| Test Port | |
| Frequency Range [GHz] | 75 to 110 |
| Port Type | WR-2540 (UG387/U flange compatible) |
| Output Power [dBm (typ.)] | > +12 dBm (n. trc.), typ. +14 dBm |
| Output Power Attenuation [dB] | n. A. |
| Input Power Damage Level [dBm] | +20 |
| Stability (Magnitude [dB] / Phase [°] (typ.) ) | typ.< 0.2 dB and typ. < 2° |
| Source Input (RF IN) | |
| Frequency Range [GHz] | 12.5 to 18.33 |
| Port Type | 2.92 mm, female |
| Input Power Range [dBm] | -15 to +10 |
| Local Oscillator Input (LO IN) | |
| Frequency Range [GHz] | 9.37 to 13.75 |
| Port Type | SMA, female |
| Input Power Range [dBm] | +5 to +10 |
| Measurement Output (MEAS OUT) | |
| Frequency Range [MHz] | 5 to 2000 |
| Port Type | SMA, female |
| Reference Output (REF OUT) | |
| Frequency Range [MHz] | 5 to 2000 |
| Port Type | SMA, female |
| System Characteristics | |
Source match (without system error correction) | > 17 dB (n.trc.)1 |
Directivity (without system error correction) | > 21 dB (n.trc.)1 |
| Dynamic Range [dB] | > 110, typ. 120 |
Dynamic range is defined as the difference between the data trace of the transmission magnitude with maximum test port output power and both
test ports through-connected on the one hand and the RMS value of the data trace of the transmission magnitude produced by noise and crosstalk
with test ports short-circuited on the other. The specification is valid without system error correction and at 10Hz measurement bandwidth. The
dynamic range can be increased by using a measurement bandwidth of 1Hz.
1 Without consideration of measurement uncertainty.
