X7000 RFSOLUTIONS [rfsolutions.ltd], X7000 Datasheet - Page 8
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X7000
Manufacturer Part Number
X7000
Description
458MHZ RF SYNTHESISED TRANSCEIVER
Manufacturer
RFSOLUTIONS [rfsolutions.ltd]
Datasheet
1.X7000.pdf
(9 pages)
DS007_2
ELECTRICAL CHARACTERISTICS
Transmission Frequency
Transmission Frequency
Weight
Supply Voltage
Supply Current
Channels
Channel Separation
Start up Time
Modulation
TRANSMITTER
RF Power Output
Supply Current
Frequency Deviation
Frequency Deviation
Analogue Input (AIN)
Digital Input (DIN)
Modulation Input (MIN)
Modulation Rate
RECEIVER
Supply current
Standby mA
IF Frequencies
Sensitivity
Bandwidth
Analogue Output (AOUT)
Digital Output (DOUT)
RSSI
ABSOLUTE MAXIMUM RATINGS
Storage Temperature..........................................................-30 to +85
Operating Temperature....................................................... -10 to +55
WARNING: Improper antenna load can cause damage to the final stage of the transmitter. Always use a 50
TECHNICAL SPECIFICATION
Ambient temperature
Power Supply
Must be regulated and ripple free. It is not advisable to use a switched mode power supply, either to drive the
X7000 Modem or within close proximity to it. Switched mode power supplies can produce high energy radio
frequencies over a broad spectrum potentially causing interference with the operation of the Modem.
Note : If the direct modulation input is used (MIN) then the radio and the users modulation circuit must be
submitted for MPT1329 type approval.
Channel Selection
Channel selection may be effected by either the 5DIL switches, Single step, or via the serial data
communication.
O
O
c
c
t
t
0
0
0
0
= 25
o
Celsius.
458MH
o
Z
Celsius.
o
Celsius.
RF S
458.525
2000 REG No 277 4001, ENGLAND.
MIN
12.5
400
290
8.5
DC
1.8
55
5
5
0
1
0
0
YNTHESISED
TYPICAL
45/455
+/- 7.5
+/-1.5
F3D
+/-3
320
0.3
2.7
12
17
25
10
65
1
5
3
2
5
458.925
T
MAX
480
500
350
RANSCEIVER
30
14
25
30
10
10
70
5
3
5
DIMENSION
mSecs
grams
Kbps
MHz
MHz
Vp-p
Vp-p
MHz
Vp-p
KHz
KHz
KHz
KHz
mW
mA
mA
mA
mA
mV
V
V
V
V
impedance antenna.
@12.5KHz Channel
@25KHz Channel
Standby Mode
2K impedence
2.7v = 1mVFS
+ /- 3KHz Dev
DC to 10Kbps
+ /- 3KHz Dev
Page 8
10dBSINAD
World-Wide
@ 500mW
NOTE
UK
X7000