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Electromagnetic Components (EMC)
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 electromagnetic choices 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 electromagnetic components from the industry's finest manufacturers.
The team of specialists at TTI has more experience in the EMC product area 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 EMC Products
These Design Kits contain inductors that provide engineers with a wide variety of inductances, rated currents, sizes and features for quick-turn prototype testing.
These series consist of non-shielded and shielded construction that are AEC-Q200 qualified. Typical automotive application areas of these inductors are located in the driver assistant devices, information/entertainment systems, and lighting.
TTI has stock available for the ELK-E and EXC-C series of EMI Filters.
Panasonic, a worldwide leader in Flash Memory Products, is pleased to introduce the NEW SC Series Industrial microSD Flash Memory Cards, two NEW models to the FX Series: 512MB
and 16GB Flash Memory Cards, and the NEW GD Series Industrial SD Flash Memory Cards.
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The Design Automation Conference (DAC) is the Electronic Design Automation (EDA) industry’s annual flagship conference. DAC offers education, exhibits and networking opportunities for designers, researchers, tool developers, and vendors. Conferences such as DAC are important because successful engineers must treat their careers as dynamic things which need continuous upkeep and upgrading. One would be uncomfortable visiting a physician who has fallen behind in the practice of medicine. Similarly, an engineer’s skillset will become diminished without continuing education, especially since the pace of technological change these days can make your head spin—even given that engineers are positively predisposed to new technology. Keep reading...
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Dennis M. Zogbi
The fiscal year ending March 31, 2016, has proven to be an unusual economic year in the history of tracking the global capacitor, resistor and inductor markets worldwide. The market environment is succumbing to the impact of forces that are both internal and external to the supply chain and almost every company in the world selling electronic components took a beating in the markets in the last fiscal quarter, unless you were selling to specific manufacturers in China who in turn were building specific types of smartphones. The real crack in the armor came mid-March 2016 when a key industry executive asked me to do a quick analysis on nine month year-on-year sales cycles for components sold into the automotive industry, as there was conflicting information about just how hot the automotive end market really was; as every piece of literature (including my December MarketEYE article) promoted the positive market opportunities for passenger compartment electronics in the coming years. Keep reading...
// Posted by:
Dennis M. Zogbi
Because of Paumanok’s depth and breadth of market and technology data on passive electronic components we have had the great opportunity to participate in the development of many advanced passive component technologies over the past 30 years. It is my observation that the market moves in cycles and that it is time again for the technology to move forward. And while many great words have been written to describe the directional correctness of the high-tech economy; the best four are “better, smaller, faster, cheaper.” Keep reading...
Electromagnetic components are available at TTI Inc. from industry leading manufacturers. TTI is an authorized distributor for many manufacturers including: API Delevan, EPCOS, J.W. Miller,
Murata Electronics, Pulse and Vishay/Dale.
Common Mode Choke
The common-mode inductor
, or common mode choke (CM choke), is a passive electronic component used to remove EMI. Common-mode chokes are designed for high-speed applications, for switch-mode power supplies and DC power lines, circuits with poor or no grounding, and circuits with signal and noise that are "mixed", or pretty much on top of each other. This device is designed specifically for its unique frequency-selective properties, and the windings are designed for EMI suppression effectiveness. Two windings are precisely wound on a common magnetic core, and the result is a device that can scrub out noise that is "very close" to your desired frequency, and return a clear and balanced signal.
is a length of conductor, normally wire, wound into a coil (thus the nickname that some people call this device) and around a core to concentrate the magnetic force (field) and maximize the inductance. The more turns of wire in the coil, the higher the inductance value. Inductors can be found in all facets of electronic design so they are not specific to one application area. Its primary properties are to resist changes in AC (alternating current) and to store and release energy from its magnetic field.
can be made from one of two different cores, ceramic (air core) or ferrite. These inductors, when made in a ceramic core, usually possess high SRF’s and current ratings for higher frequency applications. When made in a ferrite core, the part will be naturally shielded and typically will have higher inductance values and higher Q factors at lower frequencies.
Thin Film Inductors
Thin film inductors
are the tightest tolerance inductors made. These are made specifically for High Q and high current characteristics within high frequency and lower inductance applications. Normally this would include RF and wireless applications including but not limited to the following applications: Bluetooth, Telecom Market, GPS, PDA, cellphones, etc. Typically they are used for impedance matching on your RF circuit. Another use for thin film inductors is for creating a resonant circuit (tuning a circuit).
are the most versatile of the three technologies when it comes to their use in applications. This category of inductors includes not only chip inductors, but also all leaded inductors as well. A wirewound inductor will have the option to be magnetically shielded or not which helps it control unwanted signals from interfering with other components on the board especially important in filtering applications.