Agilent Technologies Water Heater E4350B Manual De Usuario
104 Specifications and Application Information
Series Switching Regulation
In this application, regulation across the load can be achieved by controlling the duty cycle of a series FET, which can be
operated at frequencies as high as 50kHz. A proprietary non-dissipative clamp circuit minimizes output voltage overshoots
when the output of the Agilent SAS is quickly unloaded.
operated at frequencies as high as 50kHz. A proprietary non-dissipative clamp circuit minimizes output voltage overshoots
when the output of the Agilent SAS is quickly unloaded.
Reference Settings
Agilent E4350B
Voc
65V
Vmp
60V
Imp
7.5A
Isc
8A
Pmp
450W
Circuit Diagram
3700 uF
8
Ω
+36$6
*
Iout
+
•
•
Agilent
E4350B
Waveforms
Current
Voltage
Shunt Switching Regulation
In this application, regulation across the load is achieved by controlling the duty cycle of a shunt FET, which can be
operated at frequencies as high as 50kHz. Note the relatively clean output current waveform, which can be attributed to the
fast dynamic response and low output capacitance of the Agilent SAS.
operated at frequencies as high as 50kHz. Note the relatively clean output current waveform, which can be attributed to the
fast dynamic response and low output capacitance of the Agilent SAS.
Reference Settings
Agilent E4351B
Voc
130V
Vmp
120V
Imp
3.75A
Isc
4A
Pmp
450W
Circuit Diagram
3700 uF
45
Ω
Iout
HP
+
Agilent
E4351B
Waveforms
Current
Voltage