RPM882-H14 is an infrared communication module for IrDA Ver. 1.2 (Low Power). The infrared LED, PIN photo diode, LSI are all integrated into a single package. This module is designed with power down function and low current consumption at stand-by mode. The ultra small package makes it a perfect fit for mobile devices.
RPM972-H14 is an IrDA Ver. 1.4 (Low Power) infrared communication module that integrates the infrared LED, PIN photodiode, and waveform shaping LSI into a single package. This module is designed for low power consumption and is very small, making it ideal for mobile devices. It also provides IR remote control transmission for universal remote control applications.
The RPM973-H11 is a high performance IrDA module that integrates an infrared remote control transmission function and a high-speed (4Mbps) FIR-compatible IrDA module into the world's smallest� package.
RPM973-H16 is a high-performance IrDA module that integrates an infrared remote control transmission function and a high-speed (4Mbps) FIR-compatible IrDA module into the world's smallest package, resulting in substantial space savings. It can be used for all types of data communication, including image data and music transmission data in mobile phones, digital still cameras, and printers.
This document discusses the quality assurance and reliability of sensors, including important considerations in the design, manufacturing, and sales processes. It mentions the lifespan of infrared LEDs and the changes in output power over time. The document also covers two broad categories of reliability testing: life testing and environmental testing. It states that ROHM has standardized its procedures to comply with Japan Industrial Standards (JIS) and American military standards (MIL).
The document provides information about the manufacturing line of ROHM photosensors, including the manufacturing process of molded package emitters and detectors, encapsulated photointerrupters, and double-layer molding photointerrupters.
The document describes the principle of infrared sensors and the structure and performance characteristics of infrared emitters based on GaAs material. GaAs infrared chips have high luminous efficiency, emit wavelengths between 940 and 950 nanometers, and have a response time of approximately 1 microsecond.
This document lists the model numbers of ROHM's sensors, including optical sensors, magnetic sensors, temperature sensors, gas sensors, pressure sensors, acceleration sensors, and tuning fork sensors.
The SIM-012SB is an ultra-small, high-power Chip IR LED, whose original technology, original structure and original optical design enable it to use an automatic mounting machine, reflow, ultra-small size, and high power.
