User manual

25
www.bkprecision.com
Selection Guide
Oscilloscopes
Bandwidth
Sample
Rate
Channels
Max.
Memory
Depth
PC
Interface
USB host
port
Display Model Page
25 MHz 500 MSa/s 2 32,000 points USB device 5.7” Color 2530B 29
4
0 MHz
5
00 MSa/s
2 3
2,000 points
U
SB device
5
.7” Color
2
532B
2
9
60 MHz 1 GSa/s 2 2.4 Mpts USB device 5.7” Color 2540B 26
100 MHz 1 GSa/s 2 2.4 Mpts USB device 5.7” Color 2542B 26
6
0 MHz 1 GSa/s
2
2.4 Mpts USB device 5.7” Color 2540B-GEN*
2
6
100 MHz 1 GSa/s 2 2.4 Mpts USB device 5.7” Color 2542B-GEN* 26
7
0 MHz
2
GSa/s
2 2
4,000 points
U
SB device
7
” Color
2
552
2
8
70 MHz 2 GSa/s 4 24,000 points USB device 7” Color 2553 28
100 MHz 2 GSa/s 2 24,000 points USB device 7” Color 2554 28
100 MHz 2 GSa/s 4 24,000 points USB device 7” Color 2555 28
200 MHz 2 GSa/s 2 24,000 points USB device 7” Color 2556 28
200 MHz 2 GSa/s 4 24,000 points USB device 7” Color 2557 28
300 MHz 2 GSa/s 2 24,000 points USB device 7” Color 2558 28
300 MHz 2 GSa/s 4 24,000 points USB device 7” Color 2559 28
Digital Storage Oscilloscopes
Bandwidth
Sweep
Modes
Max.
Sweep
Rate
Delayed
Dual/
Sweep
TimeBase
Signal
Delay
Line
Component
Tester
Z-Axis Model
Page
30 MHz Main, X-Y 0.1 µs/div - - - - 2121* 30
30 MHz Main, X-Y 0.1 µs/div -- - -2120B 30
30 MHz
Main, Mix,
Delay, X-Y
0.1 µs/div - - 2125A 30
40 MHz Main, X-Y 10 ns/div -- - -1541D 30
60 MHz
Main, Mix,
Delay, X-Y
0.1 µs/div - 2160A 30
100 MHz
Main, Mix,
Delay, X-Y
20 ns/div √√ - 2190B 30
All B&K Precision analog oscilloscopes are dual channel and have Video Sync (TV-V and TV-H).
*= Built-in 50 MHz frequency counter
Analog Oscilloscopes
Bandwidth:
Bandwidth is one of the most important
oscilloscope specifications as it represents
the range in which an oscilloscope can
display frequency accurately. It is defined
by the frequency response curve when the
attenuation is at the -3 dB mark. As a general
rule of thumb, the oscilloscope's bandwidth
should be at least five times the highest
frequency of the signal under test.
Delayed Time Base:
A feature in some analog oscilloscopes that
allows a single signal to be viewed at two
different time bases with the second time
base expanding a portion of the waveform
and starting at some point after the main time
base begins. This allows you to see events
that are not visible with the main time base
sweep.
Sampling Rate:
Specifies the rate at which a waveform or
signal is sampled. Sampling is the process of
converting a portion of the input signal into
a number of discrete electrical values for
the purpose of storage, display or further
processing. The unit of measure is samples
per second (Sa/s).
Sweep Rate:
Rate at which a sweep generator repeats a
sweep cycle.
G
lossary of Terms
* The 2540B-GEN and 2542B-GEN include a built-in 20 MHz AWG and 40 MHz AWG, respectively.