The PM36218B-10P-1-8PH-J is a magnetic component manufactured by Pioneer Magnetics for the suppression of high-frequency noise and electromagnetic interference (EMI). It is a surface-mount ferrite bead with low resistance, high permeability and high temperature stability, suitable for use in demanding industrial and commercial environments.
Specifically, this magnetic bead is 10mm x 1mm x 0.5mm, has a resistance value of 820 ohms (at 100MHz), and is rated at 50mA. It can operate in a wide temperature range from -55°C to +150°C, which shows that it is capable of adapting to extreme environmental conditions.
In addition, the PM36218B-10P-1-8PH-J is a high-capacity power converter suitable for 400VDC non-isolated single output applications. With this power converter, the output power can be maintained while the RMS line current is reduced by 30%. At the same time, it also improves retention performance, reduces line harmonics (only for 1φ input), and has good adaptability to insensitive voltage and frequency changes.
The PM36218B-10P-1-8PH-J, a magnetic component manufactured by Pioneer Magnetics, offers a range of benefits, but also some potential drawbacks.
Advantages:
High permeability and high frequency application capability: This makes the PM36218B-10P-1-8PH-J in electronic devices can effectively suppress EMI (electromagnetic interference) and power filtering, which is particularly important for improving the overall performance of the device, especially in high frequency environments.
Surface mount design: This design allows it to be easily integrated into modern electronics manufacturing processes, increasing production efficiency and reducing installation costs.
Wide temperature range: Can operate in a wide temperature range from -55°C to +150°C, showing its excellent environmental adaptability, suitable for use in a variety of extreme conditions.
Efficient power conversion: As a high-capacity power converter, it can maintain output power even when the RMS line current is reduced by 30%, improving energy efficiency.
Improved retention performance: This feature helps the equipment maintain stable performance after long periods of operation.
