Oscilloscope

• Noise characteristic RMS: 0.4 mV (30 GHz bandwidth), 1.3 mV (70 GHz bandwidth)
• Maximum input signal: ± 2 Vdc

Oscilloscope

• 40 to 65 GHz optical and 80 GHz electrical plug-in modules
• Use option 041 to accurately characterize high-speed telecom signals
• Use option 025 to quickly test high-speed LAN/SAN signals

Oscilloscope

• Wavelength range: 1000-1600 nm
• Typical rms noise: 5 uW (10 GHz BW), 10 uW (15 GHz BW)
• Maximum average input power: 2 mW

Oscilloscope

• Wavelength range: 1000-1600 nm
• Typical rms noise: 8 μW (12.4 GHz bandwidth), 15 μW (20 GHz bandwidth)

Oscilloscope

• 10 GHz amplified fiber channel for 9/125 to 62.5/125 fiber
• Wavelength range: 1000-1600 nm
• Typical rms noise: 2.2 μW (10 GHz bandwidth)

Oscilloscope

• Wavelength range: 1000-1600 nm
• Typical rms noise: 1 μW (155/622 Mb/s), 1.5 μW (1.063/1.250 Gb/s)

Oscilloscope

• Two 20 GHz electrical channels with 3.5 mm (male) connectors

Oscilloscope

• Noise signature RMS value of only 0.25 mV (12.4 GHz bandwidth setting) and 0.5 mV (20 or 30 GHz bandwidth setting) for better signal display
• Test ± 2 VDC maximum output signal

Oscilloscope

• Superior testing with noise signature RMS: 0.25 mV (12.4 GHz bandwidth) or 0.5 mV (18 GHz bandwidth) and ±2 VDC maximum input signal
• Two built-in step generators can be configured for 1-port common-mode, 2-port common• mode, 2-port differential TDR or TDT measurements for greater usability