• AD5310 vs AD5601

    Hi,

    I'd like to know what are the main differences between AD5310 and AD5601? The nanoDac is 0.5 $ and the other one is 2$ but they look very similar!

    Thx,

    Yvan.

  • RE: ADMV1014 VCTRL maximum input rating

    Hi Mthahira.

    Thanks for the update.

    Does this mean that the EVAL-ADMV1014 evaluation board can damage the ADMV1014? 

    You've directly connected a AD5601 which can drive to 3V3 to the VCTRL pin of the ADMV1014.  The software does not stop me setting…

  • RE: 如何在对电桥传感器进行电路设计时避免陷入困境

    AD5601是DAC，需要数字信号进行控制，图5只是没有画这些输入脚，因为图5要说明的重点不是如何控制DAC，而是如何利用DAC进行失调移除。

  • RE: ADC conversion using Instrumentation Amplifier

    Hi DC,

    I doubt the drift of the DAC will be the limiting factor for your system.  The effect of the DAC drift will be divided by the gain of the instrumentation amplifier.  I pulled up an inexpensive DAC from the ADI website:  the AD5601, which has 5 uV…

  • RE: nanoDAC-What are nanoDACs?

    nanoDACs are a portfolio of products which combine small package, low power and low cost digital to analog conversion.

    nanoDACs are monotonic DACs which can be powered off a single 3V or 5V supply and are available in the industries smallest packages…

  • nanoDAC - Which DACs should be used for open loop systems and which DACs should be used in closed loop systems?

    It must be stressed that depending on the application performance requirements, all nanoDACs can be used in both open and closed loop systems.

    In an open loop application the DAC drives the load (a valve or an actuator, for example) directly while in…

  • TAGS LIST: Data Converters

    AD693
    AD5410
    AD5412
    AD5420
    AD5422
    AD5735
    AD5755
    AD5755-1
    AD5737
    AD5757
    AD5421
    AD421
    AD5758
    AD7569
    AD7669
    AD7868
    AD7869
    AD5593R
    AD5592R
    AD5940
    AD5941
    AD7293
    AD7294-2
    AD7292
    AD5590
    AD7294
    L…