Home Company Info Product List Contact Details
Homeproduct Directory

RNO3006 QPSK Modulator

RNO3006 QPSK Modulator
company Guangzhou Rainbow Electronics Co., Ltd
Categories Stencils
Update2011-03-15
Original RegionChina
RNO3006 QPSK Modulator
Type: RNO3006 QPSK Modulator
Instruction of the product:
RNO3006 QPSK Modulator
QPSK digital TV modulator adopts advanced digital signal processing technology, of which receiving port can directly use digital satellite receiver for receiving, thus fully complying DVB-S standard. Not only can it gain relatively high frequency spectrum usage ration, having very strong anti-interference and relatively high price performance ratio, but also it can well comply analogue FM microwave equipment.
QPSK digital TV modulator adopts various processing method, such as random energy spread processing, RS coding, convolution interweave, contracting convolution coding, and pre-modulating based band shaping processing, etc. all these contribute a high guarantee to the data transmitting performance. In a word, it’s a high performance QPSK modulator for transmitting digital TV and other digital signal.
Features:
Complying DVB- SETS300-421 QPSK modulating standard
IF output frequency range 450MHz~9502MHz or 950MHz ~2150MHz
Build in frequency synthesizer, support uplink frequency conversion in U band or L band
Ports complying ASI, SPI standard
Achieving MMDS effect with FM microwave
Specifications:
Modulating mode
16、32、64、128、256QAM
Symbol rate
3~7Maud/s
Correction coding
RS coding 188/204
Input data rate
1.5~51Mbps
Channel data rate
20~56Mbps
MER
>33dB
BER
0
Input interface
ASI
DVB standard
SPI
Output
IF frequency
36/36.15/36.65/44/70MHz (optional)
RF frequency
47~870MHz
Output level
≥115dBu∨
Output level adjustable
0~16dB(0.5dB stepping)
Impedance
75
Output return loss
≥12dB
Miscellaneous
Dimension
482mm410mm44mm
Temperature
0

RNO3006 QPSK Modulator on sale

Products Showcase

See more products from this supplier.

Do you want to show products of your own company? Join FREE now!

You may also be interested in: