Industrial

This application note describes how to use the ST62 Auto-reload Timer (ARTimer) to generate a PWM signal with tunable frequency and duty cycle. As an example, the generation of a 31.25kHz PWM signal with duty cycle proportional to an analog input voltage is presented.

This application note presents numerous methods to effectively reduce noise problems in microcontroller designs

This document describes the concepts of movement detectors for noisy environments. The use of microcontrollers can improve the performance of traditional movement detectors.

This application note explains the architecture and functionality of the I/O ports in the ST62 series microcontrollers, and provides guidance on how to use these features safely. The ST62 series is suitable for industrial control and other applications.

Use ST6 analog inputs to implement multiple key decoding

This application note shows how to detect stack overflow by using the ST9 timer/watchdog.

The TP-1010C is a versatile charger capable of charging/discharging lithium polymer, NiCd, NiMH, lead acid, and A123 cells. It supports a maximum charging/discharging current of 10A and a maximum output power of 220 watts. The software provides easy navigation and multiple charging/discharging options.

This document describes how the on-chip 8-bit A/D converter of the ST62 can be used to expand its resolution to a higher resolution

This document introduces the application of a fast battery charger from nickel-cadmium to nickel-hydride batteries. It discusses the features of the charger and the suitability of charge monitoring methods.

This application note describes how to control a brush DC motor with the ST6265 microcontroller. This method does not require a speed sensor, which makes it more efficient and reduces acoustic noise.

This manual provides detailed instructions for operating the ThunderPower T1001 Single-Port High-Power Multi-Chemistry Charger/Discharger/Cycler/Balancing System.

AN413 introduces the initialization methods of ST9 microprocessors, aiming to provide users with a programming structure and methodology to help in the initial configuration of the system.

The TP-535 is a lithium polymer battery charger capable of charging up to 5 series cells and 3.5 amps of charging current. It incorporates very intelligent software algorithms which make it extremely safe to use even for the beginner. It’s small package size and low weight make it ideal for use practically anywhere, especially for those who fly with smaller battery packs, such as park fliers. However, it’s higher capacity also makes it very useful for larger sized packs, such as those used in mid sized models. The TP-535 is capable of operating as both a stand alone unit or in concert with one of Thunder Power RC’s balancers (205 or 210V) for the ultimate in charging safety. For proper, full power operation, it is imperative that a power supply capable of at least 5 amps be used. An automotive battery is ideal. To use the unit all one needs to do is the following: 1) Using the included power cable, plug one end into the charger and clip the alligator clips onto a power source, red to positive (+) and black to negative (-). 2) Plug in the proper battery cable (one that has connectors to match the battery you wish to charge). 3) Set the cell count (using the white button) to match the number of cells in your battery. Note that the unit has auto cell counting abilities for cell counts of 4 cells or less, it will simply change itself to the correct count if set improperly. However, if you either set the unit for 5 cells and try to charge a battery with fewer than 5 cells, the unit will not charge.

tp-535 lithium polymer charger user's guide