Features
Rectangular Waveform
IEEE-488 Programmable
-45 to +50 V Pulse Output
<300 ps Risetime
<1 to 100 ns Pulse Duration
Up to ±5 V Baseline Offset
81 dB Variable Attenuator (1 dB steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage: High-speed (<300 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing and sag. The amplitude and baseline offset are adjustable. The pulse shape from this standards-quality generator is extremely stable as the amplitude, duration, and pulse repetition rate are changed.Description: The Model 10,300A produces 50 V pulses with 300 ps risetime and duration adjustable from 1 to 100 ns. Pulse amplitude is adjustable from 4 mV to 50 V using the internal step attenuator. Baseline offset can be set from -5 V to +5 V. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Slower risetimes can be obtained by externally attaching a risetime filter.
Picosecond Pulse Labs, Inc.
Done
Description
Features
Rectangular Waveform
IEEE-488 Programmable
-45 to +50 V Pulse Output
<300 ps Risetime
<1 to 100 ns Pulse Duration
Up to ±5 V Baseline Offset
81 dB Variable Attenuator (1 dB steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage: High-speed (<300 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing and sag. The amplitude and baseline offset are adjustable. The pulse shape from this standards-quality generator is extremely stable as the amplitude, duration, and pulse repetition rate are changed.Description: The Model 10,300A produces 50 V pulses with 300 ps risetime and duration adjustable from 1 to 100 ns. Pulse amplitude is adjustable from 4 mV to 50 V using the internal step attenuator. Baseline offset can be set from -5 V to +5 V. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Slower risetimes can be obtained by externally attaching a risetime filter.
Features
Rectangular Waveform
IEEE-488 Programmable
-45 to +50 V Pulse Output
<300 ps Risetime
<1 to 100 ns Pulse Duration
Up to ±5 V Baseline Offset
81 dB Variable Attenuator (1 dB steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage: High-speed (<300 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing and sag. The amplitude and baseline offset are adjustable. The pulse shape from this standards-quality generator is extremely stable as the amplitude, duration, and pulse repetition rate are changed.Description: The Model 10,300A produces 50 V pulses with 300 ps risetime and duration adjustable from 1 to 100 ns. Pulse amplitude is adjustable from 4 mV to 50 V using the internal step attenuator. Baseline offset can be set from -5 V to +5 V. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Slower risetimes can be obtained by externally attaching a risetime filter.
Features
Rectangular Waveform
IEEE-488 Programmable
-45 to +50 V Pulse Output
<300 ps Risetime
<1 to 100 ns Pulse Duration
Up to ±5 V Baseline Offset
81 dB Variable Attenuator
(1 dB steps) Applications
EMI, EMC and EMP Testing
TDR and TDT Testing
UWB Testing The Picosecond Advantage:
High-speed (<300 ps risetime) pulse generator with excellent transient response with minimal overshoot, ringing and sag. The amplitude and baseline offset are adjustable. The pulse shape from this standards-quality generator is extremely stable as the amplitude, duration, and pulse repetition rate are changed.Description:
The Model 10,300A produces 50 V pulses with 300 ps risetime and duration adjustable from 1 to 100 ns. Pulse amplitude is adjustable from 4 mV to 50 V using the internal step attenuator. Baseline offset can be set from -5 V to +5 V. All of the pulse parameters, except rise/falltimes, are fully programmable via the GPIB (IEEE-488) interface. Slower risetimes can be obtained by externally attaching a risetime filter.
