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Documents 68K resistors in AD2S1205 recommended circuit diagram.
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Products Mentioned

AD2S1210 Production
The AD2S1210 is a complete 10-bit to 16-bit resolution tracking resolver-to-digital converter, integrating an on-board programmable sinusoidal oscillator...
Datasheet
AD2S1210 on Analog.com

AD2S1205 Production
The AD2S1205 is a complete 12-bit resolution tracking resolver-to-digital converter that contains an on-board programmable sinusoidal oscillator providing...
Datasheet
AD2S1205 on Analog.com

TOOLS-MISC Obsolete
The Link Port Cable allows you to link an EZ-KIT Lite to another EZ-KIT Lite.
TOOLS-MISC on Analog.com

Table of Contents
  • DATA CONVERTERS SUPPORT COMMUNITY
  • +Documents (More FAQs in Sub-Groups)
  • +AD7730: FAQ
  • +AD7746: FAQ
  • +ADC: FAQ
  • +AD1871: FAQ
  • +AD1877: FAQ
  • +AD1974: FAQ
  • +AD2S1200: FAQ
  • -AD2S1205: FAQ
    • 68K resistors in AD2S1205 recommended circuit diagram.
    • AD2S1205: resolver connection
  • +AD2S1210: FAQ
  • +AD2S80A: FAQ
  • +AD2S83: FAQ
  • +AD2S90: FAQ
  • +AD4080: FAQ
  • +AD4081: FAQ
  • +AD4083: FAQ
  • +AD4084: FAQ
  • +AD4086: FAQ
  • +AD4087: FAQ
  • +AD4880: FAQ
  • +AD4883: FAQ
  • +AD4884: FAQ
  • +AD5111: FAQ
  • +AD5112: FAQ
  • +AD5115: FAQ
  • +AD5116: FAQ
  • +AD5121: FAQ
  • +AD5141: FAQ
  • +AD5141BCPZ100-RL7: FAQ
  • +AD5142: FAQ
  • +AD5160: FAQ
  • +AD5161: FAQ
  • +AD5203: FAQ
  • +AD5206: FAQ
  • +AD5222: FAQ
  • +AD5232: FAQ
  • +AD5235: FAQ
  • +AD5243: FAQ
  • +AD5245: FAQ
  • +AD5248: FAQ
  • +AD5251: FAQ
  • +AD5252: FAQ
  • +AD5254: FAQ
  • +AD5258: FAQ
  • +AD5259: FAQ
  • +AD5263: FAQ
  • +AD5270: FAQ
  • +AD5271: FAQ
  • +AD5272: FAQ
  • +AD5282: FAQ
  • +AD5290: FAQ
  • AD5292: FAQ
  • +AD5293: FAQ
  • +AD5593R: FAQ
  • +AD650: FAQ
  • +AD652: FAQ
  • +AD652SE: FAQ
  • +AD654: FAQ
  • +AD7142: FAQ
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  • +AD7150: FAQ
  • +AD7151: FAQ
  • +AD7293: FAQ
  • +AD7400A: FAQ
  • +AD7401: FAQ
  • +AD7403: FAQ
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  • +AD7415: FAQ
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  • +AD7417: FAQ
  • +AD7418: FAQ
  • +AD74416H - FAQ
  • +AD7740: FAQ
  • +AD7741: FAQ
  • +AD7745: FAQ
  • +AD7747: FAQ
  • +AD7879: FAQ
  • +AD8152: FAQ
  • +AD8156: FAQ
  • +AD8158: FAQ
  • +AD8159: FAQ
  • AD8400: FAQ
  • +AD8403: FAQ
  • +ADAQ4001: FAQ
  • +ADE7912: FAQ
  • +ADE7913: FAQ
  • +ADG3247: FAQ
  • +ADG3248: FAQ
  • +ADG3300: FAQ
  • +ADG3304: FAQ
  • +ADG3308: FAQ
  • +ADN4600: FAQ
  • +ADN4604: FAQ
  • +ADT7310: FAQ
  • +ADT7320: FAQ
  • +ADT7410: FAQ
  • +ADT7470: FAQ
  • +ADVFC32: FAQ
  • +DS1624: FAQ
  • +DS1629S+: FAQ
  • +DS1882: FAQ
  • +DS1882E-050+: FAQ
  • +DS3501U+: FAQ
  • +DS3502U+: FAQ
  • +DS3902U-515+: FAQ
  • +DS3930: FAQ
  • +DS75LVS+: FAQ
  • +HMC661: FAQ
  • +HMC953LC4B: FAQ
  • +MAX13003EEUE+: FAQ
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  • +MAX13035EETE+: FAQ
  • +MAX14001: FAQ
  • +MAX14001AAP+: FAQ
  • +MAX14591ETA+: FAQ
  • +MAX14595: FAQ
  • +MAX14611: FAQ
  • +MAX1617: FAQ
  • +MAX1617AMEE_T1: FAQ
  • +MAX1619: FAQ
  • +MAX1619MEE+: FAQ
  • +MAX1668MEE+: FAQ
  • +MAX2084CXL+: FAQ
  • +MAX22531: FAQ
  • +MAX3002: FAQ
  • +MAX3012EUP+: FAQ
  • +MAX3023EUD+: FAQ
  • +MAX31722MUA+: FAQ
  • +MAX31723MUA+: FAQ
  • +MAX31725MTA+T: FAQ
  • +MAX31730: FAQ
  • +MAX31855EASA+: FAQ
  • MAX31855KASA+: FAQ
  • +MAX31855KASA+T: FAQ
  • +MAX31855PMB1#: FAQ
  • +MAX31856: FAQ
  • +MAX31856EVSYS#: FAQ
  • MAX31856MUD+: FAQ
  • +MAX31856MUD+T: FAQ
  • +MAX31865 RTD-DIGIT: FAQ
  • +MAX31865: FAQ
  • +MAX31865AAP+: FAQ
  • MAX31865ATP+: FAQ
  • +MAX31865ATP+T: FAQ
  • +MAX31865EVKIT#: FAQ
  • +MAX31875A/D+: FAQ
  • +MAX31875R1TZS+: FAQ
  • +MAX3373EEBL+: FAQ
  • +MAX3378EEUD+: FAQ
  • +MAX3390E: FAQ
  • +MAX3397EELA+: FAQ
  • +MAX5417LETA+: FAQ
  • +MAX5422: FAQ
  • +MAX5433LETA+: FAQ
  • +MAX5479ETE+: FAQ
  • +MAX5481: FAQ
  • +MAX5483ETE+: FAQ
  • +MAX5483EUD: FAQ
  • +MAX5484ETE+: FAQ
  • +MAX5484EUD+: FAQ
  • +MAX5487ETE+: FAQ
  • +MAX5494: FAQ
  • +MAX5860: FAQ
  • +MAX6575LZUT+: FAQ
  • +MAX6581_TG98+_A1: FAQ
  • +MAX6618AUB+: FAQ
  • +MAX6621: FAQ
  • +MAX6625PMUT-T: FAQ
  • +MAX6626PMUT#G16: FAQ
  • +MAX6627MKA#G16: FAQ
  • +MAX6630MUT: FAQ
  • +MAX6633MSA+: FAQ
  • +MAX6635EVKIT+: FAQ
  • +MAX6652AUB+: FAQ
  • +MAX6655: FAQ
  • +MAX6682MUA+: FAQ
  • +MAX6689: FAQ
  • +MAX6691MUB+: FAQ
  • +MAX6696AEE+T: FAQ
  • +MAX6698EE99+: FAQ
  • +MAX7500ASA/V+: FAQ
  • +MAX9110EKA+: FAQ
  • +MAX9112EKA+T: FAQ
  • +MAX9123ESE_T1: FAQ
  • +MAX9123EUE+: FAQ
  • +MAX9130EXT+: FAQ
  • MAX9205: FAQ
  • +MAX9206ETI+: FAQ
  • +MAX9217: FAQ
  • +MAX9257A: FAQ
  • +MAX9258AGCM/V+: FAQ
  • +MAX9310AEUP+: FAQ
  • +MAX9315: FAQ
  • +MAX9370ESA+: FAQ
  • +MAX9377EUA+: FAQ
  • +MAX9378: FAQ
  • MAX96715: FAQ
  • +MAX96715GTG/V+: FAQ
  • +MAX96717FGTJ/V+: FAQ
  • +MAX96717_TJ/VY+_A1: FAQ
  • +RDC1740: FAQ
  • +AD5292BRUZ-50: FAQ
  • +AD9834: FAQ

68K resistors in AD2S1205 recommended circuit diagram.

Question

I have a question about the datasheet of AD2S1205 and AD2S1210. In the
datasheet of AD2S1205, we recommend 68K resistors between SIN/SINLO and
COS/COSLO. The function of these two 68K resistors is explained in the
datasheet, too. (See attached Figure 1, Figure 2, Figure 3).
But, in the datasheet of AD2S1210, there are no such resistors. Are they
integrated into the internal chip or other reasons? (Figure 4, attached
document)?

Answer

The 68K resistors are not required in the AD2S1210 to detect an all connection
LOS. These resistors are not integrated into the device, there are some very
subtle changes in the internal fault detection circuitry to ensure the fault is
detected in the AD2S1210 without the need for the additional resistors.

Tags: ad2s1205 Synchro/Resolver to Digital Converters 3CNY5850 data converters Integrated/Special Purpose A/D Converters ad2s1210 Show More
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