R1400 E16C

Name: R1400 E16C
Brand: MICROCHIP TECHNOLOGIES
Price: 3000.0 INR
Availability: InStock

Price 3000.0 INR/ Number

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MOQ : 1 Number

R1400 E16C Specification

Resistance
10k at 25C

Output
Analog Sensor Output

Theory
Resistance Sensor

Type
NTC Thermistor

Accuracy
0.25C at 0~70C

Operating Voltage
Typically 5V DC

Output Voltage
Vout depends on sensor circuit

Compensated Temperature
0C to 70C

Storage Temperature
-55C to +150C

Operating Temperature
-40C to +125C

Insulation Resistance
>100M at 500VDC

Lead Material
Tinned copper

Mounting Type
Radial, through hole

Part Number
R1400 E16C

Dissipation Constant
About 2mW/C (in still air)

Package
Epoxy coated bead

Thermal Time Constant
Less than 15s (in still air)

Surge Withstand
2kV for 1s

Application
Temperature measurement and control

R1400 E16C Trade Information

Minimum Order Quantity
1 Number

Supply Ability
1000 Per Month

Delivery Time
7 Days

About R1400 E16C

The R1400 E16C NTC Thermistor is a top-rated sensor renowned for favorable reviews and elite reliability in temperature measurement and control applications. Its potent design includes a robust epoxy coated bead and radial, through-hole mounting for easy installation. Boasting terrific specifications like a 0.25C accuracy and swift thermal time constant under 15 seconds, it suits precise monitoring tasks. The sensor's tinned copper leads, high insulation resistance, and capacity to redeem 2kV surges ensure both safety and durability, making it a preferred choice for discerning distributors and suppliers across India.

Versatile R1400 E16C - Application & Features

The R1400 E16C excels in temperature monitoring and control for industrial, automotive, and HVAC systems. Commonly used in control panels and electronic devices, it offers a powerful combination of fast response (less than 15 seconds), high accuracy (0.25C), and reliable analog output. Its robust epoxy-coated bead and easy radial, through-hole mounting make it ideal for demanding environments, while its broad operating temperature range ensures versatility across varied application places.

Sample Policy & Certifications - Seamless Experience

Sample availability of the R1400 E16C means you can evaluate its performance before making an expenditure commitment. Upon request, samples typically arrive quickly to enhance your selection process and facilitate export market assessments. Each sensor is backed by essential certifications, assuring you of quality and compliance. Our streamlined service ensures a hassle-free sample policy with complete documentation to support procurement and supply processes for distributors and importers.

FAQ's of R1400 E16C:

Q: How is the R1400 E16C typically installed in electronic circuits?

A: The R1400 E16C features a radial, through-hole mounting that allows for straightforward integration into printed circuit boards and control panels.

Q: What applications benefit most from using the R1400 E16C NTC Thermistor?

A: This sensor is highly effective in temperature measurement and control tasks within industrial automation, automotive systems, HVAC equipment, and consumer electronics.

Q: When can I expect sample arrival after placing a request?

A: Sample requests for the R1400 E16C are processed promptly. Most samples arrive within a few business days, subject to distribution logistics and location.

Q: Where does the R1400 E16C excel in performance?

A: The thermistor excels in environments where quick thermal response, high accuracy, and robust insulation resistance are required, such as in high-performance electrical devices.

Q: What certifications support the use of R1400 E16C in export markets?

A: The R1400 E16C is supplied with relevant certifications, confirming its compliance with standard industry and export requirements, ensuring suitability for international markets.

Q: How does the R1400 E16C enhance safety during usage?

A: It features over 100M insulation resistance at 500VDC and can withstand 2kV surges for 1 second, providing excellent protection and reliability in sensitive projects.

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