290 ns repetition rate above 1 mhz a video on the avalanche transistor.
Step recovery diode pulse generator.
A simple picosecond pulse generator based on a pair of step recovery diodes lianfeng zou shulabh gupta christophe caloz abstract a picosecond pulse generator based on a pair of step recovery diodes srd leveraging the transient response of the srd pn junction and controlling the pulse width by a resistor is proposed.
In electronics a step recovery diode srd is a semiconductor junction diode having the ability to generate extremely short pulses.
When diodes switch from forward conduction to reverse cut off a.
Dual 2 5 to 6 v variable amplitude outputs 1 ns in 1 ps steps timing deskew.
It is an epitaxial diffused junction diode designed to store charge when it is conducting with a forward bias.
4 ch differential pulse generator 2 ch srd integral 50 ω sma f step recovery diode outputs 60 ps transition time dual 2 5 to 6 v variable amplitude outputs 1 ns in 1 ps steps timing deskew 200 ns to 4 μs pulse width 1 μs to 1 s internal clock period 3 ps rms jitter relative to external trigger 20 db 10 ghz sma m f attenuator included with step recovery diode outputs 2 ch td.
Coupled slotline hybrid sampling mixer integrated with step recovery diode pulse generator for uwb applications abstract.
180 ps pulse width.
It is also called snap off diode or charge storage diode or much less frequently memory varactor and has a variety of uses in microwave electronics as pulse generator or parametric amplifier.
The pulse generator comprises three parts a step recovery diode a field effect transistor and a schottky diode used to eliminate the positive and negative ringing of pulse.
Step recovery diode as harmonic generators.
The step recovery diode finds uses in a number of different roles including very short pulse generation ultra fast waveform generation comb generation and high order frequency multiplication.
A new compact low cost sampling mixer with internal local strobe pulse generator for carrierless ultra wideband uwb applications especially for sub sampling of uwb video pulse signals is presented along with detailed.
1 μs to 1 s internal clock period 3 ps rms jitter relative to external trigger 20 db 10 ghz sma m f attenuator included with step recovery diode outputs.
Thus this high range of cut off frequency enables the diode to be used as a multiplier for circuits operating at a frequency of about 10 ghz.
The diode is also capable of working at moderate power levels and this gives it a distinct advantage over some other radio frequency technologies that.
Integral 50 ω sma f step recovery diode outputs 60 ps transition time.
The range of cut off frequency of step recovery diode is from 200 ghz 300 ghz.
200 ns to 4 μs pulse width.
