MASTER MIND BEHIND ACCESS CONTROL

 

The Microcontroller used in XPIP Panel is high-performance microprocessor with low electromagnetic interference (EMI), and is designed specifically for embedded control, and communications.

Extensive integrated features and robust architecture facilitate rapid hardware design, while a C-friendly instruction set promotes efficient development of even the most complex applications.

Its compact instruction set and high clock speeds give the Microprocessor exceptionally fast math, logic, and I/O performance.

 

 

Microcontroller is the backbone of the TCP/IP communication.

Pins/Terminals are present on the Microcontroller Module, which is preprogrammed for download manager (DLM). We can upload the DLM through a cable, connecting Microcontroller & Computer via Serial port.

It has the slot of RJ45 to attach one CAT5 Cable which provides TCP/IP communication.

LEDs are present on the Microcontroller which indicates the Link status and Connection Confirmation.

 

Features:

1)      The Microcontroller has several powerful design features that practically eliminate EMI problems, which is essential for OEMs who need to pass CE and regulatory radiofrequency emissions tests.

2)      The amplitude of any electromagnetic radiation is reduced by the internal

spectrum spreader, by gated clocks (which prevent unnecessary clocking of unused registers), and by separate power planes for the processor core and I/O pins (which reduce noise crosstalk).

3)      An external I/O bus can be used by designers to enable separate buses for I/O and memory or to limit loading the memory bus to reduce EMI and ground bounce problems when interfacing external peripherals to the processor.

4)      The Processor supports two separate clocks—the main clock and the 32 kHz clock. The main clock is used to derive the processor clock and the peripheral clock inside the processor. The 32 kHz clock is used to drive the asynchronous serial bootstrap, the real-time clock, the periodic interrupt, and the watchdog timers.

SPECIFICATIONS:

• Board Size: 2.73″ x 1.85″ x 0.86″ (69mm x 47mm x 22mm) (2.73” x 1.85” x 0.48”

(69mm x 47mm x 12mm) for 3220).

• Pow er: 3.15 ~ 3.45VDC]

 • Current: 255 mA @ 3.3V

 • Processor: 3000 @ 44.2MHz

• General Purpose I/O: 52 digital I/O (44 confi gurable I/O, 4  fixed inputs, and 4 fi xed outputs)

• Additional Digital Inputs: 2 Startup Mode, Reset in

• Additional Digital Outputs: Status, Reset out

• Real-Time Clock: Yes

• SRAM: 512K program + 256K data

• Flash: 512K

 • Timers: Ten 8-bit timers (6 cascadable from the fi rst) and one 10-bit timer with 2 match registers

• Serial Ports: 6 CMOS-compatible: 6 confi gurable as asyn chronous (with IrDA), 4 as clocked serial (SPI), and 2 as SDLC/HDLC (with IrDA), 1 asynchronous clocked serial port dedicated for programming, Support for MIR/SIR IrDA transceiver

• Slave Interface: Allows use as master or intelligent peripheral with Rabbit-based or other

master controller

 

Additional Features:  Ethernet Port for 3200 series only, Watchdog/Supervisor, Pulse-Width Modulators, Quadrature Decoder and Backup Battery