CMR03E200DOAR

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Mica and PTFE capacitors are widely used for a variety of electrical applications, ranging from power supply conditioning and energy storage to signal processing and RF-specific applications. The CMR03E200DOAR is an example of a mica and PTFE capacitor designed to provide a reliable and cost-effective solution for these applications. This article provides an overview of the CMR03E200DOAR application field and working principles.

The CMR03E200DOAR is a high-powered metallized film capacitor from Mica Capacitors, a manufacturer of Mica and PTFE capacitors. The CMR03E200DOAR is designed for use in high-current, high-voltage, inrush current limiting, motor or compressors, and other power supply applications. The device features an astounding range of capacitance values of 0.001 µF to 2.2 µF at rated current up to 250A and rated voltage up to 2000V DC. The standard operating temperature range of the CMR03E200DOAR is -40 °C to +85 °C, and it has no internal series inductance, enabling it to operate efficiently in pulse-width modulated (PWM) and DC applications with minimal EMI/RFI interference.

An important feature of the CMR03E200DOAR is its construction. The device features a heavy-duty mica dielectric and a polytetrafluoroethylene (PTFE) film element in order to provide reliable and reliable high-voltage performance. The capacitor is encased in a rugged zinc-plated aluminum container, providing additional protection from the environment and preventing any arcing from occurring. Additionally, the CMR03E200DOAR features an adhesive pad for easy installation and is RoHS compliant.

The CMR03E200DOAR is designed with a wide operating temperature range and high reliability in order to support long-term operation in high-voltage, inrush-current-limiting, motor, or compressor applications. The device features an extensive range of capacitance values and rated current up to 250A and rated voltage up to 2000V DC. Additionally, the CMR03E200DOAR features no internal series inductance, enabling it to operate efficiently in pulse-width modulated (PWM) and DC applications with minimal EMI/RFI interference. The rugged zinc-plated aluminum housing and adhesive pad provide additional environmental protection and easy installation.

The CMR03E200DOAR is constructed from a mica dielectric and a PTFE film element, providing reliable and reliable high-voltage performance. The mica dielectric is capable of supporting a wide operating temperature range and the PTFE film is durable and efficient in absorbing energy. The zinc-plated aluminum housing provides excellent environmental protection, as well as a heat sink to dissipate any heat developed during operation. Moreover, the adhesive pad provides secure and easy installation of the device.

The CMR03E200DOAR features several design features that make it a reliable and cost-effective solution for power supply conditioning and energy storage, as well as signal processing and RF-specific applications. It has a wide range of capacitance values, providing efficient energy storage capacity and enabling it to maintain stable voltage levels. The device features high power ratings and a wide operating temperature range, allowing it to operate efficiently and reliably in high-voltage and/or PWM applications. Finally, the rugged zinc-plated aluminum housing and adhesive pad provide additional environmental protection and easy installation.

In summary, the CMR03E200DOAR is a reliable and cost-effective mica and PTFE capacitor designed for a variety of electrical applications. The device features an extensive range of capacitance values of 0.001 µF to 2.2 µF at rated current up to 250A and rated voltage up to 2000V DC. The device also features a robust design with an impressive operating temperature range and a no-series inductance design to minimize EMI/RFI interference. In addition, the zinc-plated aluminum housing and adhesive pad provide excellent environmental protection and easy installation. This makes the CMR03E200DOAR an ideal solution for power supply conditioning and energy storage, as well as signal processing and RF-specific applications.

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