Prevent Oscillation Failures: Crystal Matching & Negative Resistance
Prevent crystal oscillation failures. Learn why negative resistance and IC matching evaluations are crucial for stable PCB design. Request a free evaluation.
- Technical information
KoT cut OPAW
| Size / Dimension | 3.20mm x 2.50mm |
| Height - Seated (Max) | 0.70 mm |
| Applications We Support |
| Item | Specifications | Conditions / Remarks | |
|---|---|---|---|
| (Standard) | (High precision) | ||
| Nominal frequency (MHz) | 500.000 ~ 800.000 | ||
| Frequency tolerance (ppm) | ±20 | ±10 | @ 25℃ |
| Equivalent resistance (Ω) |
30 Max. | 640MHz | |
| Shunt Capacitance (pF) | 6.0 Max. | ||
| Storage temperature (℃) | −55 ~ +125 | ||
| Operating temperature (℃) | −40 ~ +85, −55 ~ +125 | ||
| Frequency temperature characteristics (ppm) |
±20 | ±10 | −40 ~ +85 (Refer to 25℃) |
| ±50 | ±20 | −55 ~ +125 (Refer to 25℃) | |
| Drive level (μW) | 500 Max. | ||
OPAW resonator using the new patent-pending cut angle "KoT cut“
High fundamental frequency between 500 MHz to 800 MHz
Excellent frequency stability compared to AT-cut resonators and SAW resonators
KoT- resonators lower oscillator phase noise
Oscillates with a normal Colpitts oscillator circuit
Prevent crystal oscillation failures. Learn why negative resistance and IC matching evaluations are crucial for stable PCB design. Request a free evaluation.
Discover how River Eletec breaks the trade-off between crystal miniaturization and low ESR using advanced photolithography and MDS technology.
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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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