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TTI has steadily grown to become the world’s leading passive and connector specialist in the electronic component industry. TTI maintains an extensive inventory and offers the best choice of electrical-to-optical or optical-to-electrical instruments in the industry, meeting almost any requirement of our customers. The company’s basic strategy is to focus on a specific range of products and strive to be the industry’s leading distributor. No other company offers the unique combination of benefits that TTI provides. We maintain an extensive inventory of optoelectronics including: fiber optic and LED components, lasers, displays and optical sensors from the industry's finest manufacturers.
The team of specialists at TTI has more experience in optoelectronic products than any other distributor. All TTI employees participate in company-wide training programs, which have helped create the most product-knowledgeable team in the industry. Additionally, customers can rely upon the TTI sales team as a valuable resource of information and guidance.
Featured Optoelectronics Products
TE Connectivity announces its new INSTALITE Molded Boots that are up to 30 percent lighter than TE standard -25 boots. These high performance heat-shrink boots have been designed for applications in military ground systems, aerospace and marine. Their optimized geometry reduces installation time as well as provides a faster recovery.
The TCMT110. series consist of a phototransistor optically coupled to a gallium arsenide infrared-emitting diode in a 4 pin package.
The ILD205T, ILD206T, ILD207T, ILD211T, ILD213T, ILD217T are optically coupled pairs with a gallium arsenide infrared LED and a silicon NPN phototransistor. Signal information, including a DC level, can be transmitted by the device while maintaining a high degree of electrical isolation between input and output.
The IL205AT/IL206AT/IL207AT/IL208AT are optically coupled pairs with a gallium arsenide infrared LED and a silicon NPN phototransistor.
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While the need for circuit protection dates back to the origin of electronic devices, circuit protection devices have evolved to meet new technology demands. Circuit protection provides reliability and remains mission-critical in the product lifecycle. If a device experiences damaging surges of voltage or current caused by lightning strikes, electrostatic discharge (ESD) or inductive load switching, it can lead to end-of-life for the device. Circuit protection also helps guarantee safety as it protects from catastrophic events that could cause fires.
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Static objects are quickly becoming a thing of the past. Connected devices are now a way of life: wearable technology that detects an oncoming seizure, street lamps that measure traffic patterns to improve energy efficiency and homes that creates the perfect environment of temperature, lighting, music, etc. before the owner arrives home. Common objects are now required to sense, capture and communicate data.
IDC estimates that by 2020 there will be 30 billion internet-connected, sensor-enabled objects and another 182 billion that could easily be enabled. When the term “Internet of Things” was coined a few years ago, it seems like a rather abstract, Keep reading...
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Walt D. Custer
Preliminary July PMI Leading Indicators; 2Q’15 Smartphone Shipments by Vendor; N American June SEMI Equipment Orders & Shipments; Global LED Lighting Sales; Dual-SIM Smartphone Sales & Forecast; Copper at Lowest Price Since 2009 Keep reading...
Optoelectronics products are available at TTI Inc. from industry leading manufacturers. TTI is an authorized distributor for many manufacturers including: Honeywell, Kingbright, Omron, Toshiba and Vishay.
presents a somewhat unique set of design constraints and challenges. Instrument clusters require a certain amount of illumination to be clearly readable, and, as ambient lighting conditions change, the brightness of the backlight must be adjusted to compensate. It is essential that the dimming range of an LED/LED driver system is sufficiently wide to accomplish this. In addition to being compact and cost-efficient, LED driver ICs must withstand the harsh thermal, chemical, and electrical conditions of an automotive environment. Reliable current regulation over a range of environmental circumstances is critical for maintaining uniform brightness across the panel and for protecting the long operating life of an LED backlight.
are flexible, transparent fibers that transmit light between it's two ends. They are used in communications, where transmission over long distances and higher bandwidths are possible. The extruded glass or plastic fibers are immune to electromagnetic interference and have less loss than metal wires.
High Power LEDs
A High Power LED
is an individual components that are greater than 0.20 watts, generally smaller in package size and find applications where traditional lighting sources will not fit.
is a semiconductor device that emits infrared or visible light when charged with an electric current. LEDs emit light wavelengths both visible and invisible when electrically charged. The color emitted is derived from the chemical composition of the semiconductor material used in manufacturing. LEDs are differentiated by their color/wavelength measured in units of nanometers (nm) or their color corrected temperature (CCT) measured in units of Kelvin (K). In addition, LEDs may consume lower power, provide longer lifetime, be more robust, and are able to be switched On/Off at very high rates of speed.
products and solutions facilitate machine to human communication. Indication refers to the use of a light source that is to be viewed directly as a self-luminous object, such as in signs, signals, and indicator lights on electronic equipment. LED Indication also includes everything from mounting hardware to LED Drivers and light pipes, as well as other useful replacement parts.
Optocoupler / Photocoupler
is a component that uses a short optical transmission path to transfer a signal between elements of a circuit, typically a transmitter and a receiver, while keeping them electrically isolated. An electrical signal is changed to an optical signal and then back to an electrical signal therefore breaking the electrical path, ie. isolating the circuits. Optocouplers are also known as opto-isolators and photocouplers. Many systems require signals and data to be transferred from one subsystem to another within electronics equipment without a direct electrical connection. Safety agencies require the isolation. Isolation is necessary when the source and destination circuits are operating at very different voltage levels. For example: A microprocessor operating at 5V DC is being used to control a circuit that is switching at 240V DC. The link between these two circuits is isolated to protect the microprocessor from overvoltage damage.
Things to Consider
Optocouplers / Photocouplers
- Required CTR
- Isolation requirement & isolation working voltage
- What is the main electrical function?
- Bandwidth & switching speed
- What color are you looking for?
- How bright do you need the LED to be?
- Which packaging suits your design needs? Through hole or surface mount?
- Is an LED Driver needed?