Product Details
Keysight Agilent DSO1102B Analog Digital Oscilloscope 100 MHz 2
Analog Channels
Description of Keysight Agilent DSO1102B
- Digital storage oscilloscopes (DSO) are the primary tools used
today by digital designers to perform signal integrity measurements
such as setup/hold times, eye margin, and rise/fall times. The two
key banner specifications that affect an oscilloscope’s signal
integrity measurement accuracy, are bandwidth and sample rate. Most
engineers have a good idea of how much bandwidth they need for
their digital measurements. However, there is often a lot of
confusion about required sample rates—and engineers often assume
that scopes with the highest sample rates produce the most accurate
digital measurements. But is this true?
- Interleaved Real-Time Sampling
- When ADC technology has been stretched to its limit in terms of
maximum sample rate, how do oscilloscope vendors create scopes with
even higher sample rates? The drive for higher sample rates may be
simply to satisfy scope users’ perception that “more is better” or
higher sample rates may actually be required to produce
higher-bandwidth real-time oscilloscope measurements. But producing
higher sample rates in oscilloscopes is not as easy as simply
selecting a higher sample rate off-the-shelf analog-to-digital
converter.
- A common technique adopted by all major scope vendors is to
interleave multiple real-time ADCs. But don’t confuse this sampling
technique with interleaving samples from repetitive acquisitions,
which we call “equivalent-time” sampling.
- Scopes with real-time interleaved sampling must adhere to two
requirements. For accurate distortion-free interleaving, each ADC’s
vertical gain, offset and frequency response must be closely
matched. Secondly, the phase-delayed clocks must be aligned with
high precision in order to satisfy Nyquist’s rule #2 which dictates
equally-spaced samples. In other words, the sample clock for ADC #2
must be delayed precisely 180 degrees after the clock that samples
ADC #1. Both of these criteria are important for accurate
interleaving.
Feature:
- 100 MHz
- 2 analog channels
- Capture long time periods with high resolution and 16 kpts memory
- See signals more clearly with a 5.7-inch color LCD display
- Speed analysis with 23 auto measurements and waveform math,
including FFT
- Simplify testing with go/no go mask testing, sequence mode (1000
trigger events), and digital filters
- Increase productivity with built-in help in 11 languages, USB
connectivity, and free student lab guide
Options:
N2862B | 150 MHz 10:1 passive probe (standard with 50, 60, 70, 100 MHz
models) |
N2863B | 300 MHz 10:1 passive probe (standard with 150, 200 MHz models) |
10070D | 20 MHz 1:1 passive probe |
10076B | 250 MHz, 100:1, 4 kV passive probe |
N2791A | 25 MHz, 700V differential probe |
N2891A | 70 MHz, 7 kV differential probe |
1146A | 100 kHz, 100A AC/DC current probe (requires 9 V battery) |
Company Profile
Meigaolan is a test and measurement solutions and production
suppliers, founded in 2003 and located in Shenzhen,China.
Our highly skilled Sale Representatives can assist you with all of
your
new and refurbished test equipment needs, providing EMC test
solutions
and building your Anechoic chamber.
We own 7 repair labs in China

Warehouses all over China


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