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Part no. | Manufact. | Technology | Frequency Area | Footprint [mm] | Remarks | Details |
---|---|---|---|---|---|---|
53SMX(C) |
SMI | SMD | MHz | 5 x 3.2 |
di più >> |
|
53SMX(D) Ceramic 4 Pin |
SMI | SMD | MHz | 5 x 3.2 |
di più >> |
|
SMD5032-4 |
Chequers | SMD | MHz | 5 x 3.2 |
di più >> |
|
TA6CS Full Ceramic Package |
Chequers | SMD | MHz | 6 x 2.2 |
di più >> |
|
97SMX(A) |
SMI | SMD | MHz | 6 x 3.5 |
di più >> |
|
97SMX(A)_ctm |
SMI | SMD | MHz | 6 x 3.5 |
di più >> |
|
97SMX(B) |
SMI | SMD | MHz | 6 x 3.5 |
di più >> |
|
97SMX(C) |
SMI | SMD | MHz | 6 x 3.5 |
di più >> |
|
SMD6035 |
Chequers | SMD | MHz | 6 x 3.5 |
di più >> |
|
94SMX(B) |
SMI | SMD | MHz | 7 x 5 |
di più >> |
Quartz crystals are silicon-dioxide based relatively simple, but critical components used in most electronic circuits mainly for timing and frequency generation applications for clocks, ucontrollers, analogue/ digital devices, microprocessors and many others. Although in very small size they exhibit extremely high Q (sharp frequency), temperature stability and low frequency shift.
A unique inherit property of quartz crystals is their piezoelectricity, namely the application of a electric field/voltage across the crystal will cause the crystal to oscillate/generate a signal of a very precise frequency. The opposite is also true, i.e. any applied pressure on the crystal will generate a voltage at the crystals terminals. The frequency generated by a quartz crystal is a function of the crystal size, shape, and chemical composition, but basically it can be designed to generate any desired frequency.
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Marcel Kaupp
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Endrich Bauelemente Vertriebs GmbH
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