SPECIFICATIONS
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Fig 6.2 Model 100xx Network Device Connector Layout.
Model 100xx Connector
I/O Terminals |
Specifications1 |
Ch 25 Digital I/O
This is a digital I/O port consisting of 8 individual lines, each of which can be configured as either a digital input channel or a digital output channel. When configured as an input, a channel can be used to sense a digital high (3.2V to 10Volts) or digital low (0 to 1Volts). When configured as an output a channel can be set high (2.0V min) or low (.5V max). The inputs are protected against high voltages up to and +12Volts and down to -12V. |
Digital I/O
Digital Input/Output 8 non-latching input bits and
8 latching output bits at 8 bidirectional screw terminals
Input Levels VIH = 3.2V min ... 12V max
VIL = 1.0V max ... -12V min
IIH = -200µA, Vi = 3.2V
IIL = -.5mA max.
Output Levels VOH = 2V min ... 5V max
IOH = -.5mA max.
IOL = 500mA max, VO=1.7V
IOL = 50mA max, VO = .7V |
Table 6.2 Model 100, 100B, and 100HC Technical Specifications.
Model 100xx Connector
I/O Terminals |
Specifications1 |
Ch 1...24 Vin+/Vin-
These are voltage input ports that can be wired for any of the sensors described in Chapter 5 Sensor Reference. When wiring single-ended inputs the Vin+ and Vin- terminals function identically.
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Analog Inputs
A/D Conversion Time 4µs min
A/D Resolution 14-bit
Voltage Input Range +- 5V
+-.6V
+- 78mV max, +- 80mV typ
+- 8mV max, +- 10mV typ
Amplifier Gain 1, 8, 64, 512
Number of Channels 16se/8di
System Throughput 166Ksamples/second max
Measurement Accuracy
Voltage Integration ChannelVoltage
Range (seconds) SwitchingAccuracy
±5V 1ms (either)±.75mV
0sec Accurate±1.5mV
0sec Fast±2.5mV
±0.6V 1ms (either)±75µV
0sec Accurate±150µV
0sec Fast±225µV
±80mV 1ms (either)±15µV
0sec Accurate±45µV
0sec Fast±60µV
±10mV 1ms (either)±10µV
0sec Accurate±30uV
0sec Fast±50µV
Signal To Noise Ratio 78dB
Differential Linearity +- 1.5 LSB
Integral Linearity +- 2 LSB
Input Over voltage Protection +- 15 V (power on or off)
Input Impedance 10M???? ±1%, 3pf
Common Mode Voltage (CMV) +- 5V min.
Common Mode Rejection (CMR) +- 80dB
Temperature Drift Gain: +- 5ppm/??qC of FSR
Offset: Self-cal'ed to 0
Time Stability Gain: 27ppm/1yr typ
Offset: Self-cal'ed to 0 |
Ch 1...24 Vout
These are voltage output ports that can be used for purposes such as stimuli and sensor excitation. |
Analog Outputs
D/A Resolution 8-bit
Number of Channels 8
Output Voltage Range #100/100B: ±5V, 4mA, .001uF
#100HC: ±5V, 15mA, .01uF
Output Protection Short-to-ground continuous
Output Settling Time 4µs (to +-1/2 LSB,+-5V step)
Analog Output Accuracy +-0.4%
Digital Coupling +-20mV
Gain Drift +- 10ppm/??qC of 5V FSR
Offset Drift +- 5µV/??qC |
Table 6.2 Model 100, 100B, and 100HC Technical Specifications
Model 100xx Connector
I/O Terminals |
Specifications1 |
+5V, +12V, -12V
These screw terminals can be used to power external devices. The maximum allowed current specified in the table to the right should not be exceeded, else the controller and/or the computer could be damaged. To power an external device, run a wire from a voltage output terminal (e.g. "+5V) to the device and also run a wire from one of the ground terminals (i.e. "GND") to the device ground.
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+5V 100 mA max.
+12V 30 mA max.
-12V 30 mA max. |
Network Interface
The Model 100 cables to a Controller and/or other Network Devices via DB-25 cables. |
Network Utilization: Occupies 1 physical address in instruNet Network
Compatibility: All instruNet Controllers and Network Devices
Network Connector: DB-25 male connector (input), DB-25 female connector (out) |
Physical/Environmental
All I/O signals cable to the Model 100 via screw terminals. |
I/O Connector: Screw Terminals
Dimensions: 1.8" x 4.2" x 9"
Operating Temperature 0 to 70??qC
Storage Temperature -25 to +85??qC
Relative Humidity: Up to 90% (non-condensing) |
Power
Power consumed by the Model 100 Network Device without additional Network Devices attached, without a terminator, and without outputs loaded. Total system power consumption is the sum of the power consumed by the Controller and each attached Network Device. |
Power Consumption: +5V @ 180mA max
+12V @ 80mA max
-12V @ 80mA max |
Table 6.2 Model 100, 100B, and 100HC Technical Specifications.
1Measurement Accuracy
0-70°C, no condensation, #iNet-100xx Rev 3, temperature has not changed since self-calibration, Accuracies are typical within 2 standard deviations. Accuracy is effected by the Channel Switching field (i.e. set in the Setup dialog to Accurate or Fast) and the integration time. If the Channel Switching field is set to Accurate, the signal is given more time to settle after the channel multiplexor is switched. Accurate switching has a lower maximum sample rate than Fast switching.
Integration time is independently programmable for each channel, and reduces noise by averaging many samples. Also, if more than 125 samples are averaged, a dithering noise generator automatically turns on to add noise to the input signal. This increases the accuracy further by using more a/d codes to establish the input volt.
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