LTR-659PS

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LTR-659PS for industrial and automotive applications

Product Overview

Description

The LTR-659PS integrates proximity detection and ambient light sensing in a compact package.

VCSEL-based proximity sensor achieves up to 100mm detection range with excellent sunlight immunity.

Ideal for smartphones, smart home devices, and IoT applications.

Product Series

LTR

Primary Application

Industrial

Key Features

  • Integrated proximity + ALS sensor
  • VCSEL-based proximity detection
  • I2C digital interface
  • Ultra-low standby current

Specifications

Type Optical Sensors
Package SMD
OperatingTemp -40°C to +85°C
Rating Industrial Grade

Applications

Industrial

Industrial automation and control

Automotive

Automotive and EV electronics

Consumer

Consumer electronics

Documents & Resources

FAE Expert Insights

D

"The LTR-659PS is a reliable component for industrial applications."

Integrated sensing,VCSEL technology,Ultra-low power

— David Wang, BeiLuo

Frequently Asked Questions

What are the key specifications of LTR-659PS?

The LTR-659PS features high performance. It is designed for industrial applications with reliable performance and industry-standard compatibility. This sensor provides accurate detection with low power consumption. The LTR-659PS is factory calibrated for consistent performance across temperature ranges.

Select LTR-659PS based on your specifications requirements. Contact FAE for application-specific recommendations.

specifications features Optical Sensors
How do I use LTR-659PS in my design?

The LTR-659PS can be integrated using standard design practices for Optical Sensors products. Follow the datasheet recommendations for optimal performance. Reference designs and application notes are available from BeiLuo Electronics.

Use reference designs for initial prototyping. Submit your schematic for FAE review before production.

design guide integration application notes
How does LTR-659PS compare to alternatives?

The LTR-659PS offers competitive performance at attractive pricing. Lite-On products provide excellent value with proven reliability. BeiLuo Electronics provides local technical support and faster response times compared to international suppliers.

Choose Lite-On for cost-effective solutions with reliable supply. Contact FAE for detailed competitive analysis.

competitor comparison Lite-On advantages value
What are the recommended applications for LTR-659PS?

The LTR-659PS is ideally suited for industrial and automotive. It operates reliably across the industrial temperature range with automotive-grade options available for qualifying products. This sensor provides accurate detection with low power consumption. The LTR-659PS is factory calibrated for consistent performance across temperature ranges.

This device is ideal for industrial and automotive applications. Contact FAE for application-specific recommendations.

applications industrial automotive use cases
What is the typical lead time and MOQ for LTR-659PS?

Standard lead time is 6-8 weeks. BeiLuo Electronics maintains strategic inventory for popular products. Standard MOQ is 1,000 pieces with volume pricing tiers available. This sensor provides accurate detection with low power consumption. The LTR-659PS is factory calibrated for consistent performance across temperature ranges.

Plan for 6-8 weeks lead time for production orders. Check BeiLuo stock for immediate sampling needs.

lead time MOQ pricing delivery
What is the operating temperature range and reliability?

The LTR-659PS operates from -40°C to +85°C (industrial grade) with automotive-grade options extending to +125°C or +150°C. Products undergo rigorous reliability testing including temperature cycling and accelerated life testing.

Select temperature grade based on your application environment. Contact FAE for reliability data and MTBF information.

temperature range reliability MTBF automotive grade
How can I get technical support for LTR-659PS?

BeiLuo Electronics provides comprehensive support: (1) Application engineering assistance, (2) Reference designs and evaluation boards, (3) Failure analysis support, (4) Custom solution development. Contact our FAE team for technical guidance.

Contact FAE early in the design phase for optimal device selection and design review.

technical support FAE reference design evaluation board