Listing ID #6692237
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| Impedance Z | 1 mΩ to 1 TΩ, 0.05% |
| Admittance Y | 1 pS to 1 kS, 0.05% |
| Voltage V | 0 V to 3 V, 1% |
| Current I | 0 mA to 10 mA, 2% |
| Phases ΘZ, ΘY, ΘV, ΘI | ±180 deg, 10 µdeg res. |
| Resistance RS, RP1 | 1 mΩ to 1 TΩ, max(10 µOhm, 0.05%) |
| Capacitance CS, CP1 | 10 fF to 1 F, max(10 fF, 0.05%) |
| Inductance LS, LP1 | 100 nH to 1 H, max(10 nH, 0.05%) |
| DC Resistance RDC | 1 mΩ to 10 GΩ, 2% |
| Reactance X | 1 mΩ to 1 TΩ, 0.05% |
| Conductance G, Susceptance B | 1 nS to 1 kS, max(100 nS, 0.05%) |
| Loss coefficient D | 10-4 to 10'000 |
| Q factor | 10-4 to 10'000 |
LabOne Sweeper
| Sweep parameters | Frequency, test signal amplitude, bias voltage, etc. |
| Sweep points | 2 to 100'000 |
| Sweep resolution | Arbitrary, defined by start value, stop value, number of sweep points |
| Display parameters | ZX, ZY, Z, ZΘ, VX, VY, VR, VΘ, IX, IY, IR, IΘ, model parameter 1/2, frequency, auxiliary input |
| Display options | Single plot, dual plot (e.g., Bode plot), multi-trace |
| Application modes | Impedance, frequency response analyzer, 3-omega, etc. |
| Sweep modes | Sequential, binary, bidirectional, reverse |
| Sweep step modes | Linear, logarithmic |
| Sweep speed | 20 ms/pt for f > 10 kHz |
Additional tools and features
| LabOne toolset | Numerical, FFT Spectrum Analyzer, Plotter, SW Trigger, Scope |
| APIs | C, .NET, MATLAB, LabVIEW, Python |
| Modes | 2-terminal, 4-terminal |
| Confidence Indicator | Suppression, compensation, overflow, underflow |
| Input range control | Auto, impedance, manual |
| Test signal amplitude | Auto, manual |
| Bandwidth control | Auto, manual |
| Replacement circuit models | Rp||Cp, Rs+Cs, Rs+Ls, G-B, D-Cs, Q-Cs, D-Ls, Q-Ls |
| DCR measurements | Yes |
| Test fixture compatibility | Yes |
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