Protection resistors - Import export

CSN® Protection Resistors are used for protection of electric equipment in case of shortterm peak currents. Due to the high capacity of energy absorption, CSN® Protection Resistors can absorb several kiloamperes for a limited period of time, protecting connected modules.

GENERAL DEVICES Chip resistors Chip resistor networks ESD protection devices（ESD varistor） AUTOMOTIVE DEVICES IATF16949 Certified　Chip thermistors High mechanical strength using thick film technology, Short lead time supply High reputation in many fields CHIP RESISTOR/CHIP THERMISTOR ARRANGEMENT Chip resistor JAXA Qualification 2007 Chip thermistor JAXA Qualification 2010 Thermistor with lead wire JAXA Qualification 2011 Surface mount type fuse JAXA Qualification 2013 Lead type thermistor JAXA Qualification 2016 Used for electronic equipment installed in satellites, space stations, rockets, transfer vehicles

GENERAL DEVICES Chip resistors Chip resistor networks ESD protection devices（ESD varistor） AUTOMOTIVE DEVICES IATF16949 Certified　Chip thermistors High mechanical strength using thick film technology, Short lead time supply High reputation in many fields CHIP RESISTOR/CHIP THERMISTOR ARRANGEMENT Chip resistor JAXA Qualification 2007 Chip thermistor JAXA Qualification 2010 Thermistor with lead wire JAXA Qualification 2011 Surface mount type fuse JAXA Qualification 2013 Lead type thermistor JAXA Qualification 2016 Used for electronic equipment installed in satellites, space stations, rockets, transfer vehicles

Optical features Indicator type standard Electrical features Voltage tolerance 10 % Rectifier Half wave Pin assignment Brass terminal = anode, tinned terminal = cathode Mechanical features Lens typ round Lens size 10 mm Bezel typ Prominent bezel Screw thread size M14 Bezel material Metal Connector type Tab terminals 2,8mm x 0,8mm Number of Connectors 2 IP Code IP67 Max. panel thickness 11 mm Thermal features Operating temperature -20...+60 °C Storage temperature -25...+80 °C Norms & Standards UL listed Yes VDE certified Yes

Optical features Indicator type standard Electrical features Voltage tolerance 10 % Rectifier Half wave Pin assignment Brass terminal = anode, tinned terminal = cathode Mechanical features Lens typ round Lens size 5 mm Bezel typ Prominent bezel Screw thread size M8 Bezel material Metal Connector type Tab terminals 2,8mm x 0,8mm Number of Connectors 2 IP Code IP67 Max. panel thickness 5,5 mm Thermal features Operating temperature -20...+60 °C Storage temperature -25...+80 °C Norms & Standards UL listed Yes VDE certified Yes

Simco-Ion Europe offers various electrodes, including the 5 Point, Linear 6 Point and thePinner Claw, specifically for spotcharging small surfaces. These electrodes are also ideal for edge charging in cast-film extrusion processes. The material applied permits high temperature use. The electrodes are resistor-protected to avoid sparkover. The points are replaceable. Features - Charging electrode - Working distance: min. 12,5 mm - Number of emitter pins: 5 - Dimensions: Length 166 x Ø 20 mm

Simco-Ion Europe offers various electrodes, including the 5 Point, Linear 6 Point and the Pinner Claw, specifically for spotcharging small surfaces. These electrodes are also ideal for edge charging in cast-film extrusion processes. The material applied permits high temperature use. The electrodes are resistor-protected to avoid sparkover. The points are replaceable. Features - Charging electrode - Working distance: min. 12,5 mm - Number of emitter pins: 3 - Dimensions: Length 158 x Height 35 x Ø 20 mm

Cost efficient infrared emitter for NDIR gas analysis and other infrared measurement applications. With only 250 mW required input power, the emitter is also suitable for mobile - and handheld devices. The membrane of this cmOS based ire source achieves membrane temperatures up to 800 °C with long term stable radiation power and short time constant. For high volume applications such as building air conditioning, automation and others, the JSIR 340 is suitable due to its excellent price/performance ratio. The packaging with reflector is good for measurement distances from 2 cm. The MEMS emitter chip consists of a multilayer hotplate membrane containing a high temperature stable metal C-MOSI layer. The emitter chip is based on a silicon substrate with a back-etched membrane. All thin film processes are performed with standard MEMS processes and cmOS compatible materials. The active C-MOSI resistor layer is protected against aging and environment.