HOKURIKU HRF-400A1-003C Low power rf transceiver module Datasheet

Low Power RF Transceiver Module
Model No. HRF is compact transceiver module for embedded device. It conforms to ARIB STD-T67 standard, featuring high sensitivity,
high performance and high quality. It can be easily-used by embedding remote control system, abnormal sensing system, remote control
system, etc. Moreover, custom module by combining various sensors as sensing system can be accommodated.
䂓Features
䊶Super miniature size 16mm㬍16mm㬍3mm
䊶High Sensitivity -118dBm or less
䊶Built-in serial communication function
䊶Surface Mount Design 䋨reflow available䋩
䇭* Japan Technical Regulations Conformity Certification can be obtained by simply attaching antenna.
䂓Product Designation & List
HRF-400
A
0
- 001A
Classifier
Supply Voltage 0䋺3.0V 1䋺2.4V
RFIC
A䋺Transceiver IC, B䋺Transmitter IC
Frequency 400䋺426䋯429MHz Band Common
426䋺426MHz Band 429䋺429MHz Band
Model No.
Tx䋯Rx
SAW
Amp
Yes
Yes
Transceiver
Receiver only
Transmitter only
No
No
Yes
Frequency
429MHz Band
426MHz Band
429MHz Band only
426MHz Band only
400MHz Band
426MHz Band
Common
429MHz Band
No
Supply Voltage
3.0V
2.4V
HRF-429A0-001D
HRF-429A1-003A
HRF-426A0-001E
HRF-426A1-003B
HRF-400A1-003C
HRF-400A0-001F
HRF-400A1-003G
HRF-400A0-001H
HRF-400A0-001G
HRF-400B1-004B
HRF-400B0-004A
䂓Specification (Reference)
䇼Transmitter/Receiver Common䇽
Item
Radio Frequency
Modulation Method
Transmission Speed
Operating Temperature Range
Storage Temperature Range
Supply Voltage
Current Consumption (Receiving)
Current Consumption (Transmitting)
at 25͠
Rating
Unit
426MHz Band䊶429MHz Band
FSK
2400
-30 㨪‫ޓ‬75
-40‫ޓ‬㨪‫ޓ‬85
3.0r0.15㧛2.4r0.12
23 Typ.
31 Typ.
MHz
RCR STD-30, ARIB STD-T67
Remarks
bps
͠
͠
V
mA
mA
At +10dBm Transmission
Rating
Unit
+10 Max.
Within㫧4
Within 8.5
-26 or less
-40 or less
dBm
ppm
KHz
dBm
dB
䇼Tramsmitter䇽
Item
Transmit Output Power
Frequency Deviation
Occupied Bandwidth
Spurious Emission Strength
Adjacent Ch Leakage Power
Remarks
䇼Receiver䇽
Item
Receiver Sensitivity
Collateral Emission Strength
Rating
Unit
-118 or less
-54 or less
dBm
dBm
HOKURIKU
Remarks
BER=1% 㶎 -114dBm or less without AMP
Specifications are subject to change without notice.
1
Low Power RF Transceiver Modem
This module is transceiver modem for embedded device, which conforms to Low Power RF standard (ARIB STD-T67).
RF System can be easily built by embedding to remote control system, security equipment, net home appliances,etc.
Moreover, custom module, such as by combining various sensors as sensing system can be accommodated.
䂓Features
Model No. HRF429D001S
䊶Super miniature size : 30mm㬍30mm㬍7mm *HRF429MD001S
(Non-certified type)
䊶Communication protocoal (CPU) built in.
䊶Long distance communication possible by high receiving sensitivity.
䊶Japan Technical Regulations Conformity certified type (antenna attached)available.䇭*HRF429MD001P
䊶Non-certified type is SMD.䇭*HRF429MD001S
䂓Application Example
Antenna
Display
Low Power
RF transceiver
Modem
MCU
I/F
RS232C
Control
Sensor
䂓Specification
䇼Transmitter/Receiver Common䇽
Item
RF Method
Radio Frequency
Wave Type
Transmission Speed
Operating Temperature Range
Storage Temperature Range
Supply Voltage
Current Consumption (Receiving)
Current Consumption (Transmitting)
at 25͠
Rating
Low Power RF
426.250㨪429.7375
FID
2400
-30 㨪‫ޓ‬75
-40‫ޓ‬㨪‫ޓ‬85
DC 3.6 㨪 5.0‫ޓ‬
30 Typ.
40 Typ.
Unit
Remarks
MHz
ARIB STD-T67 conformed
46ch
bps
͠
͠
V
mA
mA
+10dBm transmitting
䇼Tramsmitter䇽
Item
Transmit Output Power
Frequency Deviation
Occupied Bandwidth
Spurious Emission Strength
Adjacent Ch Leakage Power
Rating
Unit
+10 Max.
Within㫧4
Within 8.5
-26 or less
-40 or less
dBm
ppm
KHz
dBm
dB
Remarks
䇼Receiver䇽
Item
Receiver Sensitivity
Collateral Emission Strength
Rating
Unit
-118 or less
-54 or less
dBm
dBm
Remarks
BER=1%
䇼Interface䇽
Item
Rating
Remarks
Serial (RS232C㧕
Communication Method
Asyncronous
Sync. Method
1200/2400/9600/19200bps
Data Speed
7/8 bit
Data Length
None/Even/Odd
Parity
Stop Bit
1/2 bit
*HRFMD001S needs to obtain Japan Technical Regulations Conformity Certification by customer.
HOKURIKU
Specifications are subject to change without notice.
2
Similar pages