PCB high carbon processing instructions

Our company specializes in the production and processing of high-resistance carbon printed circuit boards and special potentiometers or resistors for resistive sensors. The resistance ranges from 100Ω to 2MΩ. Carbon oil is cured at high temperature (170℃~230℃) and then polymerized to form a film. After wave soldering or reflow soldering, the resistance change is less than ±5%, and the temperature coefficient of resistance TCR is within ±800PPM (-25℃~~+ 75°C and constant humidity).

Features and uses of encoders

Our company specializes in the production and processing of high-resistance carbon printed circuit boards and special potentiometers or resistors for resistive sensors. The resistance ranges from 100Ω to 2MΩ. Carbon oil is cured at high temperature (170℃~230℃) and then polymerized to form a film. After wave soldering or reflow soldering, the resistance change is less than ±5%, and the temperature coefficient of resistance TCR is within ±800PPM (-25℃~~+ 75°C and constant humidity).

The working principle and characteristics of pulse encoder

Our company specializes in the production and processing of high-resistance carbon printed circuit boards and special potentiometers or resistors for resistive sensors. The resistance ranges from 100Ω to 2MΩ. Carbon oil is cured at high temperature (170℃~230℃) and then polymerized to form a film. After wave soldering or reflow soldering, the resistance change is less than ±5%, and the temperature coefficient of resistance TCR is within ±800PPM (-25℃~~+ 75°C and constant humidity).