Power Electronics Component RX27 Ceramic Encased Wirewound Cement Power Resistors 2W-40W
Product Description
The RX27 cement resistor uses high-heat-dissipation talc and high-temperature-resistant materials as the resistor matrix, ensuring excellent heat dissipation. It features vibration resistance, weather resistance, and long-term stability. It boasts high power output, small size, easy installation, and an attractive appearance. The high-insulation, non-flammable filler is tightly bonded to the resistor matrix, resistance wire, and ceramic shell. Applications include frequency converters, controllers, servo motors, and high-demand, harsh control environments. It is an ideal component for power electronics and complies with RoHS and LEAD-FREE standards.
Key Features
Low noise operation
Excellent insulation for PCB applications
Instant overload capability with long-term stability
Superior heat dissipation with small linear temperature coefficient
Metal oxide film cutting core provides high resistance range (1Ω~100KΩ)
Wide operating temperature range: Wirewound: -40℃~+155℃; Metal oxide film: -55℃~+155℃
Temperature around freezing lattice: 1W~10W 70°C; 15W above 25°C
Power Electronics Component RX27 Ceramic Encased Wirewound Cement Power Resistors 2W-40W
Product Description
The RX27 cement resistor uses high-heat-dissipation talc and high-temperature-resistant materials as the resistor matrix, ensuring excellent heat dissipation. It features vibration resistance, weather resistance, and long-term stability. It boasts high power output, small size, easy installation, and an attractive appearance. The high-insulation, non-flammable filler is tightly bonded to the resistor matrix, resistance wire, and ceramic shell. Applications include frequency converters, controllers, servo motors, and high-demand, harsh control environments. It is an ideal component for power electronics and complies with RoHS and LEAD-FREE standards.
Key Features
Low noise operation
Excellent insulation for PCB applications
Instant overload capability with long-term stability
Superior heat dissipation with small linear temperature coefficient
Metal oxide film cutting core provides high resistance range (1Ω~100KΩ)
Wide operating temperature range: Wirewound: -40℃~+155℃; Metal oxide film: -55℃~+155℃
Temperature around freezing lattice: 1W~10W 70°C; 15W above 25°C