New Original IC MAX1771CSA MAX1771CSA+T MAX1771CSA+ IC Chip Integrated Circuit Rare Electronic Components

Name: New Original IC MAX1771CSA MAX1771CSA+T MAX1771CSA+ IC Chip Integrated Circuit Rare Electronic Components
Brand: Shenzhen Xinsheng Pengye Technology Co., Ltd.
SKU: 1601048772033_1
Price: 6.93 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Efficiency Regulation: The MAX1771 is a high-efficiency, low-dropout linear regulator designed to provide stable output voltage with minimal dropout voltage.
Versatile Power Management: Suitable for applications requiring efficient power management, particularly in battery-powered devices.

Key features

1. Advanced Material Technology

With gold-plated pins, the IC ensures improved conductivity and corrosion resistance, offering long-lasting durability even in challenging environments.

2. Interactive Design

With a standard 8-pin dual in-line package, you can easily integrate the MAX1771 into existing circuit boards for seamless upgrades and maintenance.

3. Superior Performance Parameters

With its high-efficiency, low-dropout linear regulation, you can achieve stable output with minimal power loss, enhancing the performance of your battery-powered devices.

4. Versatile Scenario Solutions

With its wide input voltage range, the MAX1771 is adaptable for various power sources, making it ideal for both portable electronics and medical equipment applications.

5. Industry Certification Standards

With its high-efficiency design, the MAX1771 aligns with eco-friendly standards by minimizing heat generation, supporting sustainable technology initiatives.

Product details

The MAX1771 CSA 751 is a high-efficiency, low-dropout linear regulator integrated circuit (IC) chip, ideal for battery-powered devices requiring stable output voltage with minimal power loss. Its 8-pin dual in-line package (DIP) design, coupled with gold-plated pins, ensures excellent conductivity and durability.

Technical specifications

Feature	Specification	Benefit
Body Material	Black plastic	Provides thermal interface and mechanical strength
Pin Material	Gold-plated	Enhances conductivity and corrosion resistance
Dropout Voltage	Low	Suitable for low voltage differences
Efficiency	High	Reduces power loss and heat generation
Input Voltage Range	Wide	Versatile for various power sources
Application Scenario	Battery-powered devices	Enhances efficiency in portable electronics

Customization guide

Adjustable parameters like dropout voltage can be fine-tuned to meet specific efficiency needs in diverse power environments.

Get inspired

With the MAX1771, you can ensure optimal power efficiency in your portable devices, reducing energy consumption and extending battery life.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Efficiency	85%	+15%	+30%*
Dropout Voltage	0.5V	Enhanced	Premium

Supplier's note

The Pro model's efficiency rating – 30% higher than industry benchmarks – makes it ideal for high-demand applications where power conservation is crucial. Coupled with its premium dropout voltage management, this model is perfect for advanced portable electronics.

When selecting a model, consider the applicable crowd: for basic needs, the Base Model suffices. For those requiring enhanced performance, the Advanced Model offers significant improvements, while the Pro Model is best for critical applications demanding maximum efficiency.

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Battery-Powered Devices	Portable Electronics	Low dropout voltage (0.2V at 500mA)	High efficiency (95% at full load)	Limited to low power applications
Battery-Powered Devices	Medical Equipment	Wide input voltage range (2.5V to 11.5V)	Versatile for various power sources	Requires external components for setup
Other Electronic Components	Space-Constrained Systems	Compact SMD package (8-pin DIP)	Easy integration into small devices	Challenging for manual soldering
Other Electronic Components	High-Efficiency Circuits	Gold-plated pins (improved conductivity)	Corrosion resistance	Higher cost compared to standard pins
Battery-Powered Devices	Low-Power Applications	High stability output (±0.5% variance)	Reliable performance	Not suitable for high power needs
Other Electronic Components	General Use Circuits	Black plastic body (good thermal interface)	Enhanced mechanical strength	Heat dissipation can be a concern

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