Cy24 Ask Ook Wireless 315 433MHz RF 433.92 Receiver Module

• Usage: Remote Control System
• Type: Wireless
• Support Network: RF
• Information content: Data
• Certification: CE, RoHS
• Condition: New
• Model NO.: CY24
• Frequency: 433.92/315MHz
• Sensitivity: -111dBm
• Voltage: 4.5~5.5V
• Current: 4.6mA
• Working Temperature: -40 ~ 85 Degree
• Modulation: Ask/Ook
• Data Rate: 2.4kbps
• Transport Package: Plastic Pallet with Individual Slot
• Specification: 37.5*11.2*5mm
• Trademark: CY
• Origin: China
• HS Code: 8517629900
• Production Capacity: 200000PCS/Year

Product Description

Description:
The CY24 is a ASK/OOK compatible super heterodyne receiver module. CY24 is a superior performance receiver for ISM band. With the adoption of Infineon's Industrial RF wireless data receiver chip, CY24 has the high receiving sensitivity and strong anti-interference ability. It can do wireless signal input to the data signal output without any external circuit. Its superior performance makes a lot of before market car manufactures adopt this module as the preferred choice for RKE receiver module.  Users only need to decode the data plus a simple circuit and then any wireless products development can be easily achieved.
 

Features:

1. Frequency: 315MHz/433.92MHz(custom frequency is available)
2. High sensitivity [email protected] ;
3. Power down mode with very low supply current (100nA typ)  
4. Higher sensitivity: -110dBm
5. Operation temperature: -40ºC ~85ºC, it can work even under harsh environment.
6. Supply voltage: 5V ±10%
7. Low current: 4.6mA(5V, 315MHz)
8. If use the power enable mode, the power consumption is as low as 100nA.
9. Be compatible with most (ASK/OOK) transmitters
10. Fully integrated VCO and PLL Synthesizer
11. Good selectivity and stray radiation inhibition ability, easy to go through the international standard certification.
12. Good capable of suppressing the vibration radiation.  It can work with multiple receiving module (which means one transmitter and multiple receivers) and do not interfere with each other when work at the same time. It does not affect the receiver distance.

Application

1. TPMS/RKE/PKE
2. Remote controls 
3. Car alarm systems 
4. Garage door and gate openers 
5. Alarm and security system
6. Automation systems

Pin Description

Please note: This item is standard with 5 pins without PIN 3 (EN MODE), if you want EN mode, please let us know when ordering samples, and we will add PIN 3 for you.

 

Pin	PIN NAME	PIN DEFINITION
1	ANT	RF signal input pin, connect antenna outside(Note1)
2	GND	Connect to negative power supply
3	EN	Optional output 1.Empty (default setting) 2.Battery saving mode: (Working mode in High level input) (Sleeping mode in Low level input)
4	GND	Connect to negative power supply
5	DATA	Data connected to MCU
6	VCC	Connect to positive power supply

Note 1: ANT pin is a 50 ohm antenna input. The length is about: 
23cm for 315MHz
17cm for 433.92MHz


Electrical Characteristics:
Condition: Ta=25ºC  Vcc=5.0V  Freq.=315MHz

Specification	Status	Ref. Value			Unit
		Min.	Typ.	Max.
Frequency Range		314.90	315.00	315.10	MHz
Modulation		ASK
Receiver Sensitivity	50Ωantenna direct input/1K Kbps		-110		dBm
Receiver Bandwidth			200		KHz
Operating Voltage		4.5	5.0	5.5	V
Operating Current				4.6	mA
Image Rejection	336.4MHz		20		dB
Max decoding output Voltage	RL=500K	3.5	3.75	5	V
Min decoding output Voltage				0.5	V
Operating Temperature		-40		+85	ºC
Data Rate				2.4	Kbps
Receiver turn on time				9	ms

Condition: Ta=25ºC  Vcc=5.0V  Freq.=433.92MHz
 

Specification	Status	Ref. Value			Unit
		Min.	Typ.	Max.
Frequency Range		433.82	433.92	434.02	MHz
Modulation		ASK
Receiver Sensitivity	50Ωantenna direct input/1K Kbps		-111		dBm
Receiver Bandwidth			200		KHz
Operating Voltage		4.5	5.0	5.5	V
Operating Current				4.6	mA
Image Rejection	412.52MHz		20		dB
Max decoding output Voltage	RL=500K	3.5	3.75	5	V
Min decoding output Voltage				0.5	V
Operating Temperature		-40		+85	ºC
Data Rate				2.4	Kbps
Receiver turn on time				9	ms

Mechanical Size: (Unit: MM)

Pre-Caution:
The CY24 module data output pin drive current is weak, so if it directly to drive the single chip microcomputer, then the I/O port of MCU can't be connected with to pull -up or pull-down resistors.  And please disable the pull-up and pull-down resistors inside the MCU.