As the demand for high-precision operational amplifiers increases, the use of self-correcting architectures becomes increasingly popular. This seminar focuses on zero-drift amplifiers, briefly introducing zero-drift architecture and exploring in detail the various design considerations inherent to these devices, including noise considerations, leakage current, output characteristics and minimizing temperature drift. Workshop participants will be able to: 1. Understand the industry’s definition of a “zero-drift” amplifier; 2. Gain knowledge about zero-drift architectures and their implementation benefits; 3. Fully understand various design considerations when implementing zero-drift op amps .
I wrote the programs for the master and slave, and the two 107s can communicate in the 485 inquiry-response mode. Now I transplanted the program to the 103, but it doesn't work. I used an array to sav
[i=s] This post was last edited by jameswangsynnex on 2015-3-3 20:00 [/i] Shenzhen Kangbao Technology Co., Ltd. is the exclusive official agent of Taiwan Feihong Company in mainland China. It speciali
I'm sorry for the delay. Since I joined later, I had already implemented the functions of the project with STC microcontrollers. After getting the Renesas evaluation board, my plan changed slightly. I
There is a SOC chip that needs to be connected to two SRAMs. The SRAM model is: K7N643645. The two chips form a 64*2M storage system. The SRAM operating frequency
The operating frequency is the same a
I have been working on CAN communication for a while and I have encountered some confusions. I would like to ask you for advice: I am using a TI dsp board, which already has an eCan module. I would li