Bird Technologies BDS-Manual - Manual (Page 54)

40
Specifications
Parameter Specification
Frequency range 1 - 500 MHz (sensor dependent)
Frequency resolution 100 Hz
Frequency accuracy ± 1 kHz
Frequency Tracking For frequency-agile applications, the frequency must
be stable for at least 12.5 ms for 8-bit measurements
and 30 ms for 12-bit measurements in order to
receive valid data. During frequency changes data
drop-outs will occur.
Harmonics 15 maximum (in addition to the fundamental), up to
500 MHz, Sensor Dependent
Intermodulation Products Up to 6 IMD frequencies per fundamental, 3 “minus”
and 3 “plus” (measurement dependent).
F1-3F2, F1-2F2, F1-F2
F1+3F2, F1+2F2, F1+F2
Number of fundamental
frequencies (F
0
)
Up to 5
Analog inputs Two analog inputs (0 - 10 Vdc full-scale, 10k ohm
resistance). Can be assigned to any of the analog
outputs or used for set-point or power threshold
adjustment.
Analog outputs Five individual outputs (0 - 10 Vdc full-scale, 1000
ohm source impedance representing voltage, current,
phase, impedance - with or without externally
supplied variables applied).
Digital outputs Voltage, current, phase, frequency, impedance, and
power at frequencies selected by the user. See Table
1.
Data update rate Data rate is dependant on system configuration
(Typical data rate for 1 fundamental, 15 harmonics,
auto-ADC mode, and no averaging is 60 Hz. Typical
data rate for 3 fundamentals, 45 harmonics, auto-ADC
mode, and no averaging is 24 Hz. Data rate can vary
significantly depending on configuration, network
traffic, and host performance.)
Interfaces DeviceNet, Ethernet
RF power, max 10 kW (maximum power is limited by the size of the
sensor line section and connectors)
RF connector Custom or Bird QC (maximum power is limited by the
size of the sensor line section and connectors)
Operating power Single Receiver: 11- 25 VDC, 3 - 1.4 A