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Parts by Number for Thermistor Packaging Top

Part # Distributor Manufacturer Product Category Description
6841318 RS Components, Ltd. Vishay Thermistor Type:NTC; Sensitivity Index:3965K; Thermal Coefficient:-3.96%/C; Package/Case:0402; Thermal Time Constant:5s; Accuracy:3%; Maximum Operating Temperature:150C; Minimum Operating Temperature:-40C; Description of Terminals:Leadless; Application:Temperature Sensing,Temperature Protection,Temperature...
0106397 RS Components, Ltd. Murata Thermistor Type:NTC; Sensitivity Index:4582K; Package/Case:0402; Maximum Power Rating:100mW; Maximum Operating Temperature:125C; Minimum Operating Temperature:-40C; Product Height:0.5mm; Product Depth:0.5mm; Application:Temperature Compensation,Temperature Sensor; Description of Terminals:Leadless
4962479 RS Components, Ltd. EPCOS Thermistor Type:PTC; Package/Case:3225; Maximum Voltage Rating:80V dc; Maximum Operating Temperature:125C; Minimum Operating Temperature:-40C; Pin Count:2; Application:Over Current Protection,Short Circuit Protection; Description of Terminals:Leadless; Product Depth:6.3mm; Product Height:3.3mm
4962463 RS Components, Ltd. EPCOS Thermistor Type:PTC; Package/Case:4032; Maximum Voltage Rating:30V dc; Maximum Operating Temperature:125C; Minimum Operating Temperature:-40C; Product Depth:8mm; Pin Count:2; Description of Terminals:Leadless; Application:Over Current Protection,Short Circuit Protection; Mounting:Surface Mount
0110510 RS Components, Ltd. Murata Thermistor Type:NTC; Sensitivity Index:3545K; Package/Case:0603; Maximum Power Rating:100mW; Maximum Operating Temperature:125C; Minimum Operating Temperature:-40C; Application:Temperature Compensation,Temperature Sensor; Pin Count:2; Description of Terminals:Leadless; Product Depth:0.8mm

Conduct Research Top

  • Applications of the TC62X Solid-State Temperature Sensors
    on sensitive. COMPONENTS AND SYSTEMS. components, the TC621 offers a wide variety of options. when combined with an almost infinite selection of. Thermal protection of sensitive components becomes. thermistor packaging types. critical as system designers are asked to pack more. functions, operating
  • Piecewise Linear Interpolation on PIC12/14/16 Series Microcontrollers
    . The industry accepted transfer function for. to manufacturing tolerances in the sensor, packaging. a thermistor follows the Steinhart-Hart equation, as. or other environmental factors. A Piecewise Linear. Interpolation technique eliminates the need for. shown in Equation 1. Graphically, temperature vs
  • Application Guidelines for On-Board Power Converters (.pdf)
    . regulating elements, additional circuitry must be added. standard for mechanical packaging, the standard is. by the user to provide the desired performance and. typically set by the industry leader or the vendor who. protection behavior. These circuits are addressed here. has offered his product
  • Temperature Sensor Comparison Guide
    . Excellent. Fair to good. Sensitivity (output). Low. Medium. Very high. Response. Medium to fast. Medium. Medium to fast. Linearity. Fair. Good. Poor. Self Heating. No. Very low to low. High. Point (end) Sensitive. Excellent. Fair. Good. Lead Effect. High. Medium. Low. Size/Packaging. Small to large
  • RTD Instrumentation Requirements
    to the desired base resistance value. Both types are built. into probes and other packaging styles. (a). (b). Figure 1. Platinum RTDs come in (a) thin film designs and (b) wirewound. Both. can be mounted in probes and other packaging styles. Thin film units are more rugged than wirewound units, and are faster
  • Advanced Fiber Grating Technology and Products (.pdf)
    . in generators are tough problems for. of the charges. If the wireless sensors run out of power,. electrical sensors. Piezoelectric vibration. then they will stop working. The logistics of tracking the. sensors require complex packaging to ease. locations of millions of sensors and periodically
  • Design and CFD Simulation of a Battery Module for a Hybrid Electric Vehicle Battery Pack (.pdf)
    , as it must account for the. system objectives to achieve a low packaging volume,. DESIGN AND ANALYSIS OF THE BATTERY. an array geometry suitable for the intended vehicle, and. a cooling path with acceptable pressure drop. BATTERY BRICK DESIGN ­ The cells studied contain. nickel metal hydride chemistry
  • Design A Load Sharing System Power Path Management with Microchip's Stand-Alone Li-Ion Battery Charger
    . custom charge control management circuit or adapt a. Options. stand-alone charge IC. · Temperature Range: -40°C to +85°C. Stand-Alone Charge Management. · Packaging: Controller. - 10-Lead 3 mm x 3 mm DFN. - 10-Lead MSOP. Microchip's MCP73837 device is selected to complete. the design because

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