Specifications

Chapter 3 Application Examples RIGOL
M300 Programming Guide 3-5
91. CALC:LIM:LOW 10,(@119) /*Set the alarm lower limit to 10°C for channel 119*/
92. CALC:LIM:LOW:STAT ON,(@119) /*Enable the lower limit alarm for channel 119*/
93. OUTP:ALAR3:SOUR (@119) /*Set the alarm channel to Alarm3 for channel 119*/
94. TEMP:TRAN:TC:CHEC ON,(@119) /*Enable the T/C Check feature for channel 119*/
95. TEMP:TRAN:TC:RJUN:TYPE INT,(@119) /*Set the reference source to internal for channel 119*/
96. FUNC “TEMP”,(@120) /*Configure the function to temperature for channel 120*/
97. TEMP:TRAN:TYPE TC,(@120) /*Set the temperature sensor type to TC for channel 120*/
98. TEMP:TRAN:TC:TYPE S,(@120) /*Set the TC type to S for channel 120*/
99. TEMP:TRAN:TC:CHEC ON,(@120) /*Enable the T/C Check feature for channel 120*/
100. TEMP:TRAN:TC:RJUN:TYPE FIX,(@120) /*Set the reference source to fixed for channel 120*/
101. TEMP:TRAN:TC:RJUN 25.2,(@120) /*Set the fixed reference junction temperature to 25.2°C for
channel 120*/
102. FUNC “CURR:DC”,(@121,122) /*Configure the function to DCI for channels 121 and 122*/
103. CURR:DC:RANG:AUTO ON,(@121,122) /*Enable autoranging for channels 121 and 122*/
104. CALC:LIM:UPP 0.6,(@121,122) /*Set the alarm upper limit to 0.6A for alarms for channels 121 and
122*/
105. CALC:LIM:UPP:STAT ON,(@121,122) /*Enable the upper limit alarm for channel 121 and 122*/
106. OUTP:ALAR4:SOUR (@121,122) /*Set the alarm channel to Alarm4 for channels 121 and 122*/
107. CURR:DC:APER 1e-3,(@121,122) /*Set the gate time to 1ms for channels 121 and 122*/
108. FUNC “CURR:AC”,(@123) /*Configure the function to ACI for channel 123*/
109. CURR:AC:RANG 1,(@123) /*Select the 1A range for channel 123*/
110. CURR:AC:BAND 3,(@123) /*Select the 3Hz AC filter parameter for channel 123*/
111. ROUT:CHAN:DEL 0.001,(@123) /*Set the channel delay to 1ms for channel 123*/
112. FUNC “SENSOR”,(@124) /*Configure the function to Anysensor for channel 124*/
113. ANYS:TYPE CURR,(@124) /*Set the anysensor type to DCI for channel 124*/
114. FUNC “SENSOR”,(@201) /*Configure the function to Anysensor for channel 201*/
115. ANYS:TYPE VOLT,(@201) /*Set the anysensor type to DCV for channel 201*/
116. ANYS:SEGM 0.03,1.001,1.1,0.01,(@201) /*Set Scaling parameter A to 1.001, B to 1.1
C to 0.01, startvalue to 0.03 for channel 201*/
117. ANYS:VOLT:APER 3e-3,(@201) /*Set the integration time to 0.3ms for channel 201*/
118. UNIT:ANY “mV”,(@201) /*Set the unit to mV for channel 201*/
119. FUNC “SENSOR”,(@202) /*Configure the function to Anysensor for channel 202*/
120. ANYS:TYPE RES,(@202) /*Set the anysensor type to 2WR for channel 202*/
121. ZERO:AUTO ON,(@202) /*Enable the auto zero function for channel 202*/
122. FUNC “SENSOR”,(@203) /*Configure the function to Anysensor for channel 203*/
123. ANYS:TYPE FRES,(@203) /*Select the anysensor type to 4WR for channel 203*/
124. CALC:LIM:LOW 1000,(@203) /*Set the alarm lower limit to 1000Ω for alarms for channel 203*/
125. CALC:LIM:LOW:STAT ON,(@203) /*Enable the lower limit alarm for channel 203*/
126. OUTP:ALAR1:SOUR (@203) /*Set the alarm channel to Alarm4 for channel 203*/
127. ANYS:FRES:OCOM ON,(@203) /*Enable the offset compensation function for channel 203*/
128. FUNC “SENSOR”,(@204) /*Configure the function to Anysensor for channel 204*/
129. ANYS:TYPE FREQ,(@204) /*Set the anysensor type to frequency for channel 204*/
130. DIG:DATA:BYTE? (@301) /*Configure the function to 8-bit DIN for channel 301*/
131. CALC:COMP:DATA 154,(@301) /*Set the alarm value to 154 for channel 301*/
132. CALC:COMP:MASK 129,(@301) /*Set the alarm mask to 129 for channel 301*/
133. CALC:COMP:TYPE EQU,(@301) /*Set the alarm mode to “equal” for channel 301*/
134. CALC:COMP:STAT ON,(@301) /*Enable the alarm function for channel 301*/
135. OUTP:ALAR2:SOUR (@301) /*Set the alarm channel to Alarm2 for channel 301*/
136. DIG:TYPE TTL,(@301) /*Set the level type to TTL for channel 301*/