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What is the range of SINAD on the Model 2015? SINAD is another way of expressing THD+noise. It is the RMS magnitude of the signal divided by the RMS magnitude of the difference between the signal and the fundamental. This measurement is expressed only in dB. With 100% distortion, SINAD, which is the … Diese FAQs beziehen sich auf:	776886
Where in the pulse is the measurement made? The 2520 measurement algorithm was designed to prevent problems with the pulse shape causing problems in the reported measurement. The algorithm described below is used for the laser diode V and I measurements, as well as the photodiode current … Diese FAQs beziehen sich auf:	776666
Where can I find Equivalent circuit models for P7708, P7713, P7716, P7720? Equivalent circuit models can be found in the P7708, P7713, P7716, P7720 Users manual. You can download manuals from Tek.com by going to the "Downloads" icon on the right side of the web page. Select the download type as "manuals", enter in your … Diese FAQs beziehen sich auf:	776501
When I connect my TBS2000 to the Ethernet via the VXI Web Interface and want to use the control panel it says, “Please enter the password”. What is the password? By default, there is no password set, so you can leave the password field blank. However, a user can set a password through the “Set Password” tab. If a password is set, make sure to note what you set the password to. Diese FAQs beziehen sich auf:	776436
What happens in High Capacitance mode in Model 2450 SMU? The SMU is a closed loop control device to maintain a steady force value on your DUT. The capacitance of your cabling and DUT and the current sense resistor (internal to the SMU) form a pole. For certain combinations of current sense resistor and external … Diese FAQs beziehen sich auf: 2220-30-1, 2252, TPA-BNC, TPS2024	775831
What happens in High Capacitance mode in Model 2450 SMU? The SMU is a closed loop control device to maintain a steady force value on your DUT. The capacitance of your cabling and DUT and the current sense resistor (internal to the SMU) form a pole. For certain combinations of current sense resistor and external … Diese FAQs beziehen sich auf: 2220-30-1, 2252, TPA-BNC, TPS2024	775830
What happens in High Capacitance mode in Model 2450 SMU? The SMU is a closed loop control device to maintain a steady force value on your DUT. The capacitance of your cabling and DUT and the current sense resistor (internal to the SMU) form a pole. For certain combinations of current sense resistor and external … Diese FAQs beziehen sich auf: 2220-30-1, 2252, TPA-BNC, TPS2024	775829
What happens in High Capacitance mode in Model 2450 SMU? The SMU is a closed loop control device to maintain a steady force value on your DUT. The capacitance of your cabling and DUT and the current sense resistor (internal to the SMU) form a pole. For certain combinations of current sense resistor and external … Diese FAQs beziehen sich auf: 2220-30-1, 2252, TPA-BNC, TPS2024	775828
What happens in High Capacitance mode in Model 2450 SMU? The SMU is a closed loop control device to maintain a steady force value on your DUT. The capacitance of your cabling and DUT and the current sense resistor (internal to the SMU) form a pole. For certain combinations of current sense resistor and external … Diese FAQs beziehen sich auf: 2220-30-1, 2252, TPA-BNC, TPS2024	775827
What happens in High Capacitance mode in Model 2450 SMU? The SMU is a closed loop control device to maintain a steady force value on your DUT. The capacitance of your cabling and DUT and the current sense resistor (internal to the SMU) form a pole. For certain combinations of current sense resistor and external … Diese FAQs beziehen sich auf: 2220-30-1, 2252, TPA-BNC, TPS2024	775826