Amigos Scientific Solutions

Description:

The programmable DL3021 DC electronic load is a device that precisely regulates load voltage and current, dissipating power and consuming energy. RIGOL's programmable DC electronic load products can provide up to 5A/us and 30kHz frequency settings for transient mode testing. Through this flexibility, it simulates more dynamic real-world power demands, bringing higher reliability to batteries and power systems.

Description:

The programmable DL3031 DC electronic load is a device that precisely regulates load voltage and current, dissipating power and consuming energy. RIGOL's programmable DC electronic load products can provide up to 5A/us and 30kHz frequency settings for transient mode testing. Through this flexibility, it simulates more dynamic real-world power demands, bringing higher reliability to batteries and power systems.

Description:

The programmable DL3031A DC electronic load is a device that precisely regulates load voltage and current, dissipating power and consuming energy. RIGOL's programmable DC electronic load products can provide up to 5A/us and 30kHz frequency settings for transient mode testing. Through this flexibility, it simulates more dynamic real-world power demands, bringing higher reliability to batteries and power systems.

Hioki's Powder Impedance Measurement System is equipped with a compact-designed compressing mechanism and thickness measurement mechanism in addition to highly accurate electrical measurement capabilities. The system's compact design allows the press unit to be installed in a low dew-point environment, such as a glove box, so measurements can be safely performed without concerns for a risk of hydrogen sulfide gas leakage and material alteration.

Description:

The programmable DL3021A DC electronic load is a device that precisely regulates load voltage and current, dissipating power and consuming energy. RIGOL's programmable DC electronic load products can provide up to 5A/us and 30kHz frequency settings for transient mode testing. Through this flexibility, it simulates more dynamic real-world power demands, bringing higher reliability to batteries and power systems.