JMY622 connects outside antenna by 50ohm coaxial cable. It fully
supports ISO14443 and ISO15693 cards. It has EMV2010 certification
ability, also could be set RF output level. The surface mount and
very small module size design are fit to portable devices. The RF
protocol is complex, but the designer combined some frequent used
command of RF card and then user could operate the cards with full
function by sending simple command to the module. The module and
antenna is split. The impedance between RF circuit and antenna was
tuned by impedance analyzer, and then the module has excellent
performance and stability.
Main Characteristics
- • Module split antenna, connected by 50ohm coaxial cable, flexible
antenna size and layout
- • EMV2010 certification ability
- • Surface mount and very small module size to fit portable devices
- • Low power consumption, could be set RF output level
-
Qualifications
- • PCD: NXP MF RC531, SL RC400, CL RC632
- • PCB Layers:4
- • Working frequency: 13.56MHz
- • Termsed standard: ISO14443A, ISO14443B, ISO15693
- • Anti collision ability: Full function anti collision; be able to
set multi-cards or single card
- • Auto detecting card: Termsed, default OFF, could be set
- • Data FLASH: 512 Bytes
- • Power supply: DC 3.3V & 5V (±10%)
- • Interface: UART and IIC
- • Interface level: UART / IIC: 3.3V (TTL level; 5V tolerance)
- • Communication speed:
- IIC: Max.200Kbps
- UART: 19200bps, 9600bps, 38400bps, 57600bps, 115200bps
- • Max. command length:
- JCP04: 253bytes
- JCP05: 510bytes
- • Power consumption:
- Max.: 150mA
- Normal model: 90mA
- Idle model: 100uA
- • Operating distance: 100mm (M1 typical distance, depending on card
quality)
- • Dimension: 20mm * 35mm * 4.1mm (without Antenna)
- • Weight: About 10g (without Antenna)
- • ISP: Termsed
- • RoHS: By order
- • CE certification: in plan (Jan. 17, 2015)
- • Operating temperature: -25 to +85°C
- • Storage temperature: -40 to +125°C
If you want to get more information about 13.56MHz RFID Desktop
Reader or Embedded Reader Modules, welcome contact with me in any
time. E: yinghaiyan at jinmuyu dot com or jinmuyu1987 at gmail dot
com
Whats app: 0086 13120161037
web site: www dot jinmuyu dot com
