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SLB Series Energy Harvesting Evaluation Board

Nichicon “SLB” series are “Small Lithium Titanate Rechargeable Batteries” ideal for powering IoT systems. The EVSLB-EHEP02A is an evaluation board that allows users to test the SLB series with combining various types of energy harvesting devices. With a built-in power management IC, the power collection efficiency can be optimized according to the energy harvesting element used. It is also equipped with 2 types of power output, it can be used properly according to the application. The EVSLB-EHEP02A provides an easy way to configure the energy harvesting powered source.

• Solar (DC), vibration power generation (AC), etc. Input from various harvesters are possible
• Supports power collection settings optimized for harvester characteristics
• Compatible with all 5 types of SLB series
• Supports 2 outputs (SLB direct / 3-5V)
• High customizability

*The above part numbers are without lead processing, and a 3-digit code will be added to the actual part number

Small LTO Battery

Small lithium titanate rechargeable batteries are manufactured by applying the electrode technology utilized in Toshiba Corporation’s SCiBTM rechargable batteries. The most distinctive feature in the design of our small lithium-ion rechargable batteries is the use of and lithium titanate (Li4Ti5012) rather than graphite as the anode active material.

SLB Series Energy Harvesting Evaluation Board with 20C USB type-C charging

Nichicon “SLB” series are “Small Lithium Titanate Rechargeable Batteries” ideal for powering IoT systems. The SLBEVAPAS01 is an evaluation board that allows users to test the SLB series with combining various types of energy harvesting devices. With a built-in power management IC from E-Peas, the harvesting can be optimized via jumper configurations. The board is equipped with a rectifier for AC harvesting source. To enable fast evaluation, the board features an USB-C input for quick SLB charging with up to 400mA.

• Built-in rectifier for solar (DC) and vibration power generation (AC)
• Supports power collection optimization via jumper settings
• USB -C charging with up to 20C (400mA) charge current via dip switches
• Supports various outputs (1.14V-3.34V)
• High customizability
• 11 measure and test points for evaluation purposes
• PMIC E-Peas AEM30330 with configuration jumpers (i.e. MPPT, load configuration etc.)
• PCBA size: 110 x 60mm