CRA04S08347R0JTD Resistors

Resistor Networks, Arrays are a type of passive electronic components that convert electrical energy into thermal or electrical energy. The CRA04S08347R0JTD is one such device. This product is designed to provide a low-power voltage output from a high-voltage input. It is ideal for applications that require the reduction of current, voltage, or power.

CRA04S08347R0JTD Application Field

The CRA04S08347R0JTD can be used in a wide variety of applications, including medical, commercial, consumer, and automotive. It is especially useful in applications where high-voltage surges or spikes can cause damage to sensitive electronic components. The CRA04S08347R0JTD is also suitable for reverse voltage protection, impedance matching, and EMI/RFI protection.

Operational Principle

The CRA04S08347R0JTD is an air-gap device that employs several coils constructed from high-grade copper, which are interlocked in series to create a low-pass filter for filtering high-frequency noise. The filter is then connected to a thermal fuse, which protects the device from overload. When it senses a high-voltage spike, the thermal fuse opens, controlling the current and preventing damage. In this way, it acts as a resistor network, converting electrical energy into heat.

Other Features

The CRA04S08347R0JTD is also designed for high reliability and durability. It features a high-temperature rating, long service life, and high insulation resistance. Furthermore, the device is customizable to meet individual system requirements. Additionally, the component uses a double-shielded design, which isolates it from electrical interference and reduces noise during operation.

Conclusion

The CRA04S08347R0JTD is an air gap resistor network that provides efficient voltage reduction from a high-voltage input. It offers high reliability, durability, and can also be customized to meet specific needs. Its double-shielded design ensures excellent isolation from interference and high insulation resistance. This makes it a great choice for a variety of applications.