Manufacturer
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- muRata
- ECS Inc. International
- Anatech Electronics Inc.
Package
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Packaging
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Images | Mfr.Part # | Category/Manufacturer/Package/Packaging | RoHS | Price | Quantity | Operate |
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 | AM10.7CR35810.7 MHZ CRYSTAL BAND PASS FILTE | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： |  | |||
| AM100CR153100 MHZ CRYSTAL BAND PASS FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM120CR255120 MHZ CRYSTAL FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM48CR35648.26 MHZ CRYSTAL BAND PASS FILT | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM2.1CR3092.1 MHZ CRYSTAL BAND PASS FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM121.5CR164CRYSTAL BAND PASS FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM36CR30836 MHZ CRYSTAL FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM162CR207162 MHZ CRYSTAL BAND PASS FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM45CR24845 MHZ CRYSTAL FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | | |||
| AM70CR35970 MHZ CRYSTAL BAND PASS FILTER | Category：Monolithic Crystals Manufacturer：Anatech Electronics Inc. Package： Packaging： | |
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Monolithic CrystalsMonolithic crystals are a type of crystal that are formed from a single, continuous piece of material. This is in contrast to other types of crystals, which are made up of multiple smaller crystals that are joined together. Monolithic crystals are often used in applications where high-quality, single-crystal materials are needed, such as in the production of semiconductors and optoelectronic devices.
One way to optimize the performance of monolithic crystals is through the use of filters, which are used to remove impurities and other contaminants from the crystal material. This can help to improve the quality and performance of the crystal, making it more suitable for use in a wide range of applications. In addition, the use of filters can also help to extend the lifespan of the crystal, by reducing the amount of damage caused by contaminants over time.
Another way to optimize the performance of monolithic crystals is through the use of EMI (electromagnetic interference) shielding. EMI shielding involves the use of materials that are designed to block or absorb electromagnetic fields, which can interfere with the operation of electronic devices. By using EMI shielding, it is possible to reduce or eliminate the effects of EMI on monolithic crystals, allowing them to perform at their best.
