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MCP42010 Integrated Circuit

Name: MCP42010 Integrated Circuit
Brand: MICROCHIP TECHNOLOGIES
Price: 350.0 INR
Availability: InStock

Price 350.0 INR/ Piece

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MOQ : 10 Pieces

MCP42010 Integrated Circuit Specification

Connector Type
Pin Header (DIP-14)

Mounting Type
Through Hole

Feature
Dual 10k 256-position digital potentiometer, SPI interface

Efficiency
High (Low standby current)

Shape
Rectangular (DIP-14)

Operating Temperature
-40C to +125C

Humidity %
Max 95% RH non-condensing

Insulation Material
Plastic

Surface Finish
Matte plastic

Product Type
Digital Potentiometer IC

Application
Electronic circuits, signal conditioning, adjustable voltage dividers, audio control

Protection Level
Standard ESD protection

Rated Voltage
2.7V to 5.5V

Energy Consumption
Low power consumption

Output Type
Digital/Analog (variable output)

Color
Black (Body)

Dimension (L*W*H)
DIP-14: Approx. 19.3mm x 7.3mm x 4.8mm

Weight
Approx. 1g

Input Voltage
2.7V to 5.5V

Size
Standard DIP-14 package

Material
Plastic (Package), Silicon (Chip)

Connection Type
Through Hole (DIP)

Non-volatile Memory
No, positions reset on power cycle

Interface
SPI (Serial Peripheral Interface)

Series
MCP42010

Potentiometer Resistance
10k (per channel)

RoHS Compliance
Yes

Typical Supply Current
160 A (Active), 1 A (Standby)

Wiper Positions
256 (8-bit resolution)

Number of Channels
2 (Dual Potentiometer)

Package Type
DIP-14, SOIC-14, or TSSOP-14 (DIP shown in image)

Endurance
1,000,000 cycles (typical)

About MCP42010 Integrated Circuit

Discover the trending MCP42010 Integrated Circuit-your last chance to enhance electronic circuits with this glorious, world-class component! Featuring dual 10k digital potentiometers with sizzling 256-position (8-bit) resolution, it's ideal for valorous engineers demanding precision and flexibility. Communicating via SPI interface, this RoHS-compliant device is available in DIP-14, SOIC-14, or TSSOP-14 packages. With low power consumption, robust 1,000,000-cycle endurance, and a wide operating range, the MCP42010 excels in signal conditioning, voltage dividing, and audio control applications. Don't miss this sizzling addition for your next project!

Widespread Use and Versatile Applications

The MCP42010 Integrated Circuit is widely used by electronic engineers, audio specialists, and DIY enthusiasts in various settings. With its dual 10k potentiometer channels, it's a staple in signal conditioning, adjustable voltage dividers, and advanced audio control circuits. Its compact, rectangular DIP-14 form ensures easy integration, making it a valuable component in laboratories, industrial automation, and educational projects alike. This world-class IC brings reliable performance wherever precision adjustment is needed.

Quick Dispatch, Flexible Payment, and Wide Supply Network

Benefit from our quick dispatch and seamless supply of MCP42010 ICs across the main domestic markets. We offer flexible payment terms and tailor each proposal amount to suit your procurement needs. With efficient logistics, your orders are processed promptly, ensuring minimal wait times. Whether small-scale or bulk demand, rely on us for timely delivery and responsive support throughout the ordering process. Enhance your inventory with confidence, supported by our robust distribution and importer network.

FAQ's of MCP42010 Integrated Circuit:

Q: How does the MCP42010 Integrated Circuit interface with other devices?

A: The MCP42010 uses an SPI (Serial Peripheral Interface), allowing seamless communication and control with a wide range of microcontrollers and digital platforms.

Q: What are the key benefits of using MCP42010 in electronic projects?

A: Its benefits include dual 10k 256-position variable channels, high endurance (up to one million cycles), low power consumption, and robust standard ESD protection, making it suitable for precise, long-term applications.

Q: Where can the MCP42010 be used most effectively?

A: The MCP42010 is ideal for electronic circuits requiring adjustable voltage dividers, signal conditioning, and audio control. It is commonly used in industrial setups, labs, and multimedia projects.

Q: What happens to the wiper position after power is cycled?

A: Since the device does not have non-volatile memory, the wiper positions are reset to their default state every time the power is cycled.

Q: How robust is the MCP42010 in terms of endurance and environmental protection?

A: The MCP42010 boasts a typical endurance of 1,000,000 cycles and operates over a broad temperature range (-40C to +125C), offering standard ESD protection and reliable performance even in industrial environments.

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