High-precision digital multimeters have many functions, are highly accurate and easy to automate systems, and can easily replace zero detectors, etc. However, their DC input amplifiers do not have the specific design required to fully match the characteristics of zero detectors. High-precision digital multimeters are deficient in some key respects. One of the key issues is the instrument's input bias current. The latest Fluke high-precision digital multimeter 8588A has a significantly smaller bias current, with a maximum of only 20pA. The bias current can also be adjusted almost to 0pA. And as time changes, the bias current changes very little, ensuring that the Fluke 8588A high-precision digital multimeter is a suitable product to replace the analog zero detector.
Does anyone have the program that comes with the TI M4 DEMO board, which is the program that measures acceleration, temperature, current, external channels, etc. I can't find it on the TI official web
My controller is T6963, and I can see Chinese characters in text mode. The following is a piece of my code: [code] /******************************************************************************** Fun
[i=s]This post was last edited by szypf2011 on 2017-9-9 15:06[/i] I got an I.MX6UL evaluation board, EVB-P6UL. I recently tuned the 3G module function of this evaluation board, so I want to share with
I did an experiment, using two STM32F103ZET6 minimum system boards to do an NRF24L01 wireless communication experiment. One is for receiving, the other is for sending. The receiving end has a color sc