications, including communication systems, programmable logic controllers, servo loops, and automatic test equipment. other applications that will benefit from these dacs are automatic tuning, gain and offset adjustment, power amplifier control, data acquisition, programmable voltage, and current sources. max513 pdf datasheet max5134 pdf datasheet max5135, max5136, max5137 pdf datasheet (带有输出电压缓冲的dac) sunnyvale, ca—february 5, 2009—fulfilling the industry's requirement for high-precision multichannel dacs with design flexibility, maxim integrated products (nasdaq: mxim) introduces a family of quad (max5134/max5135) and dual (max5136/max5137), 16-bit and 12-bit digital-to-analog converters (dacs) which are pin and software compatible. these multichannel dacs are designed to address customers' environmental concerns about power consumption.
today, power conservation is critical in all systems, not just battery-powered devices. in sleep mode, the max5134–max5137 family draws less than 300na. four 12- or 16-bit dacs can operate on an average current of 2.5microamps. featuring an integrated, high-precision voltage reference, these dacs also give designers unmatched flexibility to change channel count and resolution with little or no design rework. consequently, each dac channel can be powered down individually for better control of power consumption.
the high linearity (±8lsb inl for the 16-bit dac and ±1lsb inl for the 12-bit dac) and flexibility of these dacs make them ideal for industrial process control and portable instrumentation applications, such as communication systems, programmable logic controllers, servo loops, and automatic test equipment. other broad-based applications include automatic tuning, gain and offset adjustment, power amplifier control, data acquisition, programmable voltage, and current sources.
design flexibility for industrial precision equipment
for production efficiency, inventory control, and time to market considerations, designers of today's industrial precision equipment employ a modular approach with multiple channels. designers demand the flexibility to change resolution and channel count quickly, depending on their customer needs.
using conventional converter solutions, designers had to redesign their board and rework the software to change resolution or channel count. with the max5134–max5137 family of pin- and software-compatible dacs, designers can now switch between quad- and dual-channel 12-bit and 16-bit dacs without redesigning their board or control software, said jeremy tole, maxim's director of business development for data converters.
unique performance capabilities
the max5134–max5137 dacs are unique in the industry because they offer the combination of better accuracy, greater integration, and a smaller package than competitive devices. the integrated voltage reference has a temperature coefficient of 10ppm/°c and the devices deliver ±8lsb inl for the 16-bit and ±1lsb for 12-bit dacs. this high accuracy is a marked improvement over the ±16lsb inl of the competition. all dac outputs are buffered. the internal buffers provide improved load regulation and transition glitch suppression for the dac outputs, tole explained.
a pin-programmable zero/midscale dac output ensures that the dac output powers up to the desired state, even during a loss-of-power event. this output provides additional safety for applications that drive valves or other transducers that need to be off during power-up.
each dac features a software-controlled power-down mode for each channel. to conserve power when all four channels are powered down, the internal reference and biasing circuits also power down to consume only 300na shutdown current.
the devices accept a 3-wire spi™-/qspi™-/microwire™-/dsp-compatible serial interface, which saves board space and reduces the complexity of optically-isolated and transformer-isolated applications. to reduce number of optocouplers in isolated applications, the serial interface features a ready output for easy daisy chaining of several max5134–max5137 devices and/or other compatible devices.
these parts are offered in an ultra-small 4mm x 4mm tqfn package and are guaranteed monotonic to 16 bits.
summary of max5134–max5137 key features
quad and dual, 12-bit and 16-bit resolution in an ultra-small 4mm x 4mm, 24-pin tqfn package optional integrated high-precision 10ppm/°c internal reference double-buffered input registers hardware-selectable, power-up or reset-to-zero/midscale dac output low-power consumption (ishdn = 300na, typ) 30mhz, 3-wire spi-/qspi-/microwire-/dsp-compatible serial interface ldac asynchronously updates dac outputs simultaneously guaranteed monotonic over all operating conditions wide +2.7v to +5.25v supply range rail-to-rail buffered output operation low gain error (less than ±0.5%fs, max) and offset (less than ±10mv, max)
pin-/software-compatible, 16-/12-bit, voltage-output dacs
the pin- and software-compatibility among these dacs saves significant design time and reduces time-to-market. the dacs operate over a wide +2.7v to +5.25v supply range to accommodate most low-power and low-voltage applications. the devices' low gain error (less than ±0.5%fs) and offset (less than ±10mv) provide the high precision necessary for process-control applications. these devices are offered in an ultra-small (4mm x 4mm) 24-pin tqfn package and are specified over the -40°c to +105°c extended industrial temperature range.
prices start at $9.95 for the max5134, $4.75 for the max5135, $5.75 for the max5136, and $2.50 for the max5137 (1000-up, fob usa).
maxim integrated products is a publicly traded company that designs, manufactures, and sells high-performance semiconductor products. the company reported revenue in excess of $2 billion for fiscal 2008. maxim was founded over 25 years ago with the mission to deliver innovative analog and mixed-signal engineering solutions that add value to its customers' products.
红外热成像系统在船舶结构检测中的应用
ST推出家电控制产品阵容的智能功率模块
2020深圳市信息技术应用创新产业发展研讨会成功举办
无局放串联谐振试验装置操作方法
外媒：三星首款AI芯片即将完成，疑可以赶超华为和苹果
MAX5134, MAX5135, MAX5136, MAX
压力式液位计工作原理
我们能否借助法律来管理人工智能的伦理道德问题
智能工业机器人数量缺口待补齐，关键技术需突破
视频分析加速智慧社区转型
AI带来了新时代，还是大萧条？
LSI与智邦携手发表宽带网络新平台方案
怎样对机器人进行行星减速无刷电机选型？
调制驱动器初次使用注意事项
石门县推进“校园音圈电机人脸识别系统”建设
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螺栓防松动的方法及工作中螺丝防松动措施详解