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Complete IrDA®Protocol stack in a single chip.
No driver is needed.
Includes IrPHYTM encoding/decoding and interfaces directly to infrared transceivers for data rate up
to 115.2 kbps. Only an external infrared transceiver is needed to complete an IrDA®compliant
infrared communication subsystem.
Supports mandatory IrDA®layer: IrPHYTM, IrLAPTM, IrLMPTM and IASTM.
Supports upper layers TinyTPTM, IrCOMMTM, IrLPTTM, and OBEX PUT/GET server.
Supports host baud rate from 1.2 kbps to 115.2 kbps, which is changeable by PC utility or 8 pins on
chip. IrDA®baud rate from 9.6 kbps to 115.2 kbps, which is flexible setting by IrDA®devices.
Supports both IrDA®Primary and Secondary mode.
IR frame and Host buffer are 2048 bytes separately.
Low supply voltage, 3.0 V to 3.6 V.
Current consumption: 20 mA standby, 30 mA active.
Ambient operating temperature : 0 ~ 70 oC (commercial) / -40 ~ 85 oC (industrial)
Small low profile plastic 52-pin QFP package.
Available in programmed and tested chips, assembled & tested boards, or fully packaged devices.
A ready-made IrDA®-compatible evaluation dongle ACT-IR100SD is available. It is strongly
recommended to evaluate ACT-IR100SD before purchasing IR8200D chip.
A very useful Full Set Evaluation Kit is ACT-IR100SDK, which includes: ACT-IR100SD and
ACT-IR4000US (notebook / desktop USB-IrDA®adapter). This kit provides ACT-IR100SD
(connected to your device) exchanging IR data with ACT-IR4000US (connected to PC USB port),
running under HyperTerminal with Windows IrDA®driver. It can avoid debugging multiple issues.