MP01A Bitscope

New New L0 GND CHA L2 CHA BitScope Micro Port 01 CHB CHB CLK L4 AWG Mixed Signal Probe Adapter BitScope Digital + Analog Standard Oscilloscope Probes Use industry standard attenuating oscilloscope probes, 1:1 to 100:1. Active Differential & Current Use differential, current and any other probe compatible with scope inputs. 2 x BNC + 2 x Twisted Pair Inputs Optional twisted pair analog inputs, configurable ground termination. 6 x Logic + 2 x Comparator Inputs Connect logic inputs via twisted pairs, two signals via adjustable comparators. Waveform and Clock Generators Analog waveform and clock generators available via the mixed signal header. Configurable Signal Routing Signal routing is configurable via included colour coded terminators. Universal I/O Adapter for BitScope Micro 1M / 10pF 50V Max L3 L5 may be configured as L4 may be reconfigured as a a 3.3V Digital Clock Output 3.3V Waverm Generator Dual channel oscilloscope probe adapter for B itScope Micro. Use standard oscilloscope probes connected via the pair of BNC sockets. Allows twisted pair connections via two additional analog inputs, 6 logic inputs and 2 comparators. Connect BitScope s analog waveform and programmable clock generators via pin configurable terminators. bitscope.com/product/MP01 L1 L5MP01 Specifications Specification NOTE MP01A Analog Inputs BNC 2 (Coaxial) POD Analog Inputs (Auxilliary) 2 (Twisted Pair) Logic Inputs (3.3/5V) 6 (Twisted Pairs) Comparator Channels 2 (via CH-A & CH-B) Waveform Generator 1 (via L4) Clock Generator 1 (via L5) Input Impedance (Analog) 1 M / 20 pF Input Impedance (Digital) 100 k / 5 pF Voltage Range (Direct) 1:1 -7.5 V ~ +10.8 V Voltage Range (Scaled) 10:1 -75 V ~ +108 V Power Requirement None Operating Temperature 0 C to 40 C Storage Requirements -40 C ~ +40 C / 5 % ~ 95 % RH Dimensions (WxDxH) 60 x 50 x 20 mm NET Weight 28 g EL04A BNC Standard coaxial BNC connection for Belden 9907, RG58C, RG141A, URM43 or URM76 POD Connection via two adjacent pairs of pins on the 16-pin right-angle header. 1:1 When direct connection or connection via a 1:1 oscilloscope probe is used. 10:1 When connection is made via a 10:1 passive attenuating oscilloscope probe.