Rohde & Schwarz RTC1002 RTC1000 Series, 300MHz Bench Oscilloscope, 2 Analogue Channels - UKAS Calibrated
- RS Stock No.:
- 179-6200
- Mfr. Part No.:
- RTC1K-302
- Manufacturer:
- Rohde & Schwarz
Subtotal (1 unit)*
€2,382.68
(exc. VAT)
€2,930.70
(inc. VAT)
In Stock
- Plus 2 unit(s) shipping from 22 December 2025
Need more? Click ‘Check delivery dates’ to find extra stock and lead times.
Units | Per unit |
|---|---|
| 1 + | €2,382.68 |
*price indicative
- RS Stock No.:
- 179-6200
- Mfr. Part No.:
- RTC1K-302
- Manufacturer:
- Rohde & Schwarz
Specifications
Technical data sheets
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
|---|---|---|
| Brand | Rohde & Schwarz | |
| Bandwidth | 300MHz | |
| Number of Analogue Channels | 2 | |
| Calibrated | UKAS | |
| Oscilloscope Type | Bench | |
| Oscilloscope Form | Mixed Signal | |
| Sample Rate Random | 2 Gsps | |
| Screen Size | 6.5in | |
| Series | RTC1000 | |
| Display Type | VGA Colour | |
| Rise Time | 1.15ns | |
| Minimum Time Base | 1ns/div | |
| Vertical Resolution | 8 bit, 16 bit | |
| Plug Type | Type A - North American/Japanese 2-blade, Type B - North American 3-pin | |
| Minimum Vertical Sensitivity | 1mV/div | |
| Digital/Analogue | Digital | |
| Maximum Vertical Sensitivity | 10V/div | |
| Power Source | Mains | |
| Select all | ||
|---|---|---|
Brand Rohde & Schwarz | ||
Bandwidth 300MHz | ||
Number of Analogue Channels 2 | ||
Calibrated UKAS | ||
Oscilloscope Type Bench | ||
Oscilloscope Form Mixed Signal | ||
Sample Rate Random 2 Gsps | ||
Screen Size 6.5in | ||
Series RTC1000 | ||
Display Type VGA Colour | ||
Rise Time 1.15ns | ||
Minimum Time Base 1ns/div | ||
Vertical Resolution 8 bit, 16 bit | ||
Plug Type Type A - North American/Japanese 2-blade, Type B - North American 3-pin | ||
Minimum Vertical Sensitivity 1mV/div | ||
Digital/Analogue Digital | ||
Maximum Vertical Sensitivity 10V/div | ||
Power Source Mains | ||
- COO (Country of Origin):
- CZ
Rohde & Schwarz RTC1000 Series RTC1002 Oscilloscope
The Rohde & Schwarz RTC1000 digital oscilloscope is designed with high vertical sensitivity and can perform multiple functions. This allows a bandwidth of 300MHz, memory depth of 2Mpts and sampling rate of 2Gsa/s. This oscilloscope also has a function generator for different types of signals having frequencies up to 50KHz. It has eight digital channels (MSO) that are optional and adaptable. It allows you to perform voltage measurements on analogue channels with two values simultaneously. This oscilloscope benefits you with different functions such as digital logic, protocol and frequency analysis on a single instrument.
Features and Benefits
• Allows multiple functions with software licence such as bandwidth upgrade and serial bus analysis
• Low noise due to 8 bit analogue to digital converters
• Fanless design for better performance
• Electric field detection
• Separate RTC-B1 logic probe suitable for all the RTC1000 oscilloscopes
• Optional logical analyser
• Low noise due to 8 bit analogue to digital converters
• Fanless design for better performance
• Electric field detection
• Separate RTC-B1 logic probe suitable for all the RTC1000 oscilloscopes
• Optional logical analyser
Applications
• Educational institutes
• Used by service technicians
• R&D troubleshooting
• Production testing
• Used by service technicians
• R&D troubleshooting
• Production testing
Related links
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels - RS Calibrated
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels - UKAS Calibrated
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels, 8 Digital Channels - UKAS
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels - UKAS Calibrated
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels - UKAS Calibrated
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels - UKAS Calibrated
- Rohde & Schwarz RTC1002 RTC1000 Series 2 Analogue Channels - UKAS Calibrated

