December 12, 2017

M611 Technical specifications

Time analysis

Number of channels 32
Clock frequency 2.5kHz - 100MHz
Triggering internal or external
Trigger word width 32 bit
Trigger word bit setting 1, 0, X
External trigger 1 bit to leading or trailing edge
Trigger word occurence counter settable from 1 to 65535
Record length max. 524280 words
Position of trigger word in the record anywhere with step of 8 words
Data acquisition mode single or repetitive

State analysis

Number of channels 30
Number of external clocks 1
Number of arms 1
Max. clock rate 50 MHz
Trigger word width 30 bit
Trigger word bit setting 1, 0, X
Record length max. 524280 words
Position of trigger word in the record anywhere with step of 8 words
External trigger 1 bit to leading or trailing edge

Communication with the host computer

Internal version via LPT EPP V1.9
External version via LPT EPP V1.9 or USB 1.1 using the EC602 communication adapter (now part of the package)

Power

Power voltage +5V, +12V for internal version supplied from the FDD supply connector of the computer
+14V to +18V DC (center -) for external version (power adapter is part of the package)
Power consumption max. 3.2VA

Dimensions and weight

Dimensions of internal version Fits to CD ROM drive slot
Dimensions of external version w x h x d 145 x 48 x 270 mm
Weight of external version 910 g

Performance characteristics of the EA111 probe

Number of channels 8
Delay < 10 ns
Skew between channels < 1 ns
Threshold voltage settable to 3.3V CMOS, 5V CMOS, TTL
Input voltage range in 3.3V CMOS mode from -2V to +5.5V
Input voltage range in 5V CMOS mode from -2V to +7V
Input voltage range in TTL mode from -2V to +7V

Performance characteristics of the EA112 probe

Number of channels 8
*Delay <35ns when 0.25 < |Ui - UT| < 2V
<40ns when 2V < |Ui - UT| < 5V
<60ns when 5V < |Ui - UT| < 10V
<120ns when 10V < |Ui - UT| < 15V
Threshold voltage -5V to +5V in <40mV steps
Threshold voltage setting error +-100mV +- 2% of the value set
**Max input voltage range +-15V

* - Ui is the input voltage before the transition and UT is the threshold voltage

** - Stress out of the range may cause permanent damage of the device