Miniature Crystal Resonators: Overcoming the Low ESR Trade-Off
Discover how River Eletec breaks the trade-off between crystal miniaturization and low ESR using advanced photolithography and MDS technology.
- Technical information
KoT cut OPAW
| Size / Dimension | 3.20mm x 2.50mm |
| Height - Seated (Max) | 1.30 mm |
| Applications We Support |
| Item | Symbol | Specifications | Conditions | ||
|---|---|---|---|---|---|
| Output Frequency (MHz) | fo | 100 MHz ≤ fo < 800 MHz | 800 MHz ≤ fo < 1000 MHz | ||
| Storage Temperature Range (°C) | T_stg | −55 to +125 | |||
| Operating Temperature Range (°C) | T_use | −40 to +125 | |||
| Frequency Tolerance (ppm) (Including initial deviation, frequency temperature characteristics, supply voltage variation, and first year aging) |
f_tol | ±20 MAX. (−40 to +85°C) | High precision option | ||
| ±30 MAX. (−40 to +125°C) | High precision option | ||||
| ±50 MAX. (−40 to +125°C) | Standard | ||||
| LVDS | Supply Voltage (V) | Vcc | 1.8 ±0.09 V, 2.5 ±0.125 V, 3.3 ±0.165 V | ||
| Current Consumption (mA) | Icc | 40 MAX. | |||
| Output Voltage (mV) | VOD | 350 TYP. | 2.5 V to 3.3 V | ||
| 350 TYP. | 250 TYP. | 1.8 V | |||
| Offset Voltage (V) | VOS | 1.25 TYP. | 2.5 V to 3.3 V | ||
| 0.9 TYP. | 1.8 V | ||||
| Output Load (Ω) | L_LVDS | 100 | Between output terminals | ||
| Rise Time (ps) | tr | 500 MAX. | 20 % to 80 % | ||
| Fall Time (ps) | tf | 500 MAX. | 80 % to 20 % | ||
| Symmetry (%) | SYM | 45 to 55 | |||
| LVPECL | Supply Voltage (V) | Vcc | 2.5 ±0.125 V, 3.3 ±0.165 V | ||
| Current Consumption (mA) | Icc | 80 MAX. | |||
| Output Voltage (V) | VOH | Vcc - 1.03 V MIN. | - | ||
| VOL | Vcc - 1.60 V MAX. | - | |||
| VOS | - | Vcc - 1.25 V TYP. | Mid-level | ||
| VSWG | - | 900 mV MIN. | Differential swing | ||
| Output Load (Ω) | L_ECL | 50 | Terminated to Vcc-2.0 V | ||
| Rise Time (ps) | tr | 400 MAX. | 20 % to 80 % | ||
| Fall Time (ps) | tf | 400 MAX. | 80 % to 20 % | ||
| Symmetry (%) | SYM | 45 to 55 | |||
| Input Voltage (Vcc) | VIH | 85% Vcc MIN. | OE terminal | ||
| VIL | 15% Vcc MAX. | OE terminal | |||
| Start-up Time (ms) | t_str | 10 MAX. | |||
| Phase Jitter (fs) | t_pj | 70 TYP. (fo < 150 MHz) 50 TYP. (150 MHz ≤ fo < 200 MHz) 40 TYP. (200 MHz ≤ fo < 300 MHz) 30 TYP. (300 MHz ≤ fo < 400 MHz) 20 TYP. (400 MHz ≤ fo < 600 MHz) 15 TYP. (600 MHz ≤ fo < 800 MHz) 13 TYP. (800 MHz ≤ fo) |
Offset frequency: 12 kHz to 20 MHz |
||
| g-Sensitivity (ppb/g) | 2 MAX. | ||||
The information in this document is subject to change without notice.
OPAW oscillator using patented new cut angle 'KoT cut'
Output frequency: 100MHz ~ 1GHz
Achieves higher frequency stability over a wide temperature range than AT cut
Supports LVDS or LVPECL output
RMS phase jitter: 20 femtoseconds (typ. / SPXO)
Applications: Communication equipment, supercomputers, measuring instruments
Discover how River Eletec breaks the trade-off between crystal miniaturization and low ESR using advanced photolithography and MDS technology.
Discover how River Eletec's ultra-precision quartz devices for 1.6T networks are rooted in the Samurai history and pristine nature of Yamanashi, Japan.
Master quartz crystal basics. Discover how RIVER ELETEC breaks physical limits with MDS for miniaturization and KoT-cut OPAW for 1.6T timing solutions.
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