Industrial

SportBEC is a switch-mode BEC specifically designed for sport planes, glow conversions, helicopters and more. It is designed for use with flight batteries from three to eight lithium cells, or up to 21 Nickel cells. The generous 3.5A current rating ensures a large safety margin when powering multiple servos. The product incorporates a throttle pass-through feature, which allows you to simply plug it in and go, without having to modify your ESC. SportBEC is designed for use with ESCs that are already lithium-aware and have the proper cutoff voltage.

AN1713 application note describes how to implement SMBus slave protocol using ST7 I2C

The purpose of this document is to explain the different ADC errors and the techniques that application developers can use to minimise them. The ADC (Analog to Digital Converter) is an important peripheral that connects the analog world to the digital world of microcontrollers.

CC BEC Pro is a high voltage RX power switching regulator with a maximum input voltage of 12S (50.4V) and a maximum output current of 20A. The adjustable output voltage is 4.8 to 12.5V.

ST7FLITE0 is a low-end 8-bit MCU with many cost-saving features and it comes with low-cost tools, providing a complete package to reduce both design and final application costs to the absolute minimum.

CC BEC is a switching power regulator from Castle Creations. It has a maximum output of 10A, a maximum input voltage of 6S, a selectable output of 4.8-9.0 volts, and weighs only 11 grams.

This application note lists the modifications that occur when the file is processed by NEWGET

This Application Note describes how to use the ST7262 or ST7263B for 16-bit timing operations. The intention of this document is to show how to perform pulse measurement and PWM generation using the different timers available on each microcontroller type.

This application note investigates the power consumption during the operation of a typical application which puts the MCU (ST7Lite0) in HALT mode and wakes it up at regular intervals by an external interrupt generated by an active RC circuit. It also lists the typical consumption values and the parameters on which this consumption depends. The internal Pull up (Rpu) of an I/O port is used for the active RC to minimise the number of external components. The value of the Rpu varies with the supply voltage of the MCU and with temperature. Externally, only one capacitor is used. The ST7LITE0 clock source is configured by option byte to be internal RC with PLL*8. All measurements are taken at ambient temperature.

This manual introduces the use of Castle Creations Berg 7P receiver.

AN1633 APPLICATION NOTE DEVICE FIRMWARE UPGRADE (DFU) IMPLEMENTATION IN NON-USB APPLICATIONS

This is a user manual of Berg by Castle Creations 4-channel receiver.

AN1603 is an application note about ST7 USB DFU PC development kit (DFU-DK), introducing the software architecture, programming interface and usage of the kit.

The STF203-22 is a combination EMI filter and line termination device with integrated TVS diodes for use on upstream USB ports.

This application note presents the implementation of a Device Firmware Upgrade (DFU) capability in ST7 USB microcontrollers. It follows the DFU class specification defined by the USB Implementers Forum, for reprogramming an application through USB. The DFU principle is particularly well suited to USB applications that require need to be reprogrammed in the field: The same USB connector can be used both for the standard operating mode, and for the reprogramming process. This operation is made possible by the IAP capability featured by most of the ST7 microcontrollers, which allows a FLASH MCU to be reprogrammed by any communication channel. The DFU process, like any other IAP process, is based on the execution of firmware located in Sector 0 of the ST7 Flash memory which manage the Flash operations (erasing and programming) of Sectors 1 and 2. This application note covers then two main aspects: The firmware located in Sector 0, The Interface between the firmware in Sector 0 and the firmware in Sectors 1 & 2. The proposed implementation is demonstrated with 2 different projects: the USB Low-Speed devices Evaluation Kit and the ST7265 Full-Speed 5-in-1 demoboard. In this document these projects are referred to as “LS project” and “FS project”. A basic DFU protocol is also introduced.