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China Factory: +86 755 26055363

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Features :

 Operating Temperature -40℃ ~ 155℃.

 Resistance Tolerance K(±10%), M(±20%).

 Typical resistance range 470 ohm ~ 100 Kohm.

 Replaces 1 and 2 watt carbon composition resistors.

 Suitable for noise suppressor of engine ignition system.

 High peak power, Reliable with non-disconnection failure.

 Rated Wattage up 5W, meets high energy density demands.

Applications :

 Inrush limiters

 R-C snubber circuits

 Vehicle ignition system

 High voltage power supplies

The RMCA, RMCB Series MELF type of fixed ceramic

resistors from Token Electronics offers automotive designers a

compact solution for applications involving high voltages,

surges, high peak power, or high-energy pulses. They offer

enhanced performance in R-C snubber circuits, high voltage

power supplies, and inrush limiters.

Token's RMCA, RMCB series now offers the industry a direct

replacement carbon composition resistor based on a bulk

resistive element comprising carbon in ceramic filler. Due to the

need for higher peak voltages, the RMCA, RMCB range is

perfect for vehicle ignition system applications.

The RMCA, RMCB Voltage Resistors conform to RoHS compliant and lead free. For customed

designs, tighter tolerances, non-standard technical requirements, or custom special applications, please

contact us, or link to Token official website "High Voltage Resistors" to get more information.

Ceramic Composition Resistor Construction:

 Bulk ceramic resistor that consists of a clay, alumina, and ceramic filler that has been blended and

pressurized into a resistive core and then covered with a molded outer insulating core.

Replacement Carbon-Composition Resistors:

 Design requirements for custom sizes, surface mount, or special footprints can be met easily.

 In cases where several carbon-composition resistors have been used together in an array to achieve a

particular rating, they have been replaced with a single bulk ceramic resistor, frequently at a lower

installed cost.

Non-Inductive Enhanced Performance for High Voltage

Ignition Applications.