NTC

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NTC Specification

Power Source
External Circuit

Interface
Leaded

Components
NTC Bead, Lead Wires

Thermal Conductivity
High

Sensors Specification
NTC Type

Response Time
<10s

Features
High Accuracy, Fast Response, Compact Size

Operating Temperature
-40C to +125C

Usage
Overheat Protection

Product Type
NTC Thermistor

Application
Electronics, Household Appliances, Power Supply Units

Rated Voltage
250V

Supply Voltage
250V (Max)

Size
5 mm Dia

Dimension (L*W*H)
5mm x 3mm x 14mm

Function
Temperature Sensing

Color
Black

Weight
2 g

Thickness
3 mm

Current Rating
2A

About NTC

Cosmic Devices is the trader and supplier of Industrial Electronic Components, All Type of SMD Electronic Components, Reed Switches, Buzzers, Crystals, Diodes, Integrated Circuits, LED & Displays, Transistors. We strive to achieve a leading position within our markets, satisfying the customers with the introduction of products that purely complement our existing range. Our USP is defined by customer satisfaction and expansion of the client base. We can arrange all Odd Components as per your requirements with minimum lead time.

Reliable Temperature Sensing for Modern Electronics

Engineered to deliver precise and responsive temperature monitoring, this 10 k NTC thermistor is optimized for safeguarding sensitive electronics and household appliances. Its robust thermal conductivity and compact size make it exceptionally versatile, while the durable construction with tinned copper leads ensures compatibility and reliability in a range of power supply units and circuit designs. RoHS compliance underscores its safety and environmental responsibility, meeting rigorous industry standards.

Designed for Demanding Environments

With a storage temperature range from -55C to +150C and operation tolerance between -40C and +125C, this thermistor thrives in harsh environments. Its fast response time of less than 10 seconds and a high power rating of 0.5W guarantee effectiveness in overheat protection. Ideal for use in Indian markets, it stands out for its longevity, high accuracy, and ease of integration into existing setups, serving as a vital component for distributors and end-users alike.

FAQs of NTC:

Q: How is this NTC thermistor typically used in electronic applications?

A: This NTC thermistor is commonly integrated into electronic circuits for temperature sensing and overheat protection. Its primary function is to detect temperature fluctuations and provide feedback, helping to prevent overheating in devices like power supplies, household appliances, and other electronic systems.

Q: What are the main benefits of using this NTC thermistor?

A: The main advantages include high accuracy, fast response time, robust thermal conductivity, and long lifespan. Its compact size, RoHS compliance, and compatibility with through-hole mounting formats make it a versatile and environmentally friendly choice for both consumer and industrial electronics.

Q: Where can this NTC thermistor be applied?

A: This thermistor is suited for a variety of environments, such as electronics, power supply units, and household appliances. Distributors, importers, and suppliers across India rely on it for its reliability and ability to perform under wide temperature ranges.

Q: What is the process for mounting and integrating this thermistor?

A: Installation is straightforward thanks to its through-hole mounting type and tinned copper lead wires. Simply insert the leads into the board, solder for secure contact, and ensure integration with the external circuit for optimal temperature monitoring and control.

Q: When should I choose this thermistor for my project?

A: Choose this thermistor when you need quick, reliable, and accurate temperature sensing with overheat protection for your electronic or electrical system, especially when durability and compliance with RoHS standards are required.

Q: How does the thermistor ensure safety and reliability in use?

A: The device meets strict safety requirements, rated for operation up to 250V and 2A, and is RoHS compliant. Its wide operating and storage temperature ranges ensure stable performance, while high thermal conductivity and fast response safeguard systems from overheating.

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