U1571A AGILENT TECHNOLOGIES, U1571A Datasheet - Page 2

• Manufacturer Part Number: U1571A
• Description: NIMH BATTERY, 7.2V, 4.5AH
• Manufacturer: AGILENT TECHNOLOGIES

Specifications of U1571A

• Battery Capacity: 4500mAh
• Battery Voltage: 7.2V
• Battery Technology: Nickel Metal Hydride
• Battery Terminals: Connector
• For Use With: Agilent Technologies U1602A And U1604A Hand-Held Digital Oscilloscopes
• Lead Free Status / RoHS Status: na

Clearly distinguish your
waveform
The U1600 Series models come with
a color display, which allows you to
quickly and clearly identify your signal
between two channels. The large LCD
display – 4.5” with 320 x 240
resolution – makes it much easier for
you to view more pieces of information
at one glance.
Capture signal deviations,
glitches and dropouts
effectively
The U1600 Series offers the best
product specification for users. This
instrument provides a real-time sam-
pling rate of up to 200 MSa/s. Use the
U1600 Series to capture both instanta-
neous and repetitive signal anomalies
effectively.
High-precision zoom-in
capability in deep memory
With 125 kilobytes of physical memory,
you can capture non-repeating signals
at a higher sampling rate over a wider
time base. With up to 125 000 points
recording length, you can quickly zoom
in the segment of interest and uncover
even the most subtle details of the
signal at a given time-base setting.
Isolate and analyze the signal
you want to see
The U1600 Series comes with flexible
triggering capabilities that allow you to
isolate and capture the condition you
want to characterize. The advanced
triggering function includes edge,
pulse width, pattern, and video signal
triggering, giving you the flexibility
needed to best capture your signal.
Figure 1 High-definition of color resolution in large 4.5” LCD display allows you to
quickly distinguish and identify your signals and observe signal activity.
Figure 2 With up to 125 000 points recording length, use the zoom-in function to
magnify a signal to the segment of your interest and scrutinize subtle details of your
signals.
Before Zoom
2
After Zoom