Datasheet

Active Voltage
Rail Probes
RP2060/RP4060
Key Features
Up to 4 GHz Bandwidth
±60 V Offset Capability
±800 mV Dynamic Range
50 kΩ DC Input Impedance
1.2x Attenuation for low additive
noise
MCX terminated cable with wide
variety of connections:
•
Solder-in (4 GHz)
•
Coaxial Cable to
U.FL receptacle (3 GHz)
•
MCX PCB Mount (4 GHz)
•
Browser (500 MHz)
ProBus Interface
Large Offset Range
Permits the DC signal to be
displayed in the vertical center of the
oscilloscope grid with a high-sensitivity
gain setting.
Low Attenuation and Noise
The probe attenuation is a nominal
1.2x coupled to the oscilloscope at
DC50Ω. This keeps additive noise to a
minimum, and makes it exceptionally
useful with Teledyne LeCroy’s
12-bit High Denition oscilloscopes for
lowest noise at highest sensitivity gain
settings.
High DC Input Impedance
50 kΩ input impedance at DC
effectively eliminates probe loading on
the DC power/voltage rail and provides
for more accurate measurements and
signal delity.
High Bandwidth
The RP4060 provides 4GHz of
bandwidth, for power integrity
characterization of the highest
performance computing and
embedded systems. The RP2060
provides the same excellent noise and
loading performance in a lower-cost
2GHz probe.
Wide Assortment of
Tips and Leads
The RP4060 and RP2060 are supplied
standard with solder-in and coaxial
cables with MCX and U.FL PCB
receptacle mounts. Receptacles or
leads can be left connected in circuit
for easy connection of different
signals. A browser tip is optionally
available.
The RP4060 and RP2060 probes are designed specically to probe
low-impedance DC power/voltage rails. Low attenuation means a low-
noise view of small signal variations at high frequency, while the probe’s
built-in offset of up to ±60V enables compensation for the rail’s DC
voltage. The probe’s high DC input impedance eliminates loading of the
low-impedance DC rail.