TCXO
Product Overview
A temperature-compensated crystal oscillator (TCXO) is a quartz crystal oscillator that uses a temperature compensation circuit to compensate for frequency drift caused by ambient temperature fluctuations, achieving high-precision frequency output.
Features:
High stability, ultra-wide operating temperature, low phase noise, ultra-small package, ultra-low power consumption, a comprehensive product range, and support for custom designs.
Main Applications:
Communications Equipment: Transmission networks, access networks, datacom products, BBU/RRU/AAU, base stations, etc.
Private Network Equipment: Rail transit, trunked communications, navigation systems, etc.
Industrial Control: Robotics, CNC machine tools, signal acquisition systems, etc.
Instruments: Precision instruments, test equipment, industrial metering (water, electricity, gas, etc.)
Consumer Electronics: Children's watches, senior mobile phones, Bluetooth modules, etc.
Technical Indicators
| Model | Temperature Stability | Operating Temperature Range | Waveform | Operating Voltage | Aging in Years | Phase Noise Typ | Package | Frequency Range | Remarks | ||||
| T1409 | ≤±0.5ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating Range | Square Wave Sine Wave | 3.3V, 5.0V | ≤±1ppm | @100M 10Hz: -75dBc/Hz 100Hz: -115dBc/Hz 1KHz: -143dBc/Hz 10KHz: -163dBc/Hz 100KHz: -165dBc/Hz | 14*9*5.8mm | 10~100MHz | Low noise High frequency | ||||
| T0705 | ≤±0.1ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating range | Square wave Clipped sine wave | 2.5V, 3.3V | ≤±1ppm | @20M 100Hz: -130dBc/Hz 1KHz: -148dBc/Hz 10KHz: -156dBc/Hz | 7.0*5.0*2.2mm | 10~52MHz | Low noise | ||||
| T0705 | ≤±0.5ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating range | Square Wave Clipped Sine Wave | 3.3V | ≤±1ppm | @40M 100Hz: -122dBc/Hz 1KHz: -139dBc/Hz 10KHz: -146dBc/Hz | 7.0*5.0*1.9mm | 10~52MHz | Vibration Resistance ≤±0.3ppb/g | ||||
| T0705 | ≤±0.05ppm ≤±0.5ppm | -40~85℃ -55~105℃ | Square wave Sine wave Clipped sine wave | 3.3V,5.0V | ≤±1ppm | @10M 10Hz: -90dBc/Hz 100Hz: -120dBc/Hz 1KHz: -138Bc/Hz 10KHz: -147dBc/Hz 100KHz: -155dBc/Hz | 7.0*5.0*2.0mm | 10~52MHz | High stability | ||||
| T5032 | ≤±0.2ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating range | Square wave Clipped sine wave | 1.8V, 3.3V, 5.0V | ≤±1ppm | @19.2M 100Hz: -122dBc/Hz 1KHz: -142dBc/Hz 10KHz: -154dBc/Hz 100KHz: -157dBc/Hz 1MHz: -159dBc/Hz | 5.0*3.2*1.85mm | 10~52MHz | High stability | ||||
| T3225 | ≤±0.5ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating Range | Square Wave Clipped Sine Wave | 1.8V, 3.3V | ≤±1ppm | @19.2M 100Hz: -115dBc/Hz 1KHz: -135dBc/Hz 10KHz: -148dBc/Hz | 3.2*2.5*0.9mm | 10~52MHz | Miniaturized | ||||
| T2520 | ≤±0.5ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating Range | Clipped Sine Wave | 1.8V, 3.3V | ≤±1ppm | @19.2M 100Hz: -115dBc/Hz 1KHz: -135dBc/Hz 10KHz: -148dBc/Hz | 2 5*2.0*0 ·7mm | 10~52MHz | Miniaturized | ||||
| T2016 | ≤±0.5ppm ≤±2ppm | -40~+85℃ -55~+105℃ -55~+125℃ *Operating Range | Clipped Sine Wave | 1.8V,3.3V | ≤±1ppm | @19.2M 100Hz: -115dBc/Hz 1KHz: -135dBc/Hz 10KHz: -148dBc/Hz | 2.0*1.6*0.7mm | 10~52MHz | miniaturization | ||||
Related News
Oct. 28, 2025
Core Select Products | Crystal Oscillators: The Hidden "Intelligent" Power of Industrial Control
At the world's first humanoid robot games, every precise turn and every flawless coordination showcased the latest breakthroughs in industrial intelligence. Behind these astonishing technological feats lies a beating heart: an industrial-grade crystal oscillator.
Learn More +
Oct. 28, 2025
CNOOC recently successfully overcame the world-class challenge of developing offshore reef limestone oil fields. This breakthrough was achieved thanks to SYNC's chip-based atomic clocks, which provide high-precision time and frequency support for its submarine exploration equipment.
Learn More +
Oct. 28, 2025
Advantages of Industrial-Grade Applications of Oven-Controlled Crystal Oscillators
In the industrial field, stability and precision are crucial. Oven-Controlled Crystal Oscillators (OCXOs), as precision electronic components, have gained widespread application due to their outstanding performance and stability. Let us delve into the significant advantages of OCXOs in industrial-grade applications.
Learn More +
Oct. 28, 2025
Clock Server: The Technical Architecture and Industry Value Behind Precise Synchronization
Learn More +
Oct. 28, 2025
The Application of Atomic Clocks in Airports
In the field of modern air transportation, the accuracy of time is not only a technical issue but also a key link related to safety. Among numerous high-precision timekeeping devices, atomic clocks, with their outstanding stability and precision, have become an indispensable technical support for airports worldwide.
Learn More +
Oct. 28, 2025
The Importance of Time Synchronization Servers in the Financial Sector
With the continuous advancement of technology, the financial industry is undergoing a continuous digital transformation. In this process, the application of time synchronization technology has become particularly important. As an efficient and reliable time synchronization device
Learn More +
Oct. 28, 2025
Usage Characteristics of NTP Time Servers
In the information age, precise time synchronization is crucial for numerous fields. As a widely adopted time synchronization protocol, the Network Time Protocol (NTP) provides accurate time services for global network devices through NTP time servers. This article elaborates on the core usage characteristics of NTP time servers, including reliabil
Learn More +E - Mail
Call Me
+86 152 6830 7576
Add.
No. 1376, Shunze Road, Nanhu District, Jiaxing City, Zhejiang Province
Русский
Español
中文
