Features of Digital Broadband Transmitter:

 

1) Low local oscillation phase noise enhances the digital signal transmitting quality,
2) Alinearity design of low power dissipating promotes the power of transmitter and reduces the non-linearity distortion products
3) Outdoor design promotes valid transmitting power and reduces the cost of transmitting feeder loss
4) Outdoor design greatly reduces the system cost by eliminating the waveguide
5) Small-size design fits he project
6) Self-cooling heat sink increases the device reliability
7) Aluminum structure design facilitates the maintenance.

 

 

3) Other parameters

 

 

 

Features:

 

1. Low local oscillation phase noise enhances the digital signal transmitting quality,
2. Alinearity design of low power dissipating promotes the power of transmitter and reduces the non-linearity distortion products
3. Outdoor design promotes valid transmitting power and reduces the cost of transmitting feeder loss
4. Outdoor design greatly reduces the system cost by eliminating the waveguide
5. Small-size design fits he project
6. Self-cooling heat sink increases the device reliability
7. Aluminum structure design facilitates the maintenance.

 

Specification:

 

1. Electrical signal parameters

 

Parameters	Symbol	Min	Sample	Max	Unit
Output frequency range	FOUT	2500		2700	MHz
Output power	P1db	10	30 50	100	W
Frequency conversion gain flatness@200MHz and width	△△G200MHz		1	1	dB
Input frequency range	FIN	2.5G-local oscillation		2.7G-local oscillation	Hz
Input signal level	PIN	75	85	95	2dBmV
Gain attenuation range(4-bit)	Atten	0		15	dB
AGC range	△GAGC		± 5/± 0.5		dB
Output power stability(AGC state)	△POUT		1		dB
Local oscillation SSB phase noise@10KHz	NΦ		-95	-90	dB/Hz
Group delay	GD			20	ns
Input port return wave loss	RLIN	14			dB
Output port return wave loss	RL out	17			dB
Output port impedance /connector			50Ω /N-50K
Output port impedance/connector			50Ω /N-50K

 

2. Optical signal parameters

 

 

3. Other parameters