New supercapacitor modules address need for storage at higher voltage rates
05-07-2023 | New Yorker Electronics | Power
New Yorker Electronics offers a new line of Cornell Dubilier Electronics standard supercapacitor modules. The new CDE DSM Series provides supercapacitor storage capabilities at higher voltages than single components can provide. The new modules are offered in packs with three, six or ten cells in series for 9V, 18V and 30V outputs, and capacitance values range from 0.15 to 36.6 farads. CDE states that these options will supply designers with tested, ready-to-use solutions.
DSM standard modules simplify the application of supercapacitors for large energy storage, supplying designers with an easy and safe alternative to lithium-ion batteries. They can be swiftly implemented in energy harvesting, storage and backup applications in power systems. Each module provides integrated-cell balancing, insulated construction, and cable/connector assemblies for immediate use.
The series decreases design time by eradicating the necessity for engineering resources to produce an energy storage solution. A Molex Mini-Lock connector is used, making connectivity to the PCB a snap. Modules are rated for temperatures up to 85C, and unlike lithium-ion batteries, there is no charge-discharge cycle degradation and no risk of dangerous thermal runaway. Life is rated for 500,000 cycles at 25C.
The operating temperature range is -40C to +65C for 9V, 18V, and 30V, with an extended temperature range of -40C to +85C at 7.5V, 15V, and 25V, respectively. The storage temperature range is -40C to +65C, and the supercapacitor modules offer a lifetime of 1,000 hours at rated voltage. They comply with RoHS, and the individual cells within the module meet UL 810A.
The wide operating temperature and voltage ratings extend the range of applications. The modules are ideal for MRI systems, GPS, industrial backup, AGVs, and more. Custom supercapacitor modules are also available upon request to address different form factors, mounting options, cell balancing, protection and connectivity.
By Seb Springall
