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Features of probes:
Slim design for good access in between tightly spaced components
Shielded loops to avoid picking up common mode noise; insensitive to the human hand
Frequency range: up to 6GHz, see coupling plots of the respective probes
SMB connectors to avoid twisting the RF cable when scanning DUTs
Insulated with rubber coating
Dimensions of probes:
H20 H-Field: 170 mm (length); 20 mm (loop); n.a. (tip)
H10 H-Field: 170 mm (length); 10 mm (loop); n.a. (tip)
H5 H-Field: 170 mm (length); 5 mm (loop); n.a. (tip)
E5 E-Field: 170 mm (length); n.a. (loop); 5 mm (tip)
Technical Data of TBWA2/40dB:
Input: 50 Ohm, SMA
Output: 50 Ohm, SMA
Nominal supply Voltage: 4.5 - 5V, typ. 210mA, Mini-USB-B connector
Maximum supply voltage: 5.5V
Maximum input power: -10dBm
1dB output compression point @ 2GHz: +20dBm
Reverse isolation S12, 0.1 …6GHz: 40dB
Noise Figure @ 2GHz: 5 dB
Gain:
1 MHz: 30 dB
10 MHz: 40.2 dB
100 MHz: 40.2 dB
500 MHz: 40 dB
1 GHz: 39.5 dB
3 GHz: 36.4 dB
4.5 GHz: 34.6 dB
6 GHz: 34.7 dB
Specifications of TBMDA1:
Input: 50 Ohm, SMA female
Output: 50 Ohm, SMA female
Nominal supply Voltage: 5V, typ. 235mA, Mini-USB-B connector
Maximum supply voltage: 5.5V
Maximum input power: +9dBm
1dB output compression point @ 40MHz: +21.5dBm
1dB output compression point @ 2 GHz: +22.5dBm
3rd order output intercept point @ 40 MHz: +39dBm
3rd order output intercept point @ 2 GHz: +42dBm
Reverse isolation S12: -45dB
Noise Figure: 3 … 4 dB
Internal modulation frequency AM: 1 kHz ±10%
Internal modulation frequencies PM: 1 kHz ±10%, 217 Hz ±20%
Duty cycle, PM: 50% ±10% @ 1 kHZ; 12.5% ±20% @ 217 Hz
Gain:
25 MHz: 21.6 dB
50 MHz: 24.9 dB
100 MHz: 25.5 dB
500 MHz: 25.6 dB
1 GHz: 24.9 dB
1.5 GHz: 24.1 dB
2 GHz: 22.2 dB
2.5 GHz: 22.8 dB
3 GHz: 25.8 dB
