Microchip Technology TimeFlash2 Oszillator-Programmier-Kit1

Microchip Technology TimeFlash2 Oszillator-Programmier-Kit1 mit sechs Steckkarten verfügbar Der TimeFlash2 Programmierer ermöglicht in Sekundenschnelle die Programmierung einer benutzerdefinierten Frequenz im feldprogrammierbaren MEMS-Oszillator (Micro Electro Mechanical Systems). Darüber hinaus kann die Entwicklungszeit durch ein schnelles Prototyping und Testen verkürzt werden. Der MEMS-Oszillator im TimeFlash2-Kit ist als Drop-in-Ersatz für Standard-Quarz-Oszillatoren in Industriestandard-Gehäusen verfügbar.Dieses Kit umfasst Steckkarten in verschiedenen Größen.

The Microchip Technology TimeFlash2 Oscillator Programming Kit1 provides the following functions:

  • Identifies the device
  • Programs the Microchip family of MEMS Oscillators either through the GUI options or by importing a configuration file
  • Measures the frequency of a programmed part
  • Measures the supply current of a programmed part
  • Logs the data history for each program and measurement

Socket Daughter Cards (SDCs) are required for programming oscillators with the Microchip TimeFlash 2 Programmer. The SDCs accommodate each of the six standard form factors (plus two additional SDCs for 14-pin and 20-pin devices) by simply providing a PCB extension to the programmer. For added convenience, the socket size is designated at the top of each card.

The TimeFlash2 Oscillator Programming Kit1 includes sockets cards in 6 different sizes: 7.0mm x 5.0mm, 5.0mm x 3.2mm, 3.2mm x 2.5mm, 2.5mm x 2.0mm, and 2.0mm x 1.6mm.

Merkmale

  • Custom frequencies in seconds with immediate design verification
  • Measure current and stability
  • Supports all Microchip MEMS oscillator package sizes
  • Test features work with standard oscillators 
  • Supports CMOS, LVPECL, LVDS, and HCSL output types
  • Easy to use interface with an auto software update

Merkmale

  • TimeFlash 2 Programmer
  • USB Cable
  • Anti-Static Tweezers
  • 6 Socket Daughter Cards

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Veröffentlichungsdatum: 2017-11-07 | Aktualisiert: 2022-03-10