Ultra-Low Phase Noise CMOS OCXO 25 X 25

Ultra-Low Phase Noise CMOS OCXO 25 X 25

The Ultra-Low Phase Noise CMOS OCXO 25 x 25 OD25H5 series is an oven controlled crystal oscillator unit in thru-hole 25x25mm metal can package.
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Product parameters

 

PARAMETER

OD25H5/OD25S5 /OD25T5

CONDITIONS / REMARKS

Nominal frequency range

10~100MHZ

See Note

Supply voltage

3.3VDC / 5.0VDC/ 12.0Voc

 

Power consumption (warm up)
(steady state)

<3.0W

May vary depending on
supply voltage used.

<1.5W

Operating temperature range

-20 to +70°C or -40 to 85°C

other options available.

Output waveform HCMOS

VOH ≥90%Vcc / VOL ≤10%Vc

Model OD25H5

output waveform SINEWAVE

≥6dBm /<10dBm

Model OD25S5

output waveform TTL

VOH ≥2.4V / VOL ≤0.4V

Model OD25T5

Note: Typical frequencies 10MHz ,15.36MHz, 19.44MHz ,20MHz, 25MHz ,26MHz ,38.88MHz ,50MHz.

 

Product Features

 

■ High accuracy OCXO 25x25x12 with 5 leads

■ Various frequency stabilities being available

■ Excellent low aging and short term stability

■ Output signal with very low phase noise

■ Optional control voltage and reference voltage

 

Applications

 

  • The Ultra-Low Phase Noise CMOS OCXO 25 x 25 OD25H5 series is designed for wide applications including: base station, telecom equipment, satellite equipment, test equipment and so on.
product-300-300
Base Station
product-300-300
Satellite Equipment

Product advantages

Excellent low aging and short term stability.

Output signal with very low phase noise.

 

certificate

 

The Ultra-Low Phase Noise CMOS OCXO 25 x 25 OD25H5 series is fully compliant with RoHS and REACH standards, and is lead-free, halogen-free, as well as free of PFOS/PFOA substances.

 

FAQ

 

Q1: What is SC-cut and AT-cut?

A: SC-cut and AT-cut refer to two different types of crystal cuts used in quartz crystal oscillators, each with distinct characteristics:
SC-cut
1)Designed to minimize frequency shifts caused by thermal stress during rapid temperature changes.
2)Offers superior frequency stability over a wide temperature range and low phase noise.
3)Ideal for high-precision applications like OCXOs (Oven-Controlled Oscillators) and aerospace systems.
4)Performs well under harsh conditions (e.g., vibration, shock).
AT-cut
1)The most common crystal cut, widely used in standard oscillators (e.g., TCXOs, VCXOs).
2)Provides good frequency stability for moderate temperature ranges but is more sensitive to thermal stress than SC-cut.
3)Cost-effective and suitable for consumer electronics, telecommunications, and industrial devices.

Q2: What's the difference between them?

A: 1) Thermal Performance: SC-cut excels in environments with rapid temperature fluctuations; AT-cut is more affordable but less stable under thermal stress.
2)Applications: SC-cut is preferred for high-reliability systems (e.g., military, aerospace), while AT-cut dominates commercial and general-purpose use.
3)Cost: SC-cut crystals are more expensive due to complex manufacturing; AT-cut offers a balance of performance and cost.

 

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