HP 8015A / Agilent 8015A - 50MHz Pulse Generator
sku2578 in stock
$395.00CAD
By Agilent
<p> Agilent 8015A 50 MHz Dual-Output Pulse Generators Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks. A + B mode gives a 30V output within a +/- 16 V window. Combined with B…
Description
<p> Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:
    Two independent +/- 16 V outputs
    Additional TTL output
    Remote control and counted burst options
    Complex waveforms</p><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p> </p><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p> </p><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div>
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:
    Two independent +/- 16 V outputs
    Additional TTL output
    Remote control and counted burst options
    Complex waveforms</p><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p> </p><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div><div style="position: absolute; top: -1999px; left: -1988px;" id="stcpDiv"><p> </p><p>Agilent 8015A 50 MHz Dual-Output Pulse Generators
Offering B Delay mode in addition to variability of all pulse parameters, the HP 8015A is ideal for analyzing critical timing conditions, or generation 2-phase clocks.
A + B mode gives a 30V output within a +/- 16 V window. Combined with B Delay node, three-level signals, special codes or simlated biomedical signals can be generated.
Features:</p><ul><li>Two independent +/- 16 V outputs</li><li>Additional TTL output</li><li>Remote control and counted burst options</li><li>Complex waveforms</li></ul> - See more at: http://www.testequipmentconnection.com/2741/Agilent_8015A.php#sthash.WKEmZS2K.dpuf</div>