RS PRO RSMSO-2102EA, 100MHz Bench Oscilloscope, 2 Analogue Channels, 16 Digital Channels
Technical Document
Specifications
Brand
RS ProBandwidth
100MHz
Number of Analogue Channels
2
Number of Digital Channels
16
Oscilloscope Type
Bench
Oscilloscope Form
Mixed Signal
Power Source
Mains
Interface
CAN, IIC, LIN, RS232, RS422, RS485, SPI, UART, USB
Sample Rate Random
1 Gsps, 200 Msps
Minimum Vertical Sensitivity
1mV/div
Screen Size
8in
Minimum Time Base
1ns/div
Weight
2.8kg
Vertical Resolution
8 bit
Safety Category
CAT I 300 V, CAT II 300V
Rise Time
3.5ns
Display Type
WVGA
Maximum Vertical Sensitivity
10V/div
Input Impedance
1 MΩ
Digital/Analogue
Digital
Input Capacitance
16 pF
Dimensions
384 x 127.3 x 208mm
Maximum Time Base
100s/div
Country of Origin
Taiwan, Province Of China
Product details
RS PRO Mixed Signal Oscilloscopes
Introducing the RS PRO RSMSO-2000E series of mixed-signal oscilloscopes (MSO). The high-performance range offers dual analogue channels plus 16 digital channels or 4 analogue channels plus 16 digital channels. This RS PRO series of oscilloscopes also offers bandwidth selections of 200MHz, 100MHz and 70Mhz plus an 8-inch 800x480 TFT LCD colour screen to clearly display measurement results. One of the features of this range of oscilloscopes is the built-in 29,000 segmented memory sections and waveform search function. This allows users to be able to find the results they need and save them, whilst bypassing unimportant ones, making it a more efficient way of working. By using the waveform search function, users can search for desired waveforms according to the required trigger conditions, saving even more time. The user-friendly interface and the versatility of this range is the ideal choice for applications such as circuit simulation and education tests, as well as many other applications.
Features and Benefits:
The RSMSO-2000E Mixed Signal Oscilloscope range comes in 200 MHz/100 MHz Bandwidth Selections and 2 or 4 Channels
Dual analogue channel models provide 1GSa/s real-time sampling rate per channel; four analogue channel models provide 1GSa/s maximum real-time sampling rate
Arbitrary Waveform Generator (please note the 2202E scope does not have this feature)
Per channel 10M memory depth and VPO Waveform Display Technology for users to completely retrieve and analyse waveforms
The selectable memory depth (1 k, 10 k, 100 k, 1 M or 10 M memory depth) allows users to observe fast-changing waveforms when selecting short memory depth, while long memory depth aims to show continuously changing waveforms
Waveform Update Rate up to 120,000 wfm/s
8 WVGA TFT LCD Colour screen for clear results display
Maximum 1M FFT Provides Higher Frequency Domain Resolution Measurements
High Pass, Low Pass and Band Pass Filter Functions
29,000 Segmented Memory Sections and Waveform Search Function so that users are able to bypass any unimportant waveforms and quickly and efficiently find their required waveforms
I2C/SPI/UART/CAN/LIN Serial Bus Trigger and Decoding Functions
Data Log Function can Track Signal Changes up to 1000 Hours
Mask Test Function & Network Storage Function
RSMSO-2000EA Equips with a 16 Channel Logic Analyzer and a Dual Channel 25 MHz plus Free Frequency Response Analyzer Software (please note the 2202E scope does not have this feature)
Applications:
Mixed-signal oscilloscopes (MSO) are a powerful type of digital storage oscilloscopes (devices that display and analyse the waveform of electronic signals) that can add up to 16 digital channels to an oscilloscope. MSO are able to extend the types of analysis that can be performed by a standard oscilloscope. Equipment like this enables being able to undertake detailed investigations of embedded systems more easily and efficiently to save time and effort.
Mixed-signal oscilloscopes are commonly used in industries where medical equipment is used. They're also ideal for investigating serial data, power, wideband RF and embedded system mixed-signal designs.
You can use an MSO to watch how signals change in circuits over time and they also allow you to locate faults in broken televisions, radios and other similar equipment.
RS Pro
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SR 11,437.87
Each (ex VAT)
SR 13,153.55
Each (inc. VAT)
Calibration type
No Calibration
1
SR 11,437.87
Each (ex VAT)
SR 13,153.55
Each (inc. VAT)
Calibration type
No Calibration
1
Technical Document
Specifications
Brand
RS ProBandwidth
100MHz
Number of Analogue Channels
2
Number of Digital Channels
16
Oscilloscope Type
Bench
Oscilloscope Form
Mixed Signal
Power Source
Mains
Interface
CAN, IIC, LIN, RS232, RS422, RS485, SPI, UART, USB
Sample Rate Random
1 Gsps, 200 Msps
Minimum Vertical Sensitivity
1mV/div
Screen Size
8in
Minimum Time Base
1ns/div
Weight
2.8kg
Vertical Resolution
8 bit
Safety Category
CAT I 300 V, CAT II 300V
Rise Time
3.5ns
Display Type
WVGA
Maximum Vertical Sensitivity
10V/div
Input Impedance
1 MΩ
Digital/Analogue
Digital
Input Capacitance
16 pF
Dimensions
384 x 127.3 x 208mm
Maximum Time Base
100s/div
Country of Origin
Taiwan, Province Of China
Product details
RS PRO Mixed Signal Oscilloscopes
Introducing the RS PRO RSMSO-2000E series of mixed-signal oscilloscopes (MSO). The high-performance range offers dual analogue channels plus 16 digital channels or 4 analogue channels plus 16 digital channels. This RS PRO series of oscilloscopes also offers bandwidth selections of 200MHz, 100MHz and 70Mhz plus an 8-inch 800x480 TFT LCD colour screen to clearly display measurement results. One of the features of this range of oscilloscopes is the built-in 29,000 segmented memory sections and waveform search function. This allows users to be able to find the results they need and save them, whilst bypassing unimportant ones, making it a more efficient way of working. By using the waveform search function, users can search for desired waveforms according to the required trigger conditions, saving even more time. The user-friendly interface and the versatility of this range is the ideal choice for applications such as circuit simulation and education tests, as well as many other applications.
Features and Benefits:
The RSMSO-2000E Mixed Signal Oscilloscope range comes in 200 MHz/100 MHz Bandwidth Selections and 2 or 4 Channels
Dual analogue channel models provide 1GSa/s real-time sampling rate per channel; four analogue channel models provide 1GSa/s maximum real-time sampling rate
Arbitrary Waveform Generator (please note the 2202E scope does not have this feature)
Per channel 10M memory depth and VPO Waveform Display Technology for users to completely retrieve and analyse waveforms
The selectable memory depth (1 k, 10 k, 100 k, 1 M or 10 M memory depth) allows users to observe fast-changing waveforms when selecting short memory depth, while long memory depth aims to show continuously changing waveforms
Waveform Update Rate up to 120,000 wfm/s
8 WVGA TFT LCD Colour screen for clear results display
Maximum 1M FFT Provides Higher Frequency Domain Resolution Measurements
High Pass, Low Pass and Band Pass Filter Functions
29,000 Segmented Memory Sections and Waveform Search Function so that users are able to bypass any unimportant waveforms and quickly and efficiently find their required waveforms
I2C/SPI/UART/CAN/LIN Serial Bus Trigger and Decoding Functions
Data Log Function can Track Signal Changes up to 1000 Hours
Mask Test Function & Network Storage Function
RSMSO-2000EA Equips with a 16 Channel Logic Analyzer and a Dual Channel 25 MHz plus Free Frequency Response Analyzer Software (please note the 2202E scope does not have this feature)
Applications:
Mixed-signal oscilloscopes (MSO) are a powerful type of digital storage oscilloscopes (devices that display and analyse the waveform of electronic signals) that can add up to 16 digital channels to an oscilloscope. MSO are able to extend the types of analysis that can be performed by a standard oscilloscope. Equipment like this enables being able to undertake detailed investigations of embedded systems more easily and efficiently to save time and effort.
Mixed-signal oscilloscopes are commonly used in industries where medical equipment is used. They're also ideal for investigating serial data, power, wideband RF and embedded system mixed-signal designs.
You can use an MSO to watch how signals change in circuits over time and they also allow you to locate faults in broken televisions, radios and other similar equipment.