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AP034 LeCroy Differential Probe
Features: 1 GHz Bandwidth z x1 Gain z ÷ 10 and ÷ 20 External Attenuators z 10,000: 1 DC CMRR z Low 35 nV/ ÷ Hz Noise z 1.5 pF/ Side I nput C z 2 m V/ div - 2 V/ div z I nput Protection z Autobalance Feature Specifications: Bandwidth: 1 GHz Gain: x1 (÷ 10 and ÷ 20 with plug-on attenuators) DC Accuracy: 1% typical (probe only) 3% warranted (system with LeCroy oscilloscope) Input Impedance: 2 MOhm / / 0.9 pF between inputs 1 MOhm / / 1.5 pF each input to ground Differential Mode Range: ± 400 m V (x1)± 4 V (÷ 10) ± 8 V (÷ 20) Offset Range: ± 1.6 V (x1)± 16 V (÷ 10) ± 32 V (÷ 20) Common Mode Range: ± 16 V (x1)± 42 V (÷ 10) ± 42 V (÷ 20) Noise: < 35 nV/ ÷ Hz (x1)CMRR: > 10,000: 1 at 60 Hz Cable Length: 1.2 meter The AP034 is a high-performance active differential probe. High bandwidth, excellent common-mode rejection ratio, (CMRR) and low noise make the AP034 ideal for applications such as disk drive design and failure analysis, as well as wireless and data communication design. *This image is for representation only.*
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AP034 LeCroy Differential Probe
Price: CALL
AP034 LeCroy Differential Probe
Price: CALL
Detail
Features: 1 GHz Bandwidth z x1 Gain z ÷ 10 and ÷ 20 External Attenuators z 10,000: 1 DC CMRR z Low 35 nV/ ÷ Hz Noise z 1.5 pF/ Side I nput C z 2 m V/ div - 2 V/ div z I nput Protection z Autobalance Feature Specifications: Bandwidth: 1 GHz Gain: x1 (÷ 10 and ÷ 20 with plug-on attenuators) DC Accuracy: 1% typical (probe only) 3% warranted (system with LeCroy oscilloscope) Input Impedance: 2 MOhm / / 0.9 pF between inputs 1 MOhm / / 1.5 pF each input to ground Differential Mode Range: ± 400 m V (x1)± 4 V (÷ 10) ± 8 V (÷ 20) Offset Range: ± 1.6 V (x1)± 16 V (÷ 10) ± 32 V (÷ 20) Common Mode Range: ± 16 V (x1)± 42 V (÷ 10) ± 42 V (÷ 20) Noise: < 35 nV/ ÷ Hz (x1)CMRR: > 10,000: 1 at 60 Hz Cable Length: 1.2 meter The AP034 is a high-performance active differential probe. High bandwidth, excellent common-mode rejection ratio, (CMRR) and low noise make the AP034 ideal for applications such as disk drive design and failure analysis, as well as wireless and data communication design. *This image is for representation only.*
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