Rohde&Schwarz RTC1002 | Oscilloscope, 2 channel, USB, LAN, 50 MHz (opt. up to 300), 2 GSa/s, 1MPts (1335.7500.02)
Manufacturer number: 1335.7500.02
Rohde & Schwarz 1335.7500.02 | RTC1002 oscilloscope, 2 channel, USB, LAN, 50 MHz (opt. Up to 300), 2 GSa / s, 1MPts
- 2 analog channels
- Optional 8 digital channels (mixed signal) with option RTC-B1 (incl. Digital probe RT-ZL03)
- Bandwidth 50 MHz (optionally expandable to a maximum of 300 MHz bandwidth)
- Sampling rate 1.25 Gsample, memory depth 1 Msample, 2 Msample interleaved
- High vertical sensitivity up to 1 mV / div up to 10 V / div
- 12 div in X direction, 20 div in Y direction (VirtualScreen)
- Resolution: 8 bits, (HiRes up to 16 bits)
- Fast acquisition rates of up to 5,000 Wfm / s when troubleshooting signals
- Large selection of auto measurement functions
- QuickView: all important signal parameters at the push of a button
- Mask test: easy to set up, ready to use in just a few steps
- FFT: the easy way to spectral analysis with up to 128 KPoints
- Mathematical functions
- Serial bus analysis: hardware-based triggering and decoding
- Function generator: Common signal forms (DC, sine, square, pulse, triangle / ramp) up to 50 kHz
- Optional arbitrary generator 8-bit, 978 ksample / s (option RTC-B6)
- Voltmeter measurements: three-digit display for accurate voltage measurements
- Component tester: measuring frequency at 50 Hz or 200 Hz
- Display: 16.5 cm (6.5 ") VGA color display
- Display resolution: 640 (H) x 480 (V) pixels
- Dimensions: W 285 x H 175 x D 140 mm
- Weight: 1.7 kg
- Mains connection AC: 100 V to 240 V, 50 Hz to 60 Hz / power consumption max. 25 W.
- Scope of delivery: power cord, printed operating instructions, one probe per channel
- 3 year guarantee
Technical Data
Article number: | 1335.7500.02 |
---|---|
Bandwidth (MHz): | 50 |
Counter: | Yes |
DVM: | Yes |
Dimensions (L x W x H) (mm): | 140 x 285 x 175 |
Function generator: | 50 MHz Signal- und 4-bit-Mustergenerator |
Interfaces: | USB, LAN |
Model: | RTC1002 (Basisgerät) |
Number of channels: | 2 |
Samplerate: | 2 GSa/s |
Screen size: | 16,5 cm |
Screen type: | 640 x 480, VGA |
Signal acquisition rate: | 10.000 wfms/s |
Special features: | Bandwidth upgrade possible later / FFT |
Storage depth: | 2 MPts |
Triggertypes: | Edge, Width, Video (PAL, SECAM, PAL-M, SDTV, HDTV), Pattern, Timeout, Serial bus |
Vertical resolution: | 8-bit |
Warranty (years): | 3 |
Weight (kg): | 1.7 |
Documents & Downloads
Description
RTC1002 | Oscilloscope, 2 channel, USB, LAN, 50 MHz (opt. up to 300), 2 GSa/s, 1MPts (1335.7500.02)
The RTC1000 compact digital oscilloscope is available with bandwidths up to 300 MHz (upgrade) and is characterized by a high waveform update rate and vertical sensitivity. The very quiet device offers a sampling rate of 1 Gsample / s with a memory depth of 1 Msample. Hardware-supported signal triggering and decoding with the most common protocols (I²C, SPI, UART, CAN or LIN) is integrated in the RTC1000 for communication between embedded systems and the environment. This option can be activated at any time by purchasing vouchers. The integrated pattern generator, which generates protocol telegrams with speeds of up to 50 Mbit / s, is of interest to embedded users. This gives developers the opportunity to freely program individual signal patterns in addition to predefined messages for the supported serial protocols. A built-in, three-digit digital voltmeter makes work easier for service technicians in particular. With the RTC1000, voltage measurements can be carried out on both analog channels with two measured values at the same time. A function generator that generates various types of signals with frequencies up to 50 kHz is of interest for education. Pupils, trainees or students learn all measuring tasks on these basic types. In "Education Mode", the convenience functions can be switched off. Thanks to the 128 k measuring points, the RTC1000 keeps up with its analysis functions in the frequency domain with significantly larger oscilloscopes. The display of the time signal, measurement window and analysis area of the FFT as well as the result on a screen facilitates measurement of the spectra.