WCAP-STSC Superkondensatoren (EDLCs). Electric Double Layer Capacitors. Capacitance range: 3 F ‒ 50 F.

LTSpice files

LT
LTSpice_WCAP-STSC (rev22a).zip
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1.8 KB

Characteristics

Product series with standard cylindrical size
Electric Double Layer Capacitors
Higher energy density than usual capacitors
Mounting style: Radial THT
Life Cycles: 500000 Cycles
Recommended soldering: Wave soldering

Applications

Memory backup
Smart meter
Network equipment
UPS systems
Power assist
Energy harvesting

Application Notes

Products

Order Code	Datasheet	Downloads	Status	C	V_R (V (DC))	Life Cycle (Value) (Cycles)	Operating Temperature	R_{ESR DC} (mΩ)	R_{ESR AC} (mΩ)	I_Leak (mA)	I_Max (A)	I_Rated (A)	P (kW/ kg)	E (Wh/ kg)	Pitch (mm)	Ø D (mm)	L (mm)	Packaging
850617030001	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617030001 (rev1).pdf \| 1.7 MB IGS IGS_850617030001 (rev1).igs \| 7.3 MB STP Download_STP_850617030001 (rev1).stp \| 1.4 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	3 F	2.7	500000	-40 °C up to +65 °C	70	60	0.008	3.3	0.7	18.08	2.1	3.5	8	20	Bulk
850617021001	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617021001 (rev1).pdf \| 1.6 MB IGS IGS_850617021001 (rev1).igs \| 7.4 MB STP Download_STP_85061702100x (rev1).stp \| 1.4 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	5 F	2.7	500000	-40 °C up to +65 °C	50	40	0.012	5.4	1.29	17.35	2.41	5	10	20	Bulk
850617021002	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617021002 (rev1).pdf \| 1.6 MB IGS IGS_850617021002 (rev1).igs \| 7.4 MB STP Download_STP_85061702100x (rev1).stp \| 1.4 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	7 F	2.7	500000	-40 °C up to +65 °C	45	35	0.02	7.1	1.7	18.92	3.3	5	10	20	Bulk
850617021004	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617030001 (rev1).pdf \| 1.8 MB IGS IGS_850617021004 (rev1).igs \| 7.7 MB STP Download_STP_850617021004 (rev1).stp \| 1.4 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	10 F	2.7	500000	-40 °C up to +65 °C	35	30	0.03	10	2.5	19.1	3.7	5	10	25	Bulk
850617021005	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617021005 (rev1).pdf \| 1.6 MB IGS IGS_850617030001 (rev1).igs \| 8 MB STP Download_STP_850617021005 (rev1).stp \| 1.5 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	15 F	2.7	500000	-40 °C up to +65 °C	33	30	0.06	13.5	3.6	12.27	3.3	5	13	25	Bulk
850617022001	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617022001 (rev1).pdf \| 1.7 MB IGS IGS_850617022001 (rev1).igs \| 7.6 MB STP Download_STP_850617022001 (rev1).stp \| 1.4 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	25 F	2.7	500000	-40 °C up to +65 °C	25	20	0.068	20.7	6	10.72	3.7	7.5	16	25	Bulk
850617022002	SPEC	9 files EDA models: Components ZIP ALT Altium_WCAP-STSC (rev22c).IntLib \| 2.6 MB CDS Cadence_WCAP-STSC (rev23a).zip \| 12.5 MB EAG Eagle_WCAP-STSC (rev23a).lbr \| 33.4 KB KIC KiCad_WCAP-STSC (rev25a).zip \| 2.9 MB ZUK Cadstar_WCAP-STSC (rev19a).zip \| 5.9 KB CAD files ZIP 3D 3D_850617022002 (rev1).pdf \| 1.7 MB IGS IGS_850617022002 (rev1).igs \| 8.1 MB STP Download_STP_850617022002 (rev1).stp \| 1.6 MB Electric models ZIP PSP PSpice_WCAP-STSC (rev22a).zip \| 3.6 KB Download all 9 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	50 F	2.7	500000	-40 °C up to +65 °C	20	15	0.105	33.7	11.2	8.13	4.5	7.5	18	40	Bulk

Order Code	Datasheet	Simulation
850617030001	SPEC
850617021001	SPEC
850617021002	SPEC
850617021004	SPEC
850617021005	SPEC
850617022001	SPEC
850617022002	SPEC

Samples

Order Code	Datasheet	Simulation	Downloads	Status	C	V_R (V (DC))	Life Cycle (Value) (Cycles)	Operating Temperature	R_{ESR DC} (mΩ)	R_{ESR AC} (mΩ)	I_Leak (mA)	I_Max (A)	I_Rated (A)	P (kW/ kg)	E (Wh/ kg)	Pitch (mm)	Ø D (mm)	L (mm)	Packaging	Samples

Supercapacitors

Supercapacitors, also known as EDLC for Electric Double Layer Capacitor, are energy storage devices that are easy to use and, in many ways, comparable to batteries. They close the gap between capacitors and batteries.Supercapacitors have:

Higher power density than batteries
Higher energy density than conventional capacitors

Available Series

Series WCAP-STSC

Mounting Style: Radial THT
Type: Standard Cylindrical
Capacitance: 3 – 50 F
Voltage: 2.7 V (DC)

Series WCAP-SISC

Mounting Style: Snap-In
Type: Standard Cylindrical
Capacitance: 100 & 350 F
Voltage: 2.7 V (DC)

The Supercapacitor – A Vertile Energy Storage Device and How to Use it

In the course of the presentation, important properties of Supercapacitors and key features of the design-in process will be discussed. Supercapacitors require, like any other energy storage system, a certain infrastructure in order to store and deliver their energy.

The Supercapacitor – A Versatile Energy Storage Device and How to Use it.

Example Applications

Storage device for power-offline periods

Measurements

Redexpert

With the help of REDEXPERT you will find the right capacitor based on your technical requirements. The tool supports, for example, with measured values for capacitance, impedance, ESR and dissipation factor (DF). The ability to compare individual components with each other in terms of measured values enables convenient component selection.

REDEXPERT

Webinar

Introduction to the capacitor technologies and how to use them

Capacitors make up two thirds of all electronic components and there is a huge diversity of technologies which can overwhelm young engineers. All capacitors store electrical energy in the electrical field created in a dielectric material and they are used for very diverse applications like voltage stability and filtering. How that works differs between tiny MLCCs and huge electrolytic cells, from pF ratings up to the hundreds of Farads in supercapacitors. In this presentation, we introduce different capacitor solutions taking into account the advantages and disadvantages and with a focus on the final application.

Webinar: Introduction to the capacitor technologies and how to use them

Design-in of Capacitor Module

The voltage of an electric double-layer capacitor (EDLC) depends on its charging state. Thus, the voltage at the terminals increases or decreases as soon as the EDLC becomes charged or discharged. To provide a stable voltage, the EDLC is often operated with a DC/DC conversion. Depending on the required power and charging voltage , it is required to design a module (see more: Constant Power Discharge Modul Calculator)
The EDLC module must provide the power required by the application. The EDLC Module Calculator calculates the size of the stack (module) based on the application parameter. Based on a given

- power demand,
- discharge time, and
- lower discharge limit,
the calculator provides the number of series and parallel connected EDLCs (defined by rated capacitance C_r and rated Equivalent series resistance (ESR) R_ESR ) as well as plots and other electrical parameters, such as total module capacitance C and total ESR R.

Products of interest

WCAP-SISC Supercapacitors (EDLCs)

Videos

#askLorandt explains: Supercapacitors and the difference to conventional capacitors and batteries

Videos

#askLorandt explains: How to use Supercapacitors in the industrial environment as best as possible

Videos

The Supercapacitor – A Versatile Energy Storage Device and How to Use it.

Videos

WE meet @ Digital Days 2021:WE backup your application; hot swappable supercapacitor backup solution

WCAP-STSC Supercapacitors (EDLCs)

Standard Cylindrical – THT

LTSpice files

Characteristics

Applications

Application Notes

Products

Supercapacitors

Available Series

Series WCAP-STSC

Series WCAP-SISC

The Supercapacitor – A Vertile Energy Storage Device and How to Use it

Example Applications

Measurements

Redexpert

Webinar

Introduction to the capacitor technologies and how to use them

Design-in of Capacitor Module

Products of interest

Videos

Videos

Videos

Videos

Videos

Videos

Learn more

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