Crystals
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Crystals, Electronic Components, Passive Components
FC1610AN (kHz Range Crystal Unit ) – Seiko Epson Corp.
Crystals, Electronic Components, Passive ComponentsFC1610AN (kHz Range Crystal Unit ) – Seiko Epson Corp.
Epson is a leading company in the crystal device market.
We offer compact, low ESR, high precision 32kHz crystal units.
We also offer a lineup of oscillators with built-in oscillation circuits.SKU: n/a -
Crystals, Electronic Components, Passive Components
FC2012SN (kHz Range Crystal Unit ) – Seiko Epson Corp.
Crystals, Electronic Components, Passive ComponentsFC2012SN (kHz Range Crystal Unit ) – Seiko Epson Corp.
Epson is a leading company in the crystal device market.
We offer compact, low ESR, high precision 32kHz crystal units.
We also offer a lineup of oscillators with built-in oscillation circuits.SKU: n/a -
Crystals, Electronic Components, Passive Components
FC3215AN (kHz Range Crystal Unit ) Low ESR 50 kΩ Max. – Seiko Epson Corp.
Crystals, Electronic Components, Passive ComponentsFC3215AN (kHz Range Crystal Unit ) Low ESR 50 kΩ Max. – Seiko Epson Corp.
Epson is a leading company in the crystal device market.
We offer compact, low ESR, high precision 32kHz crystal units.
We also offer a lineup of oscillators with built-in oscillation circuits.SKU: n/a -
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Crystals, Electronic Components, Passive Components
Corporate Profile – CITIZEN FINEDEVICE CO.LTD.
We provide a wide variety of products such as small metal parts for automobiles, quartz devices, and ceramic parts to customers in Japan and overseas.
We develop high value-added microdevice products with our high-precision crystal microfabrication technology and proprietary core technologies cultivated in the watch business.
SKU: n/a
Are you looking for a Crystals product?
When selecting Crystals for your company’s needs, there are several important points to consider during the comparison and evaluation process.
1.Crystal Type and Structure
Identify the specific type of crystal (e.g., quartz, diamond, or cubic zirconia) suitable for your application. Understand the crystal structure and how it influences properties like hardness, transparency, and conductivity.
2.Purity and Quality
Assess the purity of the crystals. Impurities can affect their optical and mechanical properties. Check for any internal flaws or inclusions that might impact performance.
3.Size and Shape
Consider the size and shape of the crystals concerning the intended use. Some applications may require specific crystal sizes or shapes for optimal functionality.
4.Optical Properties
Evaluate optical characteristics such as transparency, refractive index, and color. Ensure that the crystals meet the requirements for light transmission or reflection in your application.
5.Mechanical Properties
Understand the mechanical properties, including hardness and durability. Choose crystals that can withstand mechanical stress or abrasion if applicable.