The Infineon CYW920820M2EVB-01 Evaluation kit enables you to evaluate and develop single-chip Bluetooth® applications using the AIROC™ CYW20820, an ultra-low-power Bluetooth & Bluetooth LE system on a chip.
The Infineon EVAL_IMD700A_FOC_3SH board, featuring a microcontroller, configurable gate driver, on-board power supplies and circuit protection functions, is capable of driving a motor rated for up to 300 W using sensorless field-oriented control (FOC). The EVAL_IMD700A_FOC_3SH is based on the MOTIX™ IMD701A fully programmable motor controller, which combines an XMC1404 MCU with a 6EDL7141 three-phase gate driver IC in a single package, driving 3 mm x 3 mm OptiMOS™ 6 40 V/1.5 mΩ external power MOSFETs.
The board supports the development of battery-operated products that use a brushless dc or permanent magnet synchronous motor. This motor controller solution is notable for its high efficiency, small size, and low component count.
The EVAL_IMD700A_FOC_3SH can operate independently or with an Infineon motor control GUI. It operates at up to 300 W with no heat-sink required.
The PSOC™ 6-BLE Pioneer Kit (CY8CKIT-062-BLE) from Infineon enables development with and debug of PSOC 63 microcontroller with integrated Bluetooth® Low Energy radio.
EVAL-S25HL512T also referred to as the SEMPER™ S25HL512T memory module, is a low cost PMOD compatible memory module which integrates a 512Mb 3.3V SEMPER OR Flash memory (S25HL512T). This memory module enables quick and easy integration of the SEMPER NOR Flash into any development kit.
The REF_ICL8820_LED_43W_JT is a 43W reference design featuring Infineon’s flyback controller ICL8820. The board is a constant voltage (CV) secondary-side regulated (SSR) system and is intended to be used with a constant current (CC) converter for LED lighting applications.
EVAL-M3-302 is a Control Board for iMOTION™ Modular Application Design Kit (MADK) platform. It is powered by IMC302A-F064 iMOTION™ Motor Control IC featuring advanced Motor Control Engine (MCE), that enables state-of-the-art Sensorless Field Oriented Control (FOC) combined with the active Power Factor Correction (PFC) control, without need for any coding.
