Artículo: AMZ-B0773XKR36

Keithley instruments

Keithley 2281S-20-6 Precision DC Supply/Battery Simulator with GPIB, USB, & LAN Interfaces, 20V/6A

Disponibilidad
En stock
Peso con empaque
0.20 kg
Devolución
No
Condición
Nuevo
Producto de
Amazon

Sobre este producto
  • 20V maximum voltage
  • Sink current up to 1A and source current up to 6A
  • Output up to 120W of low noise, linear regulated power
  • Simulate a battery's output during the charge and discharge cycles
  • Create, edit, import, and export battery models

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The Keithley 2281S-20-6 20V/6A Precision DC Supply/Battery Simulator innovatively integrates battery simulation with the functions of high-precision power supply and battery testing. It is able to analyze the DC consumption of a device under test, test a battery, generate a battery model based on battery charging processes, and simulate a battery based on the battery model. The 2281S-20-6 can output power up to 20V and 6A, and sink current up to 1A.|The 2281S-20-6 uses linear regulation to ensure low-output noise and superior load current measurement sensitivity. A high resolution color Thin Film Transistor (TFT) screen displays a wide range of information on measurements. Soft-key buttons and a navigation wheel combine with the TFT display to provide an easy-to-navigate user interface that accelerates instrument setup and operation. In addition, built-in plotting functions allow monitoring trends such as drift. These features provide the flexibility required for both benchtop and automated test system applications. In addition, the 2281S-20-6 provides a list mode, triggers, and other speed optimization functions to minimize test time in automated testing applications.|Battery Simulation Based on a Battery Model|In the battery simulator function of the 2281S-20-6, real battery output performance can be simulated based on a selected battery model. State of Charge (SOC) and Voltage Open Circuit (Voc) can be set to any state to test the device under specific circumstance. There are two modes from which to choose:|Static: During the static simulation, Voc and SOC stay the same.|Dynamic: During the dynamic simulation, Voc and SOC change according to charging and discharging as with a real battery. Capacity can also be reduced to accelerate the charging and discharging process for better test efficiency.|Determine SOC and ESR and Create a Battery Model During Battery Testing

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