CT4072

CT4072 Datasheet 100 MHz Differential Probe Overview: The CT4072 is an active differential probe with a high input impedance and low input capacitance. With a 100 MHz bandwidth, this probe is great for working on a wide variety of measurements ranging up to 3500 V. The CT4072 is compatible with oscilloscopes from all major manufacturers. Features: 100 MHz bandwidth (-3 dB) Up to 3500 V (DC + AC peak) Attenuation 100x/200x/500x/1000x High accuracy (2%) Power indicator LED Meets IEC 61010-1 CAT II safety standard Kit Contents: Differential probe (2) High voltage hook probes (2) Alligator clips (2) 4 mm probes (2) Retractable, sheathed 4 mm banana plug test leads, silicone jacketed (1) Insulated BNC cable (1) 9 V power adapter Technical data subject to change. Cal Test Electronics 2017. caltestelectronics.comAll specifications apply to the unit after a temperature stabilization time of 20 minutes over an ambient temperature range of 25 C 5 C. Electrical Characteristics Bandwidth 100 MHz 18 ns for 200x, 500x, & 1000x Rise Time 25 ns for 100x Attenuation 100x, 200x, 500x, 1000x Accuracy 2% * 80 dB 60 Hz AC CMRR 60 dB 100 Hz 50 dB 1 MHz Maximum Input Voltage (100x) 350 V (DC + AC peak) Maximum Input Voltage (200x) 700 V (DC + AC peak) Maximum Input Voltage (500x) 1750 V (DC + AC peak) Maximum Input Voltage (1000x) 3500 V (DC + AC peak) Absolute Maximum Rated Input Voltage (each side to ground) 2500 Vrms Input Impedance (Differential) 54 M // 1.2 pF Input Impedance (each side to ground) 27 M // 2.3 pF Output Voltage Swing 8 V (driving 1 M oscilloscope input) Offset (typical) 5 mV Noise (typical) 2 mVrms Source Impedance 50 Power Supply 9 V power adapter (included) Mechanical Characteristics Weight (probe only) 280 g Dimensions 240 x 80 x 30 mm BNC Cable Length 100 cm Input Leads Length 55 cm each Environmental Characteristics Operating Temp/Humidity 0C to 50C / 10% to 85% RH Storage Temp/Humidity -30C to 70C / 10% to 90% RH Pollution Degree Pollution Degree 2 Safety Specifications IEC 61010-031:2015 CAT II * Accuracy based on DMM with 10 M input impedance Specifications are subject to change without notice. To ensure the most current version of this manual, please download the current version from our website: caltestelectronics.com Technical data subject to change. Cal Test Electronics 2017. caltestelectronics.com