DC Voltage
0V to +/- 1500V
DC Voltage
0V to +/- 1500V
AC Voltage
0V to 1050V (10 to 100kHz, sine, square, impulse, triangular and trapezoidal)
DC Current
0A to +/- 20A
AC Current
0A to 20A (10Hz to 30kHz, sine, square, impulse, triangular and trapezoidal)
Resistance
0Ohm to 400MOhm
Frequency
0.5Hz to 10MHz (1:1 square wave)
voltage levels -32V to +32V (LF), -6.5V to +6.5V (HF)
Phase
+/- 180* on ACV and ACI functions
Mark/Period ratio
2.5e-8 : 1 to 0.999995 : 1
Pulse widths 0.05us to 1999.99ms, rep intervals 0.1us to 2000.00ms
voltage levels -32V to +32V (LF), -6.5V to +6.5V (HF)
Percent Duty Cycle
0.05% to 99.95% (2 decimal places)
repetition intervals 0.1us to 2000.00ms
voltage levels -32V to +32V (LF), -6.5V to +6.5V (HF)
Capacitance
500pF to 40mF
Conductance
2.5nS to 2.5mS
Thermocouple
Types: B, C, E, K, J, N, R, S, T.
Temp. Scales: IPTS-68 and ITS-90
RTD
PT385 (Euro) curve: -200*C to +850*C,
or PT392 (USA) curve: -200*C to +630*C
Temp. Scales: IPTS-68 and ITS-90
Logic Stimulus
Pulsed logic: TTL, CMOS, ECL
pulse widths: 0.05us to 1999.99ms
rep intervals 0.1us to 2000.00 ms
Logic Stimulus
DC levels: TTL, CMOS, ECL
We also have a frequency standard :
A Datum Inc. Model 9390-52012 GPS Time Code and Frequency Generator provides the following outputs:
Pulse Output: 1PPS; 30 to 50 usec pulse widtth; 3 volts minimum into 50 ohms. Positive (rising) edge on-time.
Frequency Output: 10MHz sine wave; 1 volt RMS (minimum) into 50 ohms load.
Accuracy: 100 nanoseconds relative to UTC or GPS without current selective availability.
Position Determination: Better than 25
meters SEP when PDOP is less than 8. Assumes normal satellite upload without
SA.
