Chip Resistance Array

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Chip Resistance Array Specification

Thermal Conductivity
Standard ceramic substrate

Interface
PCB Solder Pads

Power Source
Not Required (Passive)

Response Time
Instantaneous

IP Rating
Not Rated

Components
Thick Film/Thin Film Resistor Elements

Resolution
Determined by resistance value tolerance

Display Type
No Display

Product Type
Chip Resistance Array

Application
Surface Mount Technology (SMT) in electronic assemblies

Rated Voltage
50V

Supply Voltage
Up to 50V

Dimension (L*W*H)
Approx. 3.2mm x 1.6mm x 0.5mm

Function
Resistive divider for circuit applications, allows precise resistance network in small package

Color
Black

Weight
Approx. 0.1g

Thickness
0.5 mm

Current Rating
0.063A (63mA) per element

About Chip Resistance Array

Chip Resistance Array

Cosmic Devices offers all types of industrial Electronic Components, All Type of SMD Electronic Components, Reed Switches, Buzzers, Crystals, Diodes, Integrated Circuits, LED & Displays, Transistors etc.

Precision in a Compact Footprint

This resistance array offers precise resistive divider functionality, helping designers achieve targeted circuit values within extremely tight spaces. Its small dimensions and easy PCB mounting make it perfect for densely populated electronic devices.

Robust Construction and Versatility

Engineered using thick or thin film technology on a standard ceramic substrate, this array balances durability and performance. The 50V rated voltage and 0.063A current per element ensure reliable operation across various circuit conditions.

Simple Integration for SMT

With a straightforward interface for PCB solder pads and no power source needed, integration into existing SMT assembly lines becomes highly efficient. Its black color and standard rectangular form suit conventional automated placement methods.

FAQs of Chip Resistance Array:

Q: How is the chip resistance array installed in circuit applications?

A: The chip resistance array is designed for surface mount technology (SMT) and is soldered directly onto PCB pads during automated assembly. This ensures reliable electrical connections and efficient integration into electronic circuits.

Q: What specific benefit does a resistive divider provide in electronic assemblies?

A: A resistive divider allows engineers to precisely control voltage levels or signals within a circuit. Using a chip resistance array streamlines this process, offering consistent and accurate resistance values in minimal board space.

Q: When should I choose a chip resistance array over discrete resistors?

A: Opt for a chip resistance array when you need multiple resistors arranged in a specific network within a compact footprint, such as in high-density circuit boards or when precise matching between resistor elements is essential.

Q: Where are these chip resistance arrays commonly used?

A: These arrays are widely utilized in electronic assemblies for consumer, industrial, and communication devices where space, precision, and SMT compatibility are crucial.

Q: What is the process for selecting the correct resistance value and tolerance?

A: Select the resistance value and tolerance based on your circuits voltage division or signal conditioning requirements. Check the product datasheet for available values and tolerances to ensure proper circuit operation.

Q: How does the chip resistance array handle power and thermal conditions?

A: Each resistor element supports up to 63mA current and 50V, with the ceramic substrate providing standard thermal conductivity. Ensure that your design stays within these parameters for optimal performance and reliability.

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