SMD Resistance

Get a Price/Quote

SMD Resistance Specification

Components
Ceramic substrate, resistive element, protective coating

Features
Low-profile, high stability, suitable for automated placement

Response Time
Instantaneous for DC/AC signals

Thermal Conductivity
Approx. 50 W/mK (ceramic body)

Output
Controlled electrical current

Power Supply
Not applicable (Passive component)

Usage
Circuit boards, electronic devices, precision instrumentation

Interface
SMD soldering pads

Operating Temperature
-55C to +125C

IP Rating
Not rated

Power Source
Passive component

Input
Electrical Signal

Product Type
SMD Resistance/Chip Resistor

Application
Consumer electronics, automotive, industrial control, telecommunications

Rated Voltage
Up to 50V

Supply Voltage
Rated up to 50V

Size
0603 Package (approx. 1.6mm x 0.8mm)

Dimension (L*W*H)
1.6mm x 0.8mm x 0.5mm

Function
Surface Mounted Device (SMD) resistor for controlling and limiting electrical current

Color
Black body with white numerical markings

Weight
Approximately 0.01g per piece

Current Rating
Maximum 200mA depending on value

Thickness
~0.5mm

Frequency
DC and low frequency applications

About SMD Resistance

Marvelous and must-have, our SMD Resistance (Laureate Series) delivers glorious precision in circuit control. Featuring an expansive resistance range from 1 to 10M and tolerance options of 1% or 5%, it accommodates intricate design requirements. Wrapped in lead-free, RoHS-compliant, flame-retardant tape reels, this thick film resistor ensures stable operation. The low-profile 0603 package fits high-density boards, offering instant response and high reliability. Suitable for consumer electronics, automotive, industrial control, and more, its the perfect marvel for any engineering application. Price cut available for bulk orders.

Features & Application: SMD Resistance

Experience outstanding quality with our SMD Resistance machine-made on a ceramic substrate with a protective coating. Its low-profile structure and surface-mount design make placement automated and effortless. Usage is suited for engineers, manufacturers, and R&D teams, providing reliable current control in consumer electronics, automotive modules, and precision instrumentation. The application method involves soldering onto circuit boards, ensuring high stability and longevity in diverse environments, whether for industrial or commercial needs.

Certification, Sample, and Shipment Details

Our SMD Resistance holds premium certifications including RoHS compliance and flame retardant conformity to UL94V-0, boosting the market value and trust in each unit. Samples are available for initial testing, supporting easy adoption into your product line. Shipment is streamlined via distributor, importer, supplier, or trader channels within India, from major FOB ports for efficient delivery. Quality assurance and longevityup to 10 years shelf lifeunderscore its premium positioning.

FAQs of SMD Resistance:

Q: How should I mount the SMD Resistance on a circuit board?

A: The SMD Resistance is designed for surface mount application using soldering pads. It can be installed using standard automated placement machines for precision and reliability.

Q: What is the benefit of using a thick film SMD resistor in electronics design?

A: Thick film SMD resistors offer excellent thermal stability, high reliability, and precise current control, making them ideal for demanding electronic circuits in various industry sectors.

Q: Where can I request a sample of this SMD Resistance?

A: Samples are available through authorized distributors, importers, or traders in India. Contact your local supplier for details on sample availability and shipment options.

Q: When should I choose lead-free, RoHS-compliant resistors for my project?

A: Lead-free, RoHS-compliant resistors are recommended whenever environmental safety and regulatory compliance are critical, such as in consumer electronics and export-oriented manufacturing.

Q: What application areas are best suited for this SMD Resistance?

A: This SMD Resistance is highly suitable for consumer electronics, automotive systems, industrial control, telecommunications, and precision measurement devices due to its stability and performance.

Q: How does the flame retardant feature benefit my product?

A: The flame retardant construction, conforming to UL94V-0, adds safety and reliability, minimizing fire risks in high-density and mission-critical electronic assemblies.

Tell us about your requirement