FMUSER has upgraded panel design of all CZE series to FU series, stay tuned for further updates! 

Price(USD)	Qty(PCS)	Shipping(USD)	Total(USD)	Shipping Method	Payment
1635	1	0	1635	DHL
				DHL

 

FMUSER 100Watt 150Watt FM Broadcast Transmitter+CP100 Antenna+Cable Set With Digital RDS Encoder Radio Data System Encoder For FM Radio Station

FSN5-150w FM Transmitter

Introduction:

FSN5-150w FM radio transmitter is highly reliable, lighter in weight and easier to operate than previous version of transmitter. This transmitter adopts a simple-style design concept. It integrates the 150W FM stereo transmitter exciter, power amplifier, output filter and switching power supply in a 1U high 19-inch standard case, reducing the connecting cables between the components.

Features:

• User-friendly digital LCD panel, using one rotary knob to control.

• The integrated LCD screen displays all the parametric including: transmitter frequency, stereo and mono, volume, amplifier tube temperature, audio signal UV meter, forward power, reflected power, modulation mode, pre-emphasis etc,.

• 1U 19-inch thickened all-aluminium case, strong and excellent heat dissipation.

• Precise PLL frequency generation system, to ensure that the frequency not drift away for more than10 years, with built-in high-quality stereo encoder.

• Outstanding power AGC balance control system, adjustable power output from 0 to 150watts, and automatic gain power control to maintain output power within set range without drifting.

• Signal input supports XLR and RCA audio inputs,  and also SCA and RDS signals using the BNC connector AUX.

• The RF amplifier uses LDMOS transistors to withstand even severe load mismatch exceeding the 65 : 1 VSWR at a 5dB compression point.

Panel Description:

Technical Parameters:

Frequency: 87.5-108MHz

Frequency step value: 10KHz

Modulation method: FM, peak deviation ± 75KHz

Frequency stability: <± 100Hz

Frequency stabilization method: PLL frequency synthesizer

RF output power: 0 ~ 150W, step 0.1W, error ± 0.5dB

Harmonic suppression: ≤-72dB

Inband residual wave: ≤-72dB

Asynchronous AM SNR: ≥-80dB (no modulation) ≥-65dB (400Hz, 100% modulation)

Synchronous AM SNR: ≥-70dB (no modulation) ≥-60dB (400Hz, 100% modulation)

RF output impedance: 50Ω

RF Output Connector: N Female (L16)

Audio Input Connectors: XLR Female and RCA Female

AUX input connector: BNC female

Pre-emphasis: 0us, 50us, 75us (user setting)

Mono signal to noise ratio: ≥ 80 dB (20 to 20KHz)

Stereo signal-to-noise ratio: ≥ 80 dB (30 to 15KHz)

Stereo resolution: ≥ -55dB

Audio frequency response: 30 ~ 15000Hz ± 0.4dB

Audio distortion: <0.1%

Audio level gain: -15dB ~ 15dB step 0.5dB

Audio input: -15dB ~ 0dB

Power supply voltage range: 110V ~ 260V (global voltage)

Power consumption: <320VA

Operating temperature range: -10 to 45 ℃

Working mode: continuous work

Cooling method: forced air cooling

Cooling method: <95%

Altitude: <4500M

Dimensions: 484 x 260 x 44 mm without handles and protrusions, 19 "1U standard rack.

Weight: 5Kg

Widely used for small radio stations of 8-10km coverage in an open area

CP100 antenna

FMUSER RDS-A Encoder

Overview

FMUSER RDS-A Encoder is well suited for most regional, local, RSL, LPFM and other medium- and small-coverage radio stations which use Ethernet for dynamic RDS data distribution. Built-in Ethernet controller supports multiple TCP/UDP ports, internet functions and remote monitoring .

FMUSER RDS-A Encoder have Fully DSP concept and effective design ensures high reliability, excellent signal characteristics and gives the user many advanced features while maintaining low acquisition costs.

Features

* Fully dynamic FM broadcast RDS encoder with up to four independent communication ports

* USB connectivity for local settings and maintenance purposes

* Ethernet connectivity for linking with broadcast automation system

* Control interface based on ASCII commands and UECP protocol

* Supports internet functions and remote monitoring

* Text features include dynamic PS, parsing, scrolling, tagging, fixed messages, scheduling and HTTP reading

* Excellent compatibility with broadcast automation systems

* Control software includes powerful Windows GUI application

* Supports control from external PHP/ASP scripts

* Easy and fast set-up

* Excellent spectral purity, direct digital RDS signal synthesis; compliant with EN 50067 / EN 62106

* Two switchable program sets (with optional DSN and PSN setting)

* External TA and Program set switch

* Bypass relay, high reliability

* Switchable MPX loopthrough mode (Loop/Side)

* Internal real-time clock incl. backup battery

* No special 19 kHz input needed - pilot tone internally recovered from MPX signal using digital PLL

Frequently Asked Questions (FAQ)

1. What isRadio Broadcast Data System(RDS)?

Radio Data System (RDS) is a standard for helping people insert some data information in a FM radio broadcast station.

RDS transmitted including time, station identification and program information.

The standard began as a project of the European Broadcasting Union (EBU).

2. Why you need to build fm radio station with RDS?

RDS provides a digital channel for ordinary FM radio stations, allowing the radio to provide users with more features, including the following illustrations:

The most important features is AF, TA, TP, it help FM radio station do more…

a) RDS Traffic Announcement (TA) :

The severing of the increased busy traffic, it is now interested in various countries in Africa to insert RDS signals when constructing a transmitting station, so as to realize the most economical broadcast of some traffic information by means of coverage of FM signals.

b) Traffic Program (TP):

With the TA and TP functions of RDS, RDS helps radio in-vehicle users to obtain traffic information faster, reduce congestion in the city, and increase the listening rate of the radio station.

c) Alternative Frequency(AF):

Inserting the RDS signal in the transmitter can also automatically switch between multiple different frequency broadcasts in the same program. The receiver automatically switches the substitute frequency AF by detecting the PI code in the RDS signal to ensure that multiple relay stations are passed. Broadcast stations that achieve nationwide coverage achieve seamless coverage and seamless listening. When the car passes the signal superposition zone between the two frequencies, the AF function of the RDS will automatically switch to the same program at different frequencies.

RDS AF help drivers automatic frequency switching between the Relay stations.

3. What equipment do you need to build an RDS broadcast?

Here is A RDS FM radio transmitter equipment list:

1) FMUSER RDS-A encoder

2) FMUSER FSN-1000W FM transmitter with 57khz

3) RDS encoding software

4)  Antenna and cable with connectors

4. How can I build my RDS channel on my Existing transmitter system?

1) Confirm whether the current transmitter already has a 57khz input interface.

2) Purchase FMUSER's RDS-A encoder to insert your digital signal into your radio broadcast.

3) Run the Rds software on your computer and insert your radio station logo, traffic information…

4) Use a RDS radio to check the digital information you provide.

5. Do I need to pay for your RDS software at an additional cost?

No, You just need to purchase FMUSER RDS-A encoder and FSN series transmitter, we provide RDS software for free.

6. What is the different between RDS fm radio station and general radio on the radio?

The following three images illustrate how RDS can be used on an FM radio station; the latter two were taken when the radio was tuned to Nottingham radio station Trent FM. All the images are of the display on the Sony XDR-S1 DAB/FM/MW/LW portable radio.

7. What are the characteristics of the FMUSER RDS-A encoder, and what is the difference compared to innovonics RDS encoder?

Innovonics RDS encoder is a good products , The biggest difference should be the same function, and we offer more economical encoders.

Technical Specifications

Type	Parameter	Value	Condition
General	Supply voltage	12 V DC stabilized
	Supply current	280 mA
	Signal connectors	unbalanced BNC
	Data connectors	1x USB (port 1), 1x Ethernet (port 2, 3, 4)
	Network protocols supported	HTTP, SNTP, TCP, UDP, DHCP, DNS, SNMP
	USB speed	software switchable 1200, 2400, 4800, 9600, 19200 bps
	USB Mode	1 stopbit, 8 data bits, no parity, (no flow control), ASCII or UECP (SPB 490)
	TA switching	software or external switch
	TA/EON1TA input	TTL with 10 kΩ pull-up, level or falling edge activated
	Program sets	2
	Program set switching	ASCII command, UECP command or external switch
	Program switch input	TTL with 10 kΩ pull-up, level controlled
	RDS Services supported	PI, PS, PTY, TP, AF, TA, DI, M/S, PIN, RT, RT+ TMC, EON, PTYN, ECC, LIC, TDC, IH, CT, ODA
RDS signal	Subcarrier frequency	57 kHz
	Bandwidth	± 2.4 kHz (50 dBc)
	Output level adjust	0.0 to 4.0 V p-p in 256 steps
	Phase shift adjust	Full range, in 9.5 deg. steps	stereo transmission
Audio/MPX/Pilot input	Recommended load impedance	< 10 kΩ	mono
		< 2 kΩ	stereo MPX
	Recommended MPX voltage	1.3 - 8.0 V p-p
	Passthrough voltage gain	1 (0 dB)	2 Hz - 100 kHz
	Pilot tone level	min. 120 mV p-p
	- recommended FM deviation	6.8 kHz
	Pilot PLL capture range	8 Hz
	Stereo encoder pilot frequency required	19000 Hz ± 2 Hz	stereo transmission
Output	Output impedance	100 Ω
	Recommended load impedance	> 70 Ω, < 1 nF, no DC offset
	Max. output voltage (RDS + MPX)	9.0 V p-p
	Recommended RDS level	3 - 11 % of MPX

Appearance and Illustration

Number	Name			Explain
1	12V DC			Power supply connector. See section 3.3 for details.
2	Ethernet			Ethernet RJ-45 connector. Use a standard (direct) cat 5 Ethernet cable for connection to the Ethernet switch, router or wall-socket. The Ethernet control includes internal website (referenced as “Port2”) and two independent user configurable general purpose ports (referenced as “Port3”and “Port4”) designated for remote control via TCP or UDP protocol. The encoder operates also with no cable connected.
3	USB			USB standard B type connector. This port is referenced as “Port1”. Use the USB for initial setup of the encoder or for its local control. The encoder operates also with no cable connected.
4	Output BNC			RDS signal output to transmitter, modulated at 57 kHz subcarrier. If the Loop/Side switch is set to the LOOP position, the Output is a sum of the RDS signal and the signal fed to the Input BNC connector.
5	Input BNC			Optional input for synchronization to the pilot tone or for mixing the RDS signal with existing modulation signal.
6	Loop/SIDE			Allows theinputsignal to be added to theoutputsignal.
7	GPIO			Optional logical inputs for direct control of some RDS services (TA, PROGRAM). The connector is a standard 6-pin PS/2 type.

Packing List

1 x FSN5-150w FM Transmitter

1 x FMUSER RDS-A Encoder

1 x CP100 Antenna

1 x 30m 1/2" Cable

1 x USB Cable

1 x BNC Cable

1 x 12V 2A Power supply

Order Guide

The FMUSER RDS-A is suitable for working with:

FSN5-50w

FSN5-150w

FSN5-350w

FSN5-600w

FSN5-1000w

 

FMUSER has upgraded panel design of all CZE series to FU series, stay tuned for further updates! 

 

 

 

Price(USD)	Qty(PCS)	Shipping(USD)	Total(USD)	Shipping Method	Payment
1635	1	0	1635	DHL
				DHL