Size:Model MF58 NTC thermistor resistor, total length 60 mm/2.36in, body size 1.8 mm dia × 3.6 mm length(0.07" × 0.14"), lead wire diameter 0.5 mm; Standard 100KΩ thermistor, with B Value: 3950(±1%); package contain 20 pcs thermistor resistors
Material:NTC thermistor sensor is made of Mn-Co-Ni oxide ceramic, with high sensitivity and fast response speed, which can accurately sense temperature changes; the leads are tinned copper wires, effectively prevent oxidation and rust, extending service life
Glass Sealed Design:NTC temperature sensor adopts high-strength glass-sealed packaging, with a firm structure and excellent insulation, which can isolate external moisture, dust and corrosive substances, suitable for harsh environments
Features:Glass sealed temperature sensors have typical NTC (Negative Temperature Coefficient) characteristic, resistance decreases accurately with temperature increase, ± 1% B value error provide real-time and precise temperature feedback
Applications:NTC thermistor is a core component ideal for temperature measuring and controls, such as air conditioner, refrigerator, microwave, rice cooker temperature control and overheat protection; Widely used in home appliance repair and DIY
وصف
Product Model: MF58 Axial Glass Encapsulated NTC Thermistor
Core Material: Mn-Co-Ni Oxide Ceramic
Leads Wire: Tinned copper wire, diameter 0.5 mm
Body Size: 1.8 mm (diameter) × 3.6 mm (length)
Nominal Resistance: 100KΩ
B Value: 3950K
Operating Temperature Range: -55℃~+250℃(-67℉~+482℉)
Encapsulation: Glass Sealed
Package Quantity: 20pcs
Application Scenarios
√ Home Appliance Field: Temperature detection and overheat protection for air conditioners, refrigerators, microwaves, rice cookers, induction cookers, and electric water heaters;
√ Industrial Field: Temperature monitoring and compensation for industrial instruments, automotive engines/batteries, laser diodes, and integrated circuit modules;
√ Office Automation Field: Fusing temperature control and consumable temperature compensation for copiers and printers;
√ Medical Field: Temperature measurement and control for electronic thermometers and medical imaging equipment (e.g., ultrasonic machines);
√ Telecommunications Field: Battery overheat protection and temperature monitoring for mobile phones, tablets, and battery chargers;