You can purchase an assembled temperature probe, or you can construct one yourself. The advantage to building your own is you can create a temperature probe with low thermal mass. When making measurements on the bench it is important to have a low thermal mass as many of the DUTs on the bench will be small. The 34410A and 34411A Digital Multimeters are a good choice for temperature measurements as they have built-in algorithms to support many common Thermistors, RTDs and PRTDs. Additionally, the 34410A Bench Multimeter has a built-in data logger, limit testing, and statistics. For additional details see: www.agilent.com For additional details see: www.agilent.com
Tags: Bench, Multimeter, Digital, Temperature, Probe, Measurement, Thermistor, Thermocouple, RTD, PRTD, 34410A, 34411A, Agilent, Technologies, agilenttube, Tube Building a Temperature Probe for Agilent's 34410A Digital Bench Multimeter Video Clips. Duration : 4.37 Mins.
You can purchase an assembled temperature probe, or you can construct one yourself. The advantage to building your own is you can create a temperature probe with low thermal mass. When making measurements on the bench it is important to have a low thermal mass as many of the DUTs on the bench will be small. The 34410A and 34411A Digital Multimeters are a good choice for temperature measurements as they have built-in algorithms to support many common Thermistors, RTDs and PRTDs. Additionally, the 34410A Bench Multimeter has a built-in data logger, limit testing, and statistics. For additional details see: www.agilent.com For additional details see: www.agilent.com
Tags: Bench, Multimeter, Digital, Temperature, Probe, Measurement, Thermistor, Thermocouple, RTD, PRTD, 34410A, 34411A, Agilent, Technologies, agilenttube, Tube
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