12 | Keysight | M9195A PXIe Digital Stimulus/Response with PMU: 250 MHz, 16-channel - Data Sheet
Technical specifications and characteristics
DC Power Requirements
DC supply
Typical
Maximum
DC supply current:
+3.3 V
3.0 A
2.8 A
44 W
4.5 A
3.2 A
53 W
+12 V
Power dissipation (max)
Data Channel Characteristics
Characteristic
Value
Comments
* denotes warranted specification
Number of data channels
Maximum pattern memory
Channel type
16
125 Mvectors per channel
Single-ended, ground reference
50 Ω
Channel impedence
Nominal
Direction control (In, Out, In/Out)
Per cycle digital states
Programmable drive states
Per channel, per cycle (period)
2 drive states, 1 receive state
Force high, force low, force terminate
Terminate state either drives active termination or is
high-Z with reflection clamps
Programmable receive states
Compare high, compare low, compare three-state,
compare off
Three-state: a signal level between receive high and
receive low thresholds
Programmable voltage setting
Drive/receive voltage range
Per channel
-1.5 V to +6.5 V
(16-bit with 152 µV resolution)
VIH − VIL ≥ 100 mV
VIL (-1.5 V to +6.4 V)
VIH (-1.4 V to +6.5 V)
Drive voltage accuracy *
±25 mV (VIH & VIL)
DUT centric
Maximum accuracy from ±5 ° C of AutoCorrections
Receive voltage accuracy *
Channel output short circuit current limit
Channel rise time
±20 mV (VOH & VOL)
DUT centric
Hysteresis off. Maximum accuracy from ±5 ° C of
AutoCorrections
±75 mA, nominal
Maximum of 250 mA per module in combination with
other channels
<450 ps @ 1 V pp (programmed)
<700 ps @ 3 V pp (programmed)
<1250 ps @ 6 V pp (programmed)
Into 50 Ω, 20-80%, typical
Channel fall time
<450 ps @ 1 V pp (programmed)
<700 ps @ 3 V pp (programmed)
<1250 ps @ 6 V pp (programmed)
Into 50 Ω, 20-80%, typical
Minimum detectable voltage swing,
receive
40 mV
Nominal. Hysteresis off
High impedance leakage, receive
Channel power-on state
Receive hysteresis settings
Channel jitter
±2 µA
Nominal. Static or dynamic digital mode
high-Z
0 mV, 50 mV, 100 mV
<25 ps RMS
<25 ps RMS
Typical. EPR* = 1 ns
Typical. EPR* = 1 ns
Channel to channel jitter
*EPR = Edge Placement Resolution
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