Hero Banner

New Products - ECS

NPI Body

32.768 kHz Tuning Fork Crystal

Reliable and Efficient Timing Solutions for EV Charging Infrastructure

ECS Inc. International's ECX-16 is an ultra compact 32.768 kHz tuning fork crystal, perfectly suited for automotive, EV charging, IoT and industrial applications.

ECS Inc.'s ECX-16 is ideal for automotive and sustainable applications bringing improved reliable performance and efficiency. A 32.768 kHz tuning fork crystal is commonly used in electronic devices as a timing element for real-time clocks and microcontrollers due to its stable frequency. In the context of sustainable technology like electric vehicles (EVs) and charging systems, this tuning fork crystal plays a cruicial role in power management, battery management systems (BMS), charging infastructure, data logging and telemetry.

Electric vehicles rely on power management systems to optimize energy usage and efficiency. The timing provided by the ECX-16 ensures precise synchonization of various components, such as battery charging circuits, motor controllers, and auxillary systems. This sychronization helps minimize energy waste while maximizing vehicle range.

Battery management systems monitor the health, status and performance of the batteries. A tuning fork crystal's stable frequency ensures accurate timing for voltage and temperature measurements, cell balancing, and state-of-charge calculations. This is essential for extending battery life and ensuring safe operation.

The charging infrastructure for electric vehicles relies on timing accuracy managing power flow, billing, and communicatoin between the vehicle and the charging station. The ECX-16 ensures efficient and reliable charging processes.

Electric vehicles generate a large amount of data related to performance, usage patterns, and environmental conditions. The timing provided by the crystal ensures precise timestamps for datalogging, telemetry, and communication with external networks. This is crucial for optimizing vehicle performance, predict maintenance needs, and improve overall efficiency.