MAX31856 - Revision history

AJ Quick at 05:23, February 15, 2019

2019-02-15T05:23:43Z

AJ Quick at 05:15, February 15, 2019

2019-02-15T05:15:22Z

AJ Quick at 04:42, February 15, 2019

2019-02-15T04:42:13Z

AJ Quick at 04:41, February 15, 2019

2019-02-15T04:41:48Z

AJ Quick at 04:36, February 15, 2019

2019-02-15T04:36:35Z

AJ Quick at 04:35, February 15, 2019

2019-02-15T04:35:28Z

AJ Quick at 04:33, February 15, 2019

2019-02-15T04:33:01Z

AJ Quick: /* Eagle Files */

2019-02-13T03:07:00Z

‎Eagle Files

AJ Quick: /* 9-Pin 0.100" Connector */

2019-02-13T00:58:04Z

‎9-Pin 0.100" Connector

AJ Quick: /* 2-Pin 0.100" Connector */

2019-02-13T00:57:49Z

‎2-Pin 0.100" Connector

← Older revision		Revision as of 05:23, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="~~B07N7RXQF~~" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="~~B07N7RXQF~~" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="B07N7RXQF6" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

← Older revision		Revision as of 05:15, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="~~B07N7RXQF6~~" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="~~B07N7RXQF6~~" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="B07N7RXQF" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

← Older revision		Revision as of 04:42, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="~~B07N7RXQF~~" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="B07N7RXQF6" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

← Older revision		Revision as of 04:41, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="~~B07N7RXQF6~~" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="B07N7RXQF" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

← Older revision		Revision as of 04:36, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The MAX31856 performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The <amazon asin="B07N7RXQF6" id="9ae3c7e775d356481af38ffbe5701724">MAX31856</amazon> performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

← Older revision		Revision as of 04:35, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="~~B07N7RXQF~~" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The MAX31856 performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF6" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The MAX31856 performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

← Older revision		Revision as of 04:33, February 15, 2019
Line 1:		Line 1:
−	<amazon asin="~~B07N7RXQF6~~" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The MAX31856 performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.	+	<amazon asin="B07N7RXQF" id="7f18a3e6a2160c3d352ce9776f6f2ce2" style="float:right;"/>The MAX31856 performs cold-junction compensation and digitizes the signal from any type of [[thermocouple]]. The output data is formatted in degrees Celsius. This converter resolves temperatures to 0.0078125°C, allows readings as high as +1800°C and as low as -210°C (depending on thermocouple type), and exhibits thermocouple voltage measurement accuracy of ±0.15%. The thermocouple inputs are protected against overvoltage conditions up to ±45V.

	A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.		A lookup table stores linearity correction data for several types of thermocouples (K, J, N, R, S, T, E, and B). Line frequency filtering of 50Hz and 60Hz is included, as is thermocouple fault detection. A SPI-compatible interface allows selection of thermocouple type and setup of the conversion and fault detection processes.

@@ Line 117: / Line 117: @@
 ==Eagle Files==
-* [[File:MAX31856.sch|MAX31856 Schematic]]
+[[File:MAX31856 PCB Front.png]] [[File:MAX31856 PCB Back.png]]
 * [[File:MAX31856.brd|MAX31856 Board]]

@@ Line 23: / Line 23: @@
 ==Pinout==
-====9-Pin 0.100" Connector====
+====9-Pin 0.100" Header====
 {| class="wikitable"

@@ Line 48: / Line 48: @@
 |}
-====2-Pin 0.100" Connector====
+====2-Pin 0.100" Terminal Block====
 {| class="wikitable"