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Quartz Crystal Differential Oscillator HCSL Output X5H Series

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Quartz Crystal Differential Oscillator HCSL Output X5H Series

Quartz Crystal Differential Oscillator HCSL Output X5H Series

SMD HCSL Output X5H Series Quartz Differential Crystal Oscillators, with a wide frequency range of 25~200 MHZ. X5H is a high frequency differential multiple output oscillator with high noise immunity, low line attenuation, low jitter, low phase noise, and low power consumption, making it an ideal output method for long distance, high data rate signal applications.

Quartz Crystal Differential Oscillator HCSL Output X5H Series

X5H quartz crystal differential oscillator is 5.0x3.2x1.2mm specification, using HCSL output differential signal, small size package, can effectively save board space, especially suitable for electronic system design scenarios such as high density PCB with strict space requirements.  This series of products has stable output current, which can ensure the integrity of high-speed signal transmission. It can not only drive the load efficiently, but also ensure the quality of the signal on the transmission line in all directions. 

Differential Crystal Oscillators XH5 Series are widely used in data communication, wireless communication, industrial automation, and automotive electronics because they support high-frequency operation to meet the demand for high-frequency clock signals for high-speed communication and computation.

 

Product features:

✦Suitable for high data transmission

✦Low jitter, low phase noise and low power consumption

✦Rich output types (LVPECL/LVDS/HCSL/Output)

✦RoHS compliant, green and environmentally friendly

 

Crystals specifications:

ITEMS/TYPE X5H
Frequency Range 25~200MHz
Output Type HCSL
Oscillation Mode Fundamental /3rd Overtone
Output Load 50Ω
Supply Voltage (VDD) 2.5V,3.3V
Total Frequency Stability ±50ppm , or specify
Operating Temperature Range -40~+85℃, or specify
Storage Temperature Range -55~+125℃
Voltage Vol ( Max.) /Voh ( Min.) VDD-1.62 VIVDD-1.025V
Rise ( Tr ) / Fall ( Tf )Time(20 %~80 %) 1nS Max.
Supply Current 80mA Max.
Symmetry 45~55%
Start-up Time 10mS Max.
Phase Jitter ( 12 KHz~20 MHz) 1pS Max.

Dimensions and patterns(unit:mm)

Quartz Crystal Differential Oscillator HCSL Output X5H Dimensions

Application:

Quartz Crystal Differential Oscillator HCSL Output X5H Application

Why Choose Us?

+ One-stop supply of all frequency control parts.

+ The dedicated FAE team offers frequency deviation, resistance, DLD tests, and other auxiliary project tests, along with comprehensive after-sales technical support.

+ 180 warranty and return policy.

+ All our factories are ISO certified and our components are RoHS and REACH compliant. 

 

FAQ:

1. Can X5H be used in audio equipment?

Of course, X5H differential crystal oscillator can be applied in smart speakers to provide clock signals for audio processing chips to ensure the accuracy of sampling, encoding, decoding and other processing of audio signals, so that smart speakers can play high-quality music and clear voice prompts. At the same time, in the Bluetooth connection with mobile phones or other devices, also need differential crystal to provide stable clock support.

If you have the above application requirements you can contact the sales team to provide you with selection services.

 

2. X5H crystal has been used in those industrial fields?

X5H can be applied in industrial automation production line to provide synchronous clock signals for various equipments in the automation production line, such as PLC, industrial robots, sensors, actuators, etc. The X5H series differential crystal oscillator is the best choice for production companies and engineers.

 

3.How does the X5H series perform in the wireless communication field?

X5H crystals are used in the wireless communication field for 5G base stations, providing high-precision and low-jitter clock signals for baseband processing units, RF units, etc. to ensure accurate transmission and reception of signals, as well as synchronisation between different base stations. Its high precision and low jitter and other characteristics comprehensively ensure the stable operation of the product in the equipment.

 

4.What is the importance of low phase noise and jitter for electronic systems?

Low phase noise means that the clock signal has less phase variation, providing a cleaner clock signal with less interference to other circuits. Low jitter, on the other hand, ensures that the clock signal is accurate in time, which is critical for accurate data transmission and processing. In applications such as high-speed digital communications, computer networks and high-precision measurements, low phase noise and jitter can improve system performance and reliability.
 
 
5.Can I get a sample to test and use first?
Of course, inform us the size Frequency, use scenarios and other information we can configure the corresponding samples for you to test, if necessary, please contact our sales team.

 

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