Epson TG2520SMN temperature compensated crystal oscillator high-precision and multi domain application clock solution

Characteristics of TG2520SMN:

1. High precision and temperature compensation

The Epson TG2520SMN temperature compensated crystal oscillator performs exceptionally well in terms of frequency accuracy. It adopts advanced temperature compensation technology, which can sensitively sense changes in environmental temperature and quickly make precise frequency adjustments. Within a wide operating temperature range of -40 ° C to+85 ° C, it can control frequency deviation to a very small range, typically up to ± 0.1ppm or even lower. TG2520SMN is equipped with a high-precision temperature sensor and compensation circuit, which adjusts internal parameters (such as capacitance and inductance) in real time, offsets the influence of temperature on the frequency of quartz crystals, and ensures the continuous and stable operation of the equipment.

2. Low power consumption and miniaturization design

TG2520SMN has a working current as low as 1.5mA and a peak current not exceeding 2.5mA, making it suitable for battery powered equipment and extending battery life. 2.5 × 2.0 × 0.8mm ultra-thin packaging, lightweight and perfectly suitable for space sensitive fields such as drones and wearable devices, helping products achieve ultimate miniaturization design.

3. Anti interference and reliability

The phase noise of TG2520SMN is reduced by 50%, and the load and voltage coefficient performance is improved to 0.1ppm. The power supply voltage range is 1.7V to 3.63V, and models as low as 2.8V can further reduce power consumption, extend battery life, and are compatible with various industrial and consumer electronics power systems.

TG2520SMN Multi scenario Application:

1.5G Communication and Internet of Things

As a TCXO crystal oscillator with low phase noise, TG2520SMN is an LTE Wi-Fi、 Ideal choice for wireless communication devices such as Bluetooth and LoRa. Its low jitter characteristics (some models support ≤ 50fs) are particularly suitable for high-frequency scenarios such as 5G base stations and optical modules, ensuring the integrity of data transmission

2. Industrial Control and Automation

TG2520SMN temperature compensated crystal oscillator has become the precise "commander" of industrial automation systems with its stable clock signal. On automated production lines, various mechanical equipment such as robotic arms and CNC machine tools need to work together strictly according to predetermined time and rhythm. TG2520SMN provides a stable clock reference for the control system of these devices, ensuring that they can accurately perform every action and achieve precise machining and assembly of components. Even in the complex electromagnetic environment and large temperature fluctuations in the factory workshop, TG2520SMN can still maintain stable frequency output, ensuring the continuous and stable operation of the production line, effectively reducing production failures and defect rates caused by unstable clocks.

3. Drones and motion cameras

In the drone system, TG2520SMN provides a stable clock reference for the wireless communication module, ensuring the reliability of signal transmission and supporting longer communication distances. At the same time, its typical frequency of 19.2MHz is applied to the GPS module of panoramic motion cameras, accurately locking the satellite position and ensuring the positioning accuracy of outdoor shooting.

4. Automotive Electronics and Intelligent Terminals

In car navigation and intelligent driving systems, the high stability of TG2520SMN can resist vibration and electromagnetic interference, ensuring the reliable operation of car electronic devices. Meanwhile, its low-power design has also been integrated into smartphones, mobile payment modules, and medical devices to meet the stringent energy efficiency requirements of portable terminals。

In the era of pursuing efficiency, precision, and intelligence, TG2520SMN temperature compensated crystal oscillator is becoming the preferred clock solution for many electronic devices and systems, helping various industries create more value and possibilities. Whether in the fields of communication, industry, healthcare, or the Internet of Things, choosing Epson TG2520SMN temperature compensated crystal oscillator is choosing a more stable and accurate clock guarantee, opening up a better digital future.