Tags: tool:schred

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  1. Can Schred treat the wave function penetration in to the oxide?

    Closed | Responses: 1

    In case of ultra-scaled device, the impact of wave function penetrateion on the invertion charge and Vt is increasing (Ref M. Kauser, et.al., in IEEE TED 49, 693 (2002)). Can...


  2. parameters for Ge

    Closed | Responses: 0

    I just wondering the parameters for calculation of Ge in Schred such as: 

    1. the number of subbands of valley1 (Gamma valley), valley2 (X valley) and valley3...


  3. Whether the version 2 do the quantum correction for hole in the accumulation region?

    Closed | Responses: 1

    I just want to ask that whether the version 2 do the quantum correction for hole in the accumulation region?(MOSCAP)When I check the total charge density, I found that the...


  4. schred-1.0 does not account for doping/Temp effects on VFB in DG

    Closed | Responses: 0

    I do not noticeable changes when using intrinsic 1E10cm-3 or heavily doped 1E18cm-3 in simulation of metal-DG structures. The same happens when changing temprerature

    I would excpect...


  5. I am confused regarding the Material Parameter Inputs. The notation in the input deck is extremely confusing.

    Closed | Responses: 1

    The input deck has mx_3valleys (valley 1, valley 2, valley 3), my_3valleys (valley 1, valley 2, valley 3), mz_3valleys (valley 1, valley 2, valley 3), mhh_3valleys (valley 1, valley 2, valley...


  6. Can i use it for graphene FET simulation to calculate potential distribution in one dimension?

    Closed | Responses: 1


  7. SCHRED Compilation

    Closed | Responses: 2

    I would appreciate if somebody gives me instruction for SCHRED compilation in windows. I also have an ORACLE Virtualbox and I could compile it there, if I knew how. Thanks in advance. Lui


  8. Schred v1: other materials

    Closed | Responses: 1

    In Schred V1 there is an option for “other” materials. When this is selected I can input effective masses and band offsets.

    How is this different from Schred V2, which asks...


  9. simulating InAs in Schred V1 vs V2

    Open | Responses: 1

    In version 2, I tried the following parameters for InAs:

    L-valley energy offset: 0.73


  10. x5 larger Ctot than Cox in QM schred V2

    Open | Responses: 2

    Hello, I found that the QM with Fermi-statistics in Schred V2 gives five times larger Ctot than Cox when I have tox=0.73 nm and NA=7e18 (and other parameters as defaults except I changed...


  11. Boltzmann statistics does not work

    Open | Responses: 2

    I tried baltzmann statistics for QM or SC. Both did not work. Could you please fix it? Thank you


  12. Including bulk doping when simulating QM accumulation capacitance in Schred V1

    Closed | Responses: 1

    Through examination of the source code I have figured out that I need to use the “accumula=yes” flag in the “calc” section of the input file to get Schred V1 to include...


  13. Schred V2: Simulating n-type substrates and Vfb determination

    Closed | Responses: 1

    Using the compiled Schred V2 code and supplied sample input files I am able to successfully model structures with a uniformly doped p-type Si substrate. I assume that to model an n-type...


  14. Input file syntax for Schred V2

    Open | Responses: 1

    I have downloaded and compiled the source code for versions 1 and 2 of Schred. However, I am having trouble finding information on the input file syntax for version 2. The...


  15. How to find Vox = f(Vg)

    Closed | Responses: 0

    I used this SHRED before to generate Vox=f(Vg)of a MOS, as Vg is swept from -V to +V, but am struggling to find the way of how to do it with this new interface.




  16. Parameters for GaAs

    Closed | Responses: 2

    I just wondering the parameters or the refernce for calculation of GaAs in Schred. Including the orientation,...


  17. How to simulate DGMOS with schred 2.0 tool?

    Open | Responses: 1


  18. Exactly same subband energies for 2 ladders

    Closed | Responses: 1

    I am simulating DG MOSCAP with Metal gates. Doping-7e18
    Metal1 and 2 WF – 4.3eV Voltage – 0 to 4 V http://nanohub.org/answers/question/617

  19. schred running ok?

    Closed | Responses: 0

    The CV for very thin oxide (considering only G vs considering GLX) on GaAs seems to be exactly similar. Which is...


  20. Schred for non uniform doping?

    Open | Responses: 1

    Is there support for non uniform doping profile for Schred? I’m interested in using inverse modeling of CV to extract the doping profile. I have a situation of a very shallow N+ region...