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Specifications
Normal temperature Frequency Tolerance:
±20ppm
Frequency Stability:
±30ppm
Voltage - Supply:
2.5V~3.3V
Operating Temperature:
-40℃~+85℃
Frequency:
100MHz
Mfr. Part #:
CO22H4-100.000-33GDTSNL
Package:
SMD2520-4P
Key Attributes
Model Number:
CO22H4-100.000-33GDTSNL
Product Description
Product Overview
The CO22H4 is an oscillator unit with CMOS output, housed in a compact 2.5x2.0mm SMD ceramic seam seal package. It features small dimensions, tight stabilities over temperature, and a tri-state enable/disable function. This product is compliant with automotive standards (AEC-Q200 available) and RoHS, LEAD-FREE, HALOGEN-FREE, and REACH regulations. It is suitable for applications such as WiFi/LAN/Bluetooth, Set-top Box/HDTV, computer peripherals, and DSC/PDA.
Product Attributes
- Brand: O S C I L L A T O R U N I T
- Model: CO22H4
- Package: SMD 2.5x2.0mm Ceramic Seam Seal
- Certifications: Automotive compliance to AEC-Q200 available, RoHS compliant, LEAD-FREE, HALOGEN-FREE, REACH compliant
- Packaging: Tape & Reel compliant to EIA-481 (8mm width, 4mm pitch, 180mm diameter, 3,000pcs/reel)
Technical Specifications
| PARAMETER | SUPPLY VOLTAGE | REMARKS |
| Frequency range | 1.25 ~ 125MHz (1.8V, 2.5V, 3.3V) | 32.768kHz available |
| Frequency stability | 20ppm / 25ppm / 50ppm | See note below |
| Operating temperature range | 10 to +60C / 20 to +70C / 40 to +85C | Options up to +125C |
| Aging first year | 3.0ppm @+25C | |
| Supply current | 7mA (1.8V), 10mA (2.5V), 15mA (3.3V) | With load 15pF |
| Output waveform and load | LVCMOS | 15pF, 30pF optional |
| Output voltage level HIGH | 1.62V (1.8V), 2.25V (2.5V), 2.97V (3.3V) | Minimum |
| Output voltage level LOW | 0.18V (1.8V), 0.25V (2.5V), 0.33V (3.3V) | Maximum |
| Rise and Fall times | 5ns (1.8V), 4ns (2.5V), 3ns (3.3V) | <10MHz @10~90% of VCC |
| Rise and Fall times | 4ns (1.8V), 3ns (2.5V), 3ns (3.3V) | 10MHz @10~90% of VCC |
| Symmetry (duty cycle) | 45~55% or 40~60% @ 50%VCC | |
| Phase jitter RMS | <1ps | 12kHzFj20MHz |
Note: Stability includes frequency deviations at +25C, over temperature range, due to supply voltage changes, output load changes, shock and vibration.
2411041703_HCI-CO22H4-100-000-33GDTSNL_C3034293.pdf
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