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RF-LAMBDA
The power beyond expectations
High Power (+24dBm) Signal Generator 2-13GHz
Summary
RF1453 is a low cost version CW and Analog signal generator. The equipment uses the temperature compensated crystal
oscillator (TCXO ) as reference which is locked with 10MHz GPS signal. The TCXO works with the frequency multipliable matrix,
so that the signal generator can achieve the frequency stability up to 5x10E‐7 per hour. RF1453 can generate signal 2‐13GHz with
h h i
l
1MHz~99MHz sweeping step. Higher output power up to 24dBm CW . The GPIB and RS‐232 interfaces are also available for
automatic control and operation.
Specification
Frequency output
F
Frequency step
t
Output Power (P1dB)
Output Power Accuracy
Power adjustment range
Frequency Accuracy
(relative)
Frequency Stability
q
y
y
Sweeping locking Time
(refer 10MHz)
Inband harmonics
Frequency Display
Power Display
Power Supply
Power consumption
RF connector
Dimension and Weight
Communication Protocol
RF1453 CW and Analog
Modulation available upon request: FM, AM, QPSK, BPSK, OFDM,
hi
h f
bili
General Specification.
unit
GHz
MHz
MH
dBm
dB
dB
dBc/Hz/Hour
/
/
ms
dBc
bit
bit / dBm
AC V
Watt
General Specification
Low phase noise ‐75dBc/Hz (100KHz offset)
Control interface: RS232 (GPIB optional)
E
h
RF
min
typ.
2
1
9
±1.2
28
5x10E‐7
‐75
75
‐70
7
5
20
‐18
5 bit (MHz)
3 bit (0.1dBm)
110 / 220
100
SMA‐Female
19" x 16" x 3.5" / (13.2lb.)
RS232 (DB9) /GPIB (optional)
Sales: sales@rflambda.com
RF1453
Frequency range 2‐13GHz
Output power: +24dBm max.
Reverse power protection.
Dynamitic power range: 28dB
Sweeping step: 1MHz~99MHz
Stability: 5x10E‐7 / hour
Switching time 5 30ms
Switching time 5~30ms
DSSS spread signal.
i
l
GH i h
max.
13
99
24
±2.5
‐60
30
RF-LAMBDA INC.
www.rflambda.com
Technical : support@rflambda.com
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Related Manuals for RF-Lambda RF1453
Summary of Contents for RF-Lambda RF1453
- Page 1 RF-LAMBDA RF1453 The power beyond expectations RF1453 CW and Analog High Power (+24dBm) Signal Generator 2-13GHz General Specification Frequency range 2‐13GHz Output power: +24dBm max. Reverse power protection. Dynamitic power range: 28dB Sweeping step: 1MHz~99MHz Stability: 5x10E‐7 / hour Switching time 5 30ms Switching time 5~30ms Low phase noise ‐75dBc/Hz (100KHz offset) Control interface: RS232 (GPIB optional) Modulation available upon request: FM, AM, QPSK, BPSK, OFDM, DSSS spread signal. Summary RF1453 is a low cost version CW and Analog signal generator. The equipment uses the temperature compensated crystal oscillator (TCXO ) as reference which is locked with 10MHz GPS signal. The TCXO works with the frequency multipliable matrix, so that the signal generator can achieve the frequency stability up to 5x10E‐7 per hour. RF1453 can generate signal 2‐13GHz with h h i l ...
- Page 2 RF-LAMBDA RF1453 The power beyond expectations Frequency Frequency Display 5 bit Step 2 bit Power Frequency Digital and Power Display RF output port Adjustment And Step Functional Adjustment Keys Model RF1457 Model RF1453 RF-LAMBDA INC. www.rflambda.com Sales: sales@rflambda.com Technical : support@rflambda.com...
- Page 3 RF-LAMBDA RF1453 The power beyond expectations •Frequency display default frequency 10000MHz，Step：1MHz •Step Display •Power Display Default: +9dBm Signal Generator Default Setting (Power ON) •Center Frequency 10GHz •Output power 0dBm •Frequency step 1MHz •User‐defined values M1 CF—6000MHz０dF—50MHz０Maximum power 5dBm M2 CF—8000MHz０dF—50MHz０Maximum power 5dBm M3 CF—15000MHz０dF—50MHz０Maximum power 5dBm M4 CF—13000MHz０dF—50MHz０Maximum power 5dBm RF-LAMBDA INC. www.rflambda.com Sales: sales@rflambda.com Technical : support@rflambda.com...
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Page 4: Power Keys
RF-LAMBDA RF1453 The power beyond expectations KEYS ＋ －Power keys Once pressed, the power will be increased or decreased by 1dB. After pressing this key, the horizontal line will appear in the frequency screen. Then you can set the frequency. (Range: 02000~13000MHz) - Page 5 RF-LAMBDA RF1453 The power beyond expectations 1. Modify frequency Method No. 1 Keyboard operation Frequency display and instruction There is a “‐” between the letter of “CF” and the Press the “CF” key frequency value. frequency value. Each time you press a numeric key, the frequency Press the numeric keys in the...
- Page 6 RF-LAMBDA RF1453 The power beyond expectations 4. save user‐defined frequency and power value setting Keyboard operation Frequency display and instruction Press the “ST” key Load Press a key among M1, M2, M3 or M4 The screen will display those saved status. to choose the storage address. A. Load pre‐settings of frequency and power value Keyboard operation Frequency display and instruction Press the “RC” key...
- Page 7 RF-LAMBDA RF1453 The power beyond expectations 5. RS232 Serial Port communication Protocol communication frame ：BBH (“H” is stand for hex) + Data（4Bytes） Baud rate：9600bps the data is made up of one start bit, eight data bits , one stop bit , and there is no stop bit for checkout. We use cross line for serial port pin layout. The flow chart of the controller to send command Set frequency and power the controller sends: BBH + 4bytes data 4bytes data = 3byte frequency (The same order as the screen shows) 1byte power (MSB bit is stand for positive or negative.) Sample: If you want to set the frequency value at 6GHz and the power value at 10dBm, the command is ： BBH BBH + 00H + 60H + 00H + 0AH H 6 H H AH If you want to set the frequency value at 8GHz and the power value at 24dBm, the command is ： BBH + 00H + 80H + 00H + 18H If you want to set the frequency value at 12GHz and the power value at 9dBm, the command is ： BBH + 01H + 20H + 00H +09H If the signal generator return value is equal to 1DH, it means the command was sent and ...
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