Aktuelle Übersicht über Software, Systeme und Lösungen zum Thema ATLAS (Automatisiertes Tarif- und Lokales Zoll Abwicklungs-System). Die in dieser Rubrik gelistete Software ermöglicht ausführenden Unternehmen bzw. deren Dienstleistern (z.B. Speditionen) die Automatisierung der Zollabwicklung bzw. des Zollverfahrens über Internet.
Durch ATLAS Zollsoftware werden beispielsweise Bescheide über Einfuhrabgaben, Zoll-Anmeldungen und andere schriftliche Dokumente in Form von digitalen Nachrichten (EDIFACT) generiert und über Internet ausgetauscht. Der gesamte Datenaustausch zwischen Zoll und Beteiligten (Anträge, Einfuhranmeldungen, Ausfuhranmeldungen, Entscheidungen) soll laut Artikel 6 UZK (Unionszollkodex) elektronisch erfolgen. Meist sind in der Software auch Schnittstellen zu europäischen Zollsystemen wie z.B. e-dec, e-zoll und AGS (vormals Sagitta) enthalten. proteus lm2596 library
The LM2596 is a popular "SIMPLE SWITCHER®" buck converter known for its high efficiency and minimal external component requirements. Operating Voltage
:
Once your simulation runs cleanly, export your netlist from Proteus to ARES (or Proteus PCB Layout) to design your physical board. Keep the inductor and diode close to the IC—your simulation won't teach you that, but your oscilloscope will thank you later.
Proteus VSM (Virtual System Modelling) includes generic op-amps and logic gates, but specific power management ICs like the LM2596 are often absent. If you search your COMPONENTS list for "LM2596," you will likely find nothing.
By default, many versions of Proteus do not include a high-fidelity simulation model for the LM2596. While the software might have the footprint (package) for PCB layout, it often lacks the VSM (Virtual System Modeling) properties required to run an active simulation. Installing a specific LM2596 library provides:
If you cannot find a working LM2596 library for Proteus, consider these alternatives:
Vout = 1.23 * (1 + 3.3/1) = 5.04V
The LM2596 is a popular "SIMPLE SWITCHER®" buck converter known for its high efficiency and minimal external component requirements. Operating Voltage
:
Once your simulation runs cleanly, export your netlist from Proteus to ARES (or Proteus PCB Layout) to design your physical board. Keep the inductor and diode close to the IC—your simulation won't teach you that, but your oscilloscope will thank you later.
Proteus VSM (Virtual System Modelling) includes generic op-amps and logic gates, but specific power management ICs like the LM2596 are often absent. If you search your COMPONENTS list for "LM2596," you will likely find nothing.
By default, many versions of Proteus do not include a high-fidelity simulation model for the LM2596. While the software might have the footprint (package) for PCB layout, it often lacks the VSM (Virtual System Modeling) properties required to run an active simulation. Installing a specific LM2596 library provides:
If you cannot find a working LM2596 library for Proteus, consider these alternatives:
Vout = 1.23 * (1 + 3.3/1) = 5.04V