Features & Benefits:

Tecate Group’s Hybrid Capacitors (LIC) provide an alternative energy storage device utilizing best of class EDLC and Lithium Ion technologies. The TPLC series features energy dense capacitance in multiple radial designed cylindrical sizes, working voltage up to 3.8V with 500,000 rapid charge/discharge cycles. Additionally, you will find a compact footprint and industry accepted radial lead and cylindrical package sizes which maximize space allocation in design. The increased energy and power provided protect critical information from being compromised when sags, dips or outages occur from the main power source.

Description:

The TPLC series is UL recognized, RoHS and REACH compliant. Ideally suited for applications that require increased voltage, higher energy density and exceptional cycle life which is not available with standard EDLC technology or lithium ion batteries alone. For industrial applications where essential machine controllers can be impacted by unplanned interruptions ride thru power is provided to mitigate these effects. Critical pulse power that is required in utility meters for gas/water where long cycle life and low self-discharge are essential for efficient and reliable operation. Data centers that require reliable, economical and compact energy solutions that address potential loss of cache memory, RAID systems and storage servers that are impacted by unplanned power outages.

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Features & Benefits:

Tecate Group’s Hybrid Capacitors (LIC) provide an alternative energy storage device utilizing best of class EDLC and Lithium Ion technologies. The TPLC series features energy dense capacitance in multiple radial designed cylindrical sizes, working voltage up to 3.8V with 500,000 rapid charge/discharge cycles. Additionally, you will find a compact footprint and industry accepted radial lead and cylindrical package sizes which maximize space allocation in design. The increased energy and power provided protect critical information from being compromised when sags, dips or outages occur from the main power source.

Description:

The TPLC series is UL recognized, RoHS and REACH compliant. Ideally suited for applications that require increased voltage, higher energy density and exceptional cycle life which is not available with standard EDLC technology or lithium ion batteries alone. For industrial applications where essential machine controllers can be impacted by unplanned interruptions ride thru power is provided to mitigate these effects. Critical pulse power that is required in utility meters for gas/water where long cycle life and low self-discharge are essential for efficient and reliable operation. Data centers that require reliable, economical and compact energy solutions that address potential loss of cache memory, RAID systems and storage servers that are impacted by unplanned power outages.

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• Over 500,000 duty cycles
• Extremely low ESR
• 10 year life capability
• Higher energy vs. electrolytic
• Higher power vs. batteries
• UL recognized
• RoHS compliant
• Halogen free

Features & Benefits:

Tecate Ultracapacitors provide extended power availability, allowing critical information and functions to remain available during dips, sags, and outages in the main power source. In addition, it can relieve batteries of burst power functions, thereby reducing costs and maximizing space and energy efficiency. The ultracapacitor features accessible terminals and an electrostatic storage capability that can cycle hundreds of thousands of charges and discharges without performance degradation.

Description:

Tecate’s UL recognized TPLH series ultracapacitors are ideal for consumer electronics, automotive subsystems, wireless transmission, medical devices, automatic meter readers, and many other applications requiring a pulse of energy that cannot be efficiently provided by a battery or power supply alone.

The TPLH ultracapacitors work independently or in tandem with batteries for applications that require both a constant low power discharge for continual function and a pulse power for peak loads. In these applications, the device relieves batteries of peak power functions resulting in an extension of battery life and a reduction of overall battery size and cost.

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