AM-110C1-433 RF Solutions, AM-110C1-433 Datasheet

TRANSMITTER, KEELOQ, 1SW, KEYFOB

AM-110C1-433

Manufacturer Part Number
AM-110C1-433
Description
TRANSMITTER, KEELOQ, 1SW, KEYFOB
Manufacturer
RF Solutions
Datasheet

Specifications of AM-110C1-433

Svhc
No SVHC (15-Dec-2010)
External Depth
16mm
External Length / Height
66mm
External Width
34mm
Frequency
433.92MHz
Operating Temperature Max
60°C
Operating Temperature Min
0°C
DS010-6 May 06
Description
A range of miniature single in line (SIL) hybrid modules providing complete four channel Radio
Receiver/Decoder systems available in either AM or FM. When used with the 110-AM or 120-FM series
pocket keyfobs a complete remote telemetry system is obtained with up to 150 metres range.
The module consists of a front end super-heterodyne or super-regen RF receiver with an embedded
microcontroller decoding a highly secure Keeloq protocol signal.
The module has an easy-to-use 'LEARN' facility, and is capable of learning up to 50 unique keyfob encoders.
The module requires a 5V power supply and provides a direct LED drive showing data reception and four
digital data outputs. The outputs may be programmed for momentary or latching configuration.
The modules have flash re-programmability feature to enable field re-programming of the controller.
Part Numbers
Applications
• General Remote Control Systems.
• Garage Door Openers.
• Car, Caravan, Motorcycle Alarms
Features
• Advanced Keeloq Decoding
• Advanced Laser Trimmed Ceramic Module
• AM Range up to 100 Metres
• FM Range up to 150 Metres
• Easy Learn Transmitter Feature.
• Outputs, Momentary or Latching & Serial Data.
• Direct Led Drive Shows Data Reception
• Single Supply 5V
• Flash re-programmable
• HIR6 Low Power Version (<1mA)
• Directly compatible with 110 Series
• Compatible with RF600E
• EMC Compliant for use in Europe
• FCC Certified for use in USA
Part Number
HiRK-315A
HiRK-433A
Miniature RF Receiver and Decoder.
HIRK-433F
HiR6-433A
SuperRegenerative Low Power Rx Decoder AM 433MHz
RF R
Superhetrodyne Receiver Decoder AM 315MHz
Superhetrodyne Receiver Decoder AM 433MHz
ECEIVER
Low Power Rx Decoder FM 433MHz
©2006 REG No 277 4001, England.
Description
• Remote Switching.
• Remote Gates.
• Paging.
D
ECODER
H
YBRID
Page 1
.
Compatible Transmitters
102 ‘A’ Series transmitters
102 ‘F’ series transmitters
120 Series transmitters
110 Series transmitter
keyfobs or
HIRK-315
HIRK-433
HIR6-433

Related parts for AM-110C1-433

AM-110C1-433 Summary of contents

Page 1

... Description A range of miniature single in line (SIL) hybrid modules providing complete four channel Radio Receiver/Decoder systems available in either AM or FM. When used with the 110-AM or 120-FM series pocket keyfobs a complete remote telemetry system is obtained with up to 150 metres range. The module consists of a front end super-heterodyne or super-regen RF receiver with an embedded microcontroller decoding a highly secure Keeloq protocol signal ...

Page 2

... O/P2 23 O/P3 24 O/P4 25 O/P1 Compatibility with older versions of this module ** AM-HiRK: To remain compatible with previous versions of the product, this pin may be removed and ignored. AM-HiRH : Please contact sales for part HiRK-433P534 DS010-6 May 06 D ECEIVER ECODER +5V Supply Voltage – RF section RF Ground ...

Page 3

... Connected Latch Transmitter Switch / Output Table O/P 1 O/P 2 Centre Switch LH Switch RH Switch LH Switch RH Switch ©2006 REG No 277 4001, England. HIRK-315 HIRK-433 H . HIR6-433 YBRID LED drive example O Status LED Learn Sw Digital Outputs O/P 2 O/P 3 Latch Latch Mom Mom Mom Latch Tx Bat Low ...

Page 4

... HiR6 Versions This range of modules provides a very low power SuperRegenerative receiver, combined with flash programmable controller, supplied pre-programmed to operate with a suitable Keeloq Transmitter encoder. The range from such a system can metres Line of Sight (LOS). The current consumption is 1.5mA however this may be reduced to only 1 – placing the device into sleep mode and turning off the supply to the radio section ...

Page 5

... Transmitter Switch / Output Table O/P 1 O/P 2 Centre Switch LH Switch RH Switch LH Switch RH Switch ©2006 REG No 277 4001, England. HIRK-315 HIRK-433 H . HIR6-433 YBRID LED drive example O/P 1 Vcc O/P 4 O Vcc Status 1K LED Learn Sw Run / Sleep I/P Serial Data O/P O/P 3 O/P 4 ...

Page 6

... RF R Learning a New Transmitter Encoder (Applies to all Decoders) 1. Briefly press the programming switch (PSW). 2. Learn LED will illuminate. 3. Depress the transmitter once, Learn LED will extinguish. 4. Depress the transmitter again, Learn LED will flash. (approx 10secs). 5. Wait for Learn LED to stop flashing. ...

Page 7

... RF R Serial Data Format Serial Data is sent as a stream of ASCII characters at 9.6K baud. The character format is 8 data bits with 1 stop bit, no parity. A serial data string is output every time a valid transmitter packet is received. Due to the nature of the KeeLoq packet there will be a minimum gap between each serial data string of 150mSec. ...

Page 8

... RF R Absolute Maximum Ratings Supply Voltage (+5Vcc to GND)..........................................-0 Volts. Storage Temperature..........................................................-30 to +85 Operating Temperature....................................................... 0 to +70 Technical Specification of HiRK AM Modules o Ambient temperature = 25 Celsius. Electrical Specification Supply Voltage Supply Current Receiver Frequency Receiver Frequency Working Frequency (custom Frequencies Available) Data output voltage: (any data output) ...

Page 9

... RF R Technical Specification of HiR6 AM Modules o Ambient temperature = 25 Celsius. Electrical Specification Supply Voltage Supply Current. Normal mode Sleep Receiver Frequency Receiver Frequency Working Frequency (custom Frequencies Available) Data output voltage: (any data output) Logic Low Logic High Data output current: (any data output) ...

Page 10

... Pin Dims :0.25 x 0.50 mm Flash Programming the on board Microcontroller The on-board microcontroller may be programmed using the circuit as below. This may be connected directly to a PICSTART+ programmer using the In Circuit Programming Serial cable (ISPIC), please see datasheet DS021 which describes the programming process in more detail and lists other circuit requirements. ...

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