In product design, Epson crystal oscillators focus on miniaturization and impact resistance, as well as low power consumption and long lifespan. These features enable Epson crystal oscillators to demonstrate significant advantages in applications with extremely demanding space requirements, such as smartphones, wearable devices, and IoT modules. Its TG-5510CA crystal oscillator has performed outstandingly in fields such as communication and industrial automation, ensuring precise operation and contributing to the development of 5G and network synchronization, winning widespread praise. Epson's TG-5510CA temperature compensated crystal oscillator (TCXO) covers a frequency range of 10 MHz to 54 MHz, with a typical power supply voltage of 3.3V. With a free running accuracy of ± 0.28 × 10-6 Max./20 years, TG-5510CA ensures high frequency stability at different temperatures, making it particularly suitable for Stratum3 level equipment. Its compact design (7.0 × 5.0 × 1.5mm) and high temperature resistance (up to 105 ° C option) make it perform well in applications with limited space and high temperature environments.
TG-5510CA is widely used in network synchronization, base station transmission systems (BTS), microwave communication, Stratum3, SyncE, and IEEE1588, especially in scenarios where precise clock signals are required in communication systems. Its low-power design helps extend battery life, while not supporting voltage control (VC) functionality, simplifying the design and reducing costs. In 5G base stations, TG-5510CA provides stable clock signals, meeting the needs of outdoor installation, miniaturization, and fanless operation. In addition, in industrial automation and control systems, TG-5510CA serves as the core component, providing accurate clock signals to ensure the precise operation of production lines and control systems. In the field of GPS applications, it has improved the positioning accuracy of devices such as smartphones, car navigation systems, and drones.
