Epson TG2016SMN temperature compensated crystal oscillator miniaturization clock solution

With the increasing trend of miniaturization and high performance in electronic devices today, the requirements for core components are becoming increasingly stringent. As a key component that provides stable clock signals for devices, the performance and size of crystal oscillators directly affect the overall performance of the equipment. Epson, with its leading QMEMS technology, has launched the TG2016SMN temperature compensated crystal oscillator. With its outstanding high performance and leading miniaturization design, it has become an ideal clock solution for many electronic devices, and is helping various industries make great strides on the road of technological innovation.

Epson TG2016SMN temperature compensated crystal oscillator technology highlights:

1. Dual mode temperature compensation design

TG2016SMN supports two modes of voltage controlled temperature compensation (VC-TCXO) and standard temperature compensation (TCXO), which can be flexibly switched by connecting the control voltage (VC) through pin # 1 or floating, meeting the differentiated requirements of frequency dynamic adjustment or fixed accuracy in scenarios such as wireless communication modules and drones.

2. Super strong environmental adaptability and anti-interference ability

Temperature stability: Within a wide temperature range of -40 ℃ to+85 ℃, the frequency deviation stability reaches ± 0.5ppm, and the temperature characteristics are better than ± 2ppm, which can cope with extreme climate and industrial environmental challenges. Anti interference capability: Adopting a low phase noise design (with the lowest phase noise in the Epson TCXO series), reducing signal jitter, ensuring the receiving sensitivity and transmission distance of wireless communication.

3. Compact packaging and low power consumption

Miniature design: With a size of only 2.0 × 1.6mm (SMD 2016 package) and a thickness of 0.73mm, it saves more than 90% of PCB space and helps to make equipment lightweight and compact. Low power optimization: The working current is as low as 1.8V (voltage range 1.7-3.3V), significantly reducing the power consumption of drones and portable devices, and extending battery life.

4. Broadband coverage and compatibility

The frequency range covers 10MHz~55MHz, compatible with mainstream communication frequencies such as Bluetooth, Wi Fi, LTE, GNSS, etc. (such as 16.3676MHz, 26MHz), and supports seamless integration of multi protocol devices.

Application scenarios of TG2016SMN temperature compensated crystal oscillator:

1. Drones and Intelligent Navigation

As the "clock heart" of the drone flight control system, TG2016SMN improves wireless communication stability, extends flight distance and anti-interference ability through high-precision clock synchronization, and is designed with low power consumption to extend flight time.

2.5G Communication and Internet of Things

Provide stable clock sources for 5G base stations and miniaturized communication modules, ensuring low latency transmission of high-frequency signals and meeting network synchronization protocol requirements such as SyncE and IEEE 1588.

3. In vehicle electronics and industrial control

In vehicle GNSS and V2X communication, with wide temperature stability and anti vibration, positioning accuracy and real-time data transmission are guaranteed, adapting to harsh vehicle grade environments.

4. Consumer Electronics and Medical Devices

Featuring ultra small size and low power consumption, it can be integrated into smart wearable devices and medical monitoring instruments to achieve precise timing and low-energy operation.