The rapid, global growth of electric vehicles requires the development of a charging infrastructure that is faster, safer, smaller and more flexible, which creates design challenges for engineers around the world.
As the world shifts to e-mobility and electric vehicles (EVs) specifically, there is an increasing demand for charging infrastructure as it becomes a part of our everyday life.
Charging your car at home or at work requires standard Alternative Current (AC) home charging units and workplace charging units. It is economic-effective and can be installed with great flexibility. Direct Current (DC) charging stations relate to a very quick charging rate as little as 30 minutes.
To keep pace with the accelerating growth in electric vehicle infrastructure, you need a fast-moving partner with a broad portfolio of both AC and DC charging solutions to quickly meet your needs. TE’s connectivity technology enables a safer, faster, more efficient and more sustainable solutions for EV charging stations.
The rapid growth of electric vehicles results in higher demands on current, fast speed, safety and flexibility of chargers. Working side-by-side with customers, TE has developed a broad portfolio of relay and contactor products. With a wide range of 16A – 350A current load, they are a good fit for AC and DC charging stations globally in different power levels and their high performance can be counted on in switching capability and reliability.
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TE's Dynamic series connectors offer a portfolio of signal and power connection options, including products that have 3-100A "wire to wire" and "wire to board" capability. They offer a more sustainable and environmentally cleaner alternative to EV charging solutions. Both cost-efficient and reliable in harsh and vibration environment as well as LV214 or USCAR approved, the Dynamic series has been widely recognized and recommended for reliable connection solutions.
Passives, Switches and Filters are basic electronic components in EV charging applications. TE offers these elements to benefit you from a more reliable and efficient solution.
Passives: TE’s power resistors have a high voltage resistance and compact design which is suitable for the tendencies of EV developments that require higher power and space savings.
Filters: EMI happens in power entrance on charging pile, and TE’s Corcom 3-phase filters help reduce the noise.
Switches: A stainless steel robust pushbutton switch with available LED indicators is a good choice to illuminate the switch and allow for an easy user interface.
TE's electrical products for internal wiring offer connectivity and reliability where you need it most. Explore and equip your designs with the range of terminal blocks, terminal & splice solutions and identification solutions to aid in reliable performance.
Spring fingers (also known as shield fingers, grounding springs, universal ground contacts or antenna clips) can be used in all types of small printed circuit board applications across all industries. A spring finger is a single contact, surface mountable internal connector with multiple functions on a PCB. Spring fingers can be used for antenna feeds, low voltage electrical connections and grounding or shielding. They are beneficial in preventing EMI noise and static caused by speakers, motors, microphones or any other type of connector that can cause vibration within an application. TE Connectivity (TE) continues to expand its spring finger portfolio offering a broad range of styles, heights, and materials to meet all customers’ needs.
SIM (Subscriber Identity Module) and UIM (Universal Identity Module) cards are widely used in a variety of mobile applications, including, billing, security and number storage purposes in mobile devices. The SIM card parameters are defined by ISO, ETSI and GSM standards. TE Connectivity’s (TE’s) outstanding technological capability delivers a high comfort for the end customer and great durability and longevity of the SIM connectors. In addition, TE has the ability to fabricate very high volume products in a cost-efficient, lean manufacturing process. The huge array of products, combined with TE’s ability to redesign existing products to customer requirements, allow TE to be a reliable source for SIM and UIM card connectors.
