...(Heat & Thermodynamics) Labs 1-6 covering heat energy transfer processes, the 1st Law of Thermodynamics, the ideal gas law and heat engines; RTP Module Three (Electric Circuits) Labs 1-5 covering......
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...with the circuit in question. In our Current Sensor (DCP-BTA) we use a 0.1 Ω resistor. We measure the small voltage drop across that resistor, amplify it and then output......
...At higher voltages, there is a chance that you can damage the zener diode (but not the rest of the circuit). Applying higher voltages to these sensors can damage them.......
...Specifications Sensing Element: IH-3602-L Integrated Circuit Humidity Sensor (Specifications at 25 ºC and 5 VDC) Range: 0% to 95% Power: 200 µA @ 5 VDC Response Time (time for a......
...circuit Operating Current: 35-50 mA @ DC minimum 3.2V Nominal Charging Current: ~350 mA DC input, Rating: DC 6V 500mA maximum (Max. with battery charging and unit operating) Bluetooth radio......
...LabQuest allows you to do sound experiments and RLC electronic circuit experiments, which require much higher frequencies. – LabPro can supply 100 mA of current, so most experiments can be......
...work. Secondary Test: Connect a simple circuit (small lamp or LED) to the red and black output terminals of the Power Amplifier. Set the output to a sine wave and......
...in the same circuit at the same time, and they will not interfere with each other. Related TILs: What is the difference between a Differential Voltage Probe (DVP-BTA) or Go......
...pull tab. 5. The battery is connected to LabQuest with a small, white plug that is inserted into a socket secured to the circuit board. 6. Disconnect the plug by......
...a different LabQuest, or if the unit fails to recognize a USB thumb drive, the circuit board in the LabQuest that controls both USB ports may be broken. If this......