Features
Rectangular Waveforms
IEEE-488 Programmable
±7.5V, 65 ps Risetime Pulse
100 ps to 10 ns Pulse Duration
Baseline Offset of up to ±5 V
81 dB Variable Attenuator (1 dB Steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage: High-speed (65 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing, and sag. The 10,070A has adjustable pulse amplitude, positive or negative pulses, and variable baseline offset. The pulse shape from this standards-quality generator is extremely stable as amplitude and pulse repitition rate are changed.Description: OurModel 10,070A produces ±7.5 V pulses with 65 ps risetime and duration adjustable from 100 ps to 10 ns. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Both amplitude and baseline offset are adjustable. Slower risetimes can be obtained by externally attaching a risetime filter. Impulses can be created by adding one of our Impulse Forming Networks.
Picosecond Pulse Labs, Inc.
Done
Description
Features
Rectangular Waveforms
IEEE-488 Programmable
±7.5V, 65 ps Risetime Pulse
100 ps to 10 ns Pulse Duration
Baseline Offset of up to ±5 V
81 dB Variable Attenuator (1 dB Steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage: High-speed (65 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing, and sag. The 10,070A has adjustable pulse amplitude, positive or negative pulses, and variable baseline offset. The pulse shape from this standards-quality generator is extremely stable as amplitude and pulse repitition rate are changed.Description: OurModel 10,070A produces ±7.5 V pulses with 65 ps risetime and duration adjustable from 100 ps to 10 ns. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Both amplitude and baseline offset are adjustable. Slower risetimes can be obtained by externally attaching a risetime filter. Impulses can be created by adding one of our Impulse Forming Networks.
Features
Rectangular Waveforms
IEEE-488 Programmable
±7.5V, 65 ps Risetime Pulse
100 ps to 10 ns Pulse Duration
Baseline Offset of up to ±5 V
81 dB Variable Attenuator (1 dB Steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage: High-speed (65 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing, and sag. The 10,070A has adjustable pulse amplitude, positive or negative pulses, and variable baseline offset. The pulse shape from this standards-quality generator is extremely stable as amplitude and pulse repitition rate are changed.Description: OurModel 10,070A produces ±7.5 V pulses with 65 ps risetime and duration adjustable from 100 ps to 10 ns. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Both amplitude and baseline offset are adjustable. Slower risetimes can be obtained by externally attaching a risetime filter. Impulses can be created by adding one of our Impulse Forming Networks.
Features
Rectangular Waveforms
IEEE-488 Programmable
±7.5V, 65 ps Risetime Pulse
100 ps to 10 ns Pulse Duration
Baseline Offset of up to ±5 V
81 dB Variable Attenuator
(1 dB Steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage:
High-speed (65 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing, and sag. The 10,070A has adjustable pulse amplitude, positive or negative pulses, and variable baseline offset. The pulse shape from this standards-quality generator is extremely stable as amplitude and pulse repitition rate are changed.Description:
OurModel 10,070A produces ±7.5 V pulses with 65 ps risetime and duration adjustable from 100 ps to 10 ns. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Both amplitude and baseline offset are adjustable. Slower risetimes can be obtained by externally attaching a risetime filter. Impulses can be created by adding one of our Impulse Forming Networks.
