In-country counselling for the development of testing instruments: 021-51.36000 Canadian Toronto helpline: +1,289,5730138 for the population: learning about the ARM single machine, has learned the C language and hopes that the design of products based on STM32 ARM, such as these, will be of some nature and will be successful only if they are re-examined. Using processor: STM32 ARM processor programming language: C-Language mission: 1 Characteristics of learning instrument development, designing option 2 around measuring accuracy and replicability of product type: learning delivery design...
Detection instrument development training
Domestic consultation number: 021-51.36000
Telephone call, Toronto, Canada: +1 2895730138
Target population: Learn about the ARM single machine, have learned the C language and wish to design products based on STM32 ARM
Such products are of a somewhat exploratory nature and can only be successful if they are re-examined.
Use processor: STM32 ARM processor
Programming language: C language
Task:
1 Characteristics of learning instrument development, designed around the accuracy and replicability of measurement products
2. Learning about the design of transport, mastering the design of the resistance circuit, learning about the design of the OLD LCD
2 Designs the matrix and circuit boards according to demand and processes them.
3 Development of preparation procedures, online debugging, testing of product functionality and modifications
Participants are exposed to functional analysis based on the products of other manufacturers, selection of models according to the market supply and price of components, and the design of an optimised programme to meet the cost requirements.
Mastering software filtering algorithms to measure noise
Learn how to solve problems when measuring instability.
Master the manual welding of SMD chips
Project 1 Development of salinity meter 5 lessons
Learn the development of the most basic measuring instrument
Learn to analyse the problem of salinity measurement, and give a plan for measuring it.
Using the cheapest ARM single machine for overall cost control purposes, but need to ensure accuracy of measurement
Design software to perform measurement functions. The software is achieved in C language, but in order to achieve the target, the software is relatively complex and the participants need to master the design and commissioning techniques of software that are oriented towards special measurement precision requirements.
Validate the appropriateness of the measurement frequency through repeated testing.
By calibration, fixation of measured data by subcurve
Item 2 Development of the sugar gauge
Learn to drive the CMOS 1-dimensional array sensor.
Learn to slide the arrays of pixels, filter the windows,
Learn to analyze wave patterns through oscilloscopes, and find the dark zone on the CMOS.
By designing algorithms to predict the location of the actual dark dividing line in a vague and dark decomposition area
By calibration, fixation of measured data by subcurve
Learn to code the LCD hardware drive and program the software
Note: Processing fees and hardware element costs associated with the third-party processing of PCB by participants are not included in tuition fees