The recommended layout and placement for the MC34716EP can be found in the Freescale Semiconductor application note AN4533, which provides guidelines for PCB layout, component placement, and thermal management to ensure optimal performance and reliability.
The MC34716EP can be configured for different battery chemistries by adjusting the battery voltage and current limits, charge/discharge termination voltages, and other parameters through the device's registers. The specific configuration will depend on the battery chemistry and the application requirements. Refer to the device's datasheet and application notes for more information.
The maximum charging current that the MC34716EP can support is 2.5A, but this can be limited by the external components and the battery's capacity. The device's datasheet provides more information on the charging current limits and how to calculate the maximum charging current for a specific application.
Yes, the MC34716EP is a bidirectional battery charger and discharger, which means it can charge a battery from an external power source and also discharge the battery to power a load. The device's datasheet provides more information on how to configure the device for charging and discharging modes.
The MC34716EP has built-in over-voltage and under-voltage protection circuits that monitor the battery voltage and prevent damage to the device and the battery. The device will automatically disconnect the charging source or load if the battery voltage exceeds the specified limits. The specific voltage limits can be adjusted through the device's registers.
MC34716EP datasheet
by Freescale Semiconductor
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