CMR04E750GODP

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Mica and PTFE capacitors, such as the CMR04E750GODP, are among the most technologically advanced components available today. The CMR04E750GODP is a surface-mount device designed specifically for use in cellular telephone and pager applications.

The CMR04E750GODP uses a construction technique known as perforated polytetrafluoroethylene (PTFE) technology, which allows for higher volumetric efficiency in capacitor construction. This technique gives the CMR04E750GODP its small size and high capacitance. It also permits the use of multiple layers of mica insulation on each plate, which further increases the capacitance.

The PTFE construction also allows for the use of etched plates for improved performance. The plates are etched in a spiral pattern, which maximizes capacitance and reduces inductance. This spiral pattern also helps to minimize the stray capacitance and reduce the self-resonance frequency of the component.

The CMR04E750GODP is designed to provide reliable performance under harsh industrial and radio frequency (RF) conditions. It is capable of operating up to temperatures of 105°C and is UL approved for use in industrial environments. The component features a static dielectric strength of 4,000 VDC and has a maximum ripple current rating of 2.7 A.

The CMR04E750GODP is a good choice for radio frequency applications, such as cellular telephones and pagers. Its low self-resonance frequency allows it to be used in tuned circuits at high frequencies. It is ideal for high-performance circuits that require extreme reliability and temperature stability.

The unique construction of the CMR04E750GODP also provides enhanced immunity to voltage spike and surge transients. Its high current capability makes it ideal for use in high-power applications, such as in linear amplifiers. The component can handle up to 600 A peak current.

Overall, the CMR04E750GODP is a highly capable device that is well suited for a wide range of applications. Its unique construction technique and high-performance capabilities make it an excellent choice for demanding radio frequency applications.

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