Hy-Cap Ultracapacitor Module
Hy-Cap NEO EDLC Modules to eliminate effects of extreme environments are proven in 3rd party field tests
VINATech aim for customer satisfaction by securing world-class technology.
Hy-Cap customized module comes in a structure optimized to the customer’s specifications and application areas. Items subject to optimization include capacitance, voltage, current, size, enclosure protection level, terminal type and balancing circuit.
Hy-Cap 2 Series module, a serial combination of 2 single cells, comes in a sleeve type where the outer surface is encased with sleeves.
The Hy-Cap customized module is available as a PCB assembly where components are combined into PCB, in series or parallel, molded-case type where the PCB assembly model is packaged with a molded case, or metal-case type where the PCB assembly type is packed with a metal case.
VINATech can develop customized solutions dependent on commercial realization and customer’s requirements.
Reach to our team
Feel free to reach out to our team for any current data sheets and lead times. Our team will reach to you within 24-48 hours ready to answer any questions. Please leave us your contact information and a quick message of what you are looking for. Thank you and we look forward to doing business with you.
Message us
Hy-Cap 2 Series module
Hy-Cap 2 Series module, which is divided into rated voltages of 6.0V, 5.4V are ideal for smart meters or black box products for cars and many other applications.
Hy-Cap 2 Series module, a serial combination of 2 single cells, comes in a sleeve type where the outer surface is encased with sleeves.
Hy-Cap 2 Series module, a lead terminal type, offers three pin option from the popular I, and also O and H types
Characteristics of Hy-Cap modules 2-Series
| Items | Features | |
|---|---|---|
| Rated voltage (VR) | 6.0V | 5.4V |
| Working temperatures (Tmin ~ Tmax) | -40 ~ +65 ℃ | -40 ~ +65 ℃ |
| 85 ℃ output voltage | 2.4V max. | 2.3V max. |
| High-temperature load test *1 | Capacitance changes | ∆Cap ≤ 30% of initial capacitance |
| ESR changes | ∆ESR ≤ 100% of resistance in the spec. | |
| Recharging/Discharging life cycle | 500,000 Cycle | |
| Recharging/Discharging test *2 | Capacitance changes | ∆Cap ≤ 30% of initial capacitance |
| ESR changes | ∆ESR ≤ 100% of resistance in the spec. | |
| Storage life cycle *3 | 2 years ∆Cap ≤ 10% of initial capacitance ∆ESR ≤ 50% of resistance in the spec. | |
| Standard capacitance tolerance | -10 ~ +30% |
*2. The results of testing, after 500,000 times of repetitive recharging and discharging between VR and VR/2
*3. The results of testing without a voltage supplied at a temperature of 70℃ or below