SKU/Artículo: AMZ-B0BP45CSWK
Rigol DHO1074-4 Channel / 70 MHz Digital Oscilloscope
En stock
5.62 kg
Sí
Nuevo
Amazon
- 70 MHz bandwidth
- 4 analog channels
- Up to 2 GSa/s real time sample rate
- 50 Mpts maximum memory depth (100M with option DHO1000-RLU-01)
- Standard serial decoding: SPI, I2C, RS232/UART, CAN and LIN
IMPORTÁ FACIL
Comprando este producto podrás descontar el IVA con tu número de RUT
Conoce más detalles
Rigol DHO1074 70 MHz bandwidth4 analog channelsUp to 2 GSa/s real-time sample rate50 Mpts maximum memory depth (100M with option DHO1000-RLU-01)Standard serial decoding: SPI, I2C, RS232/UART, CAN and LIN 4 Channel / 70 MHz Digital Oscilloscope The DHO1000 series provides improved signal integrity and value with Rigol’s latest oscilloscope technology. The UltraVision III platform, combined with a new ASIC chip design that provides true 12-bit samples makes the DHO1000 a great solution for benchtop applications where noise and accuracy are paramount. With bandwidths from 70 MHz to 200 MHz, these 2 and 4-channel oscilloscopes have Rigol’s best signal visualization capabilities. The DHO1000 series is a powerful entry-level solution for engineers seeking next-generation signal quality and value.ModelChannelsBandwidthVertical Res.Max Sample RateDHO10722 + EXT70 MHz12 bit2 GSa/sDHO10744 + EXT70 MHz12 bit2 GSa/sDHO11022 + EXT100 MHz12 bit2 GSa/sDHO11044 + EXT100 MHz12 bit2 GSa/sDHO12022 + EXT200 MHz12 bit2 GSa/sDHO12044 + EXT200 MHz12 bit2 GSa/s ? 12 bit resolution - 16x improvement in quantization uncertainty RIGOL’s latest oscilloscope technology includes a new custom chipset design enabling sampling with true 12 bit resolution. This reduces the quantization level between bits by a factor of 16. These high resolution samples improve signal fidelity and analysis capabilities for signals from power to communications. ? Low noise Rigol’s new ASIC chipset with dramatically lower front end noise makes the most of 12 bit analog to digital converters with a significantly lower noise floor. With the noise reduced by a factor of 5 compared to UltraVision II oscilloscopes, analyze smaller signal artifacts with a combination of speed and accuracy.