Siglent ODP6050B Siglent ODP6050B Optical isolated probe: 500 MHz, 50X, Max. Differential Test Voltage (DC + Peak AC) +/-25 V, Isolated Voltage +/-60 kV
Key Features and Functions
- Bandwidth: 500 MHz
- CMRR (DC to 10 MHz): 160 dB
- Measurement range: ±5000 Vpk
- Isolation voltage: ±60 kV
HIGHLIGHTS
Floating and differential measurements are common in power systems, such as switching supplies, motor drives. Engineers used to adopt high voltage differential probes to perform these measurements. SIGLENT offers high voltage differential probes up to 400 MHz and 80 dB CMRR.
These probes have high price-performance ratio in most test cases. But when it comes to applications like double pulse test of the fast switching SiC/GaN wide bandgap semiconductors, its limitation of bandwidth and CMRR can lead to loss of details in the switching rise/fall edges.
Optical isolated probe uses power-over-fiber and optical signal path for complete galvanic isolation between measurement system and DUT. It isolates the probe from the reference point of oscilloscope (typically the earth ground). The result is very high common mode rejection ratio, even at bandwidths up to 500 MHz or 1 GHz.
SIGLENT ODP6000B series optical isolated probe can measure high frequency differential voltage up to 1 GHZ, while in the presence of high common mode voltage. The CMRR goes up to 160 dB, It is totally galvanic isolated from the DUT with ±60 kV isolation voltage. The proper use of it can help engineers design and test power converter circuits efficiently.
HIGHLIGHTS
Floating and differential measurements are common in power systems, such as switching supplies, motor drives. Engineers used to adopt high voltage differential probes to perform these measurements. SIGLENT offers high voltage differential probes up to 400 MHz and 80 dB CMRR.
These probes have high price-performance ratio in most test cases. But when it comes to applications like double pulse test of the fast switching SiC/GaN wide bandgap semiconductors, its limitation of bandwidth and CMRR can lead to loss of details in the switching rise/fall edges.
Optical isolated probe uses power-over-fiber and optical signal path for complete galvanic isolation between measurement system and DUT. It isolates the probe from the reference point of oscilloscope (typically the earth ground). The result is very high common mode rejection ratio, even at bandwidths up to 500 MHz or 1 GHz.
SIGLENT ODP6000B series optical isolated probe can measure high frequency differential voltage up to 1 GHZ, while in the presence of high common mode voltage. The CMRR goes up to 160 dB, It is totally galvanic isolated from the DUT with ±60 kV isolation voltage. The proper use of it can help engineers design and test power converter circuits efficiently.