1)Transmitting Frequency: F0±20MHz;
2)Transmitting Power, Channel Balance: Pt=27dBm-30dBm,Pt1-Pt2≤1;
3)Power Stability @ F1 Port: Pt1RT-Pt1H&L T≤1dBm;
4)Power Stability @ F2 Port: Pt2RT-Pt2H&L T≤1dBm;
1)Transmitting Frequency: F0±20MHz;
2)Transmitting Power, Channel Balance: Pt=27dBm-30dBm,Pt1-Pt2≤1;
3)Power Stability @ F1 Port: Pt1RT-Pt1H&L T≤1dBm;
4)Power Stability @ F2 Port: Pt2RT-Pt2H&L T≤1dBm;
5)Phase Noise: <-70dBc@5KHz;
6)Frequency Instability: <350KHz;
7)Rejection Ratio of Transmitted Spurious: ≥60dBc;
8)Modulation Frequency Offset: 400MHz±5MHz;
9)Modulation Linearity: MHz, percentage, linearity=0.5%;
10)Receiving Gain, In-band Flatness: G=20±3dB,GMAX-GMIN≤1.5dB;
11)Gain Balance: G1-G2≤1dB(when the IF is 80MHz);
12)Gain Stability @ S1 Channel: G1RT-G2H&L T≤1dB (when IF is 80MHz);
13)Gain Stability @ S2 Channel: G2RT-G2H&L T≤1dB (when IF is 80MHz);
14)Receiving Channel: P-1≥-25dBm;
15)Max. Tolerable Power of Receiving Channel: ≥15dBm;
16)Noise Coefficient of Receiving Channel: ≤9dB;
17)IF Spurious: ≤-70dB;
18)Current Consumption: ≤1.5A;
19)Instantaneous Current: ≤13A;
20)Stabilization Time of IF Output: ≤50ms;
21)TR Relative Delay (Equivalent test): 14.4MHz±0.8MHz.