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11 to 20 of 424 Results

Verilog-A JART VCM 1 generic.va Mar 25, 2025 - JART VCM v1 generic Unknown - 5.6 KB - SHA-256: e29c493a94e5b3e6c36e8bfa54902cb84663d66177e4bf0f848b49e556ec2646
JART OxRelax Mar 25, 2025 Zurhelle, Alexander, 2025, "JART OxRelax", https://doi.org/10.26165/JUELICH-DATA/VC9OCI, Jülich DATA, V1 In the search for an oxide-based 2D electron system with a large concentration of highly mobile electrons, a promising strategy is to introduce electrons through donor doping while spatially separating electrons and donors to prevent scattering. In SrTiO3, this can be achieved by...
JART OxRelax v1 without runtime.exe Mar 25, 2025 - JART OxRelax Windows Executable - 14.7 MB - SHA-256: 3a8ff375cc573916633c09e2c80b22e7bcc903e4713ba253b7766180085e2f10 COMSOL App without COMSOL runtime. The COMSOL runtime will be automatically installed if necessary.
JART OxRelax v1 with runtime.exe Mar 25, 2025 - JART OxRelax Windows Executable - 726.2 MB - SHA-256: dcb0aedac774c5249b886a73c0bc3887fd2be9b1a231dd85c4ff4c86ee1496cd COMSOL App with COMSOL runtime. The file size is significantly larger than without COMSOL runtime.
JART VCM v1b var Mar 25, 2025 Menzel, Stephan; Bengel, Christopher, 2025, "JART VCM v1b var", https://doi.org/10.26165/JUELICH-DATA/FERGKU, Jülich DATA, V1 The JART VCM v1b var model represents an extension of the JART VCM v1b model which additionally considers device-to-device and cycle-to-cycle variability. The ECD can be seen in Fig. 1. The physical equations are the same as in the v1b model. Device-to-device variability is achie...
JART VCM1 compact model_Verilog-A_file.txt Mar 25, 2025 - JART VCM v1b var Plain Text - 9.2 KB - SHA-256: e493dc7ec06a8ce9bd69cac25c717e2bc28e62a11da8f5b41e4ee35b15c873e0
User_Guide_for_the_JART_VCM_v1_Compact_Model.pdf Mar 25, 2025 - JART VCM v1b var Adobe PDF - 7.8 MB - SHA-256: 18d83a6ca29a1bac36f5df30537cbb9dcd347df93236c220aa62bd3833fe695a
JART ECM v1 Mar 25, 2025 Menzel, Stephan; Bengel, Christopher, 2025, "JART ECM v1", https://doi.org/10.26165/JUELICH-DATA/4F3ITW, Jülich DATA, V1 The JART ECM v1 model describes the switching dynamics of Electrochemical Metallization Cells, which are also known as Conductive Bridge RAM (CBRAM) or atomic switches. The model includes the redox-reactions at the metal insulator interfaces, ion hopping transport, and the electr...
Figure1.jpg Mar 25, 2025 - JART ECM v1 JPEG Image - 100.4 KB - SHA-256: e47bd74017eb26c9eeb9f66304cfe0090420a71670ba04caebdc76fc280b8442 Ionic and Electronic process included in the JART ECM v1 model.
JART ECM v1-veriloga.va Mar 25, 2025 - JART ECM v1 Unknown - 11.2 KB - SHA-256: cff0f397eb1db8e6d222f073133c4874991b8238eb044059a87f211c6241cfc8 The Verilog-A code of this model

Verilog-A JART VCM 1 generic.va

Mar 25, 2025 - JART VCM v1 generic

Unknown - 5.6 KB - SHA-256: e29c493a94e5b3e6c36e8bfa54902cb84663d66177e4bf0f848b49e556ec2646

JART OxRelax

Mar 25, 2025

Zurhelle, Alexander, 2025, "JART OxRelax", https://doi.org/10.26165/JUELICH-DATA/VC9OCI, Jülich DATA, V1

In the search for an oxide-based 2D electron system with a large concentration of highly mobile electrons, a promising strategy is to introduce electrons through donor doping while spatially separating electrons and donors to prevent scattering. In SrTiO3, this can be achieved by...

JART OxRelax v1 without runtime.exe

Mar 25, 2025 - JART OxRelax

Windows Executable - 14.7 MB - SHA-256: 3a8ff375cc573916633c09e2c80b22e7bcc903e4713ba253b7766180085e2f10

COMSOL App without COMSOL runtime. The COMSOL runtime will be automatically installed if necessary.

JART OxRelax v1 with runtime.exe

Mar 25, 2025 - JART OxRelax

Windows Executable - 726.2 MB - SHA-256: dcb0aedac774c5249b886a73c0bc3887fd2be9b1a231dd85c4ff4c86ee1496cd

COMSOL App with COMSOL runtime. The file size is significantly larger than without COMSOL runtime.

JART VCM v1b var

Mar 25, 2025

Menzel, Stephan; Bengel, Christopher, 2025, "JART VCM v1b var", https://doi.org/10.26165/JUELICH-DATA/FERGKU, Jülich DATA, V1

The JART VCM v1b var model represents an extension of the JART VCM v1b model which additionally considers device-to-device and cycle-to-cycle variability. The ECD can be seen in Fig. 1. The physical equations are the same as in the v1b model. Device-to-device variability is achie...

JART VCM1 compact model_Verilog-A_file.txt

Mar 25, 2025 - JART VCM v1b var

Plain Text - 9.2 KB - SHA-256: e493dc7ec06a8ce9bd69cac25c717e2bc28e62a11da8f5b41e4ee35b15c873e0

User_Guide_for_the_JART_VCM_v1_Compact_Model.pdf

Mar 25, 2025 - JART VCM v1b var

Adobe PDF - 7.8 MB - SHA-256: 18d83a6ca29a1bac36f5df30537cbb9dcd347df93236c220aa62bd3833fe695a

JART ECM v1

Mar 25, 2025

Menzel, Stephan; Bengel, Christopher, 2025, "JART ECM v1", https://doi.org/10.26165/JUELICH-DATA/4F3ITW, Jülich DATA, V1

The JART ECM v1 model describes the switching dynamics of Electrochemical Metallization Cells, which are also known as Conductive Bridge RAM (CBRAM) or atomic switches. The model includes the redox-reactions at the metal insulator interfaces, ion hopping transport, and the electr...

Figure1.jpg

Mar 25, 2025 - JART ECM v1

JPEG Image - 100.4 KB - SHA-256: e47bd74017eb26c9eeb9f66304cfe0090420a71670ba04caebdc76fc280b8442

Ionic and Electronic process included in the JART ECM v1 model.

JART ECM v1-veriloga.va

Mar 25, 2025 - JART ECM v1

Unknown - 11.2 KB - SHA-256: cff0f397eb1db8e6d222f073133c4874991b8238eb044059a87f211c6241cfc8

The Verilog-A code of this model

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