Product Overview
This specification applies to the RoHS crystal oscillator with a frequency of 10.000MHz, designed for use in electronic equipment. It features a SMD3.2x2.5 package and operates within a wide temperature range, offering stable performance with a frequency stability of 30ppm and low phase jitter.
Product Attributes
- Brand: JIANGSU HD-CRYSTAL TECHNOLOGY CO.,LTD
- Origin: Jiangsu Province, China
- Certifications: RoHS
Technical Specifications
| Part Number | Type | Nominal Frequency | Frequency Stability | Operating Temperature Range | Storage Temperature Range | Input Voltage (VDD) | Input Current (IDD) | Output Load | Phase Jitter (rms) | Oscillation Mode | Package |
| CXO3225/10.000M/3.3V/30PPM | Quartz Crystal Oscillator | 10.000MHz | 30ppm (incl. 25C tolerance, tolerance over operating temperature range, input voltage change, load change, 1 year aging) | -40 to +85C | -55 to +125C | +3.3Vdc10% | 20mA max | 15pF | 1ps rms max (12kHz to 20MHz) | Fundamental | SMD3.2x2.5 |
Reliability Specification
| Item | Condition | Standard |
| Drop characteristics | Free drop from 75cm height on a hard wooden board for 3 times. | Frequency change:5ppm |
| Mechanical shock | Device are shocked to half sine wave (1000g) three mutually perpendicular axes each 3 times | Frequency change:5ppm |
| Shake characteristics | Shake frequency 10~55Hz, cyc1~2 minutes, swing 1.5mm, direction x/y/z, all 30 minutes, test after 1 hours. | Frequency change:5ppm |
| Humidity characteristics | +402 & 90%~95% R.H. 250 hours | Frequency change:5ppm |
| Low temperature characteristics | -402, 250 hours, put in room temperature, test after 1 hours. | Frequency change:5ppm |
| High temperature characteristics | +852, 250 hours, put in room temperature, test after 1 hours. | Frequency change:5ppm |
| Temperature cycling | -402/303 min~+852/303min, 5 cycles | Frequency change:5ppm |
| Refluence examination | Frequency change:5ppm |
Additional Notes
To ensure optimal oscillator performance, place a by-pass capacitor of 0.1uF as close to the part as possible between Vdd and GND pads.
2411121117_HD-83010000301_C5272977.pdf
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