BLUETOOTHISM Z-WAVE ZIGBEE - Digi-Key

BLUETOOTH

ISM

ZIGBEE

Z-WAVE

Panasonic Industrial CompanyWireless Modules

Components Division Summer 2008

http://www.digikey.com?WT.z_cid=pdf_visitdigikey

2

ISMAll Panasonic modules belong to the Industrial, Scientifi c, and Medical (ISM) radio band. Key benefi ts are reduced cost, proprietary (closed system) network, low power and various speeds of data transmission. If a system does not need to be open, this might be an economical way to transmit/receive data.

Frequency: 2.4 GHzEncryption: YesNetwork Size: 8 NodesBattery Life: DaysSpeed: 720 kBs

•••••

Frequency: 2.4 GHzEncryption: YesNetwork Size: 64kBattery Life: YearsSpeed: 250 kBs

•••••

Frequency:315 MHz~2.4 GHzEncryption: YesNetwork Size: UnlimitedBattery Life: YearsSpeed: Up to 2,000 kBs

•

••••

Frequency: 900 MHz Encryption: NoNetwork Size: 232 Nodes

Battery Life: YearsSpeed: 40 kBs

•••••

BluetoothBased on IEEE 802.15.1, Bluetooth was developed for the purpose of sending larger amounts of data quickly from computers to PDAs to cell phones or other portable handheld devices. Key features: frequency hopping, very small form factor and modest power consumption.

ZigBeeBased on IEEE 802.15.4 standard, ZigBee was developed for the purpose of sending small amounts of data, short distances, using very little power. Key features of this technology is the ability to create a self healing mesh network where nodes “talk” to each other in a way that gets a message to a desired end point using the best path. When not in use, nodes will “sleep” using extremely little power.

Z-WaveWell accepted for home networking, Z-Wave is based on a proprietary standard and single chipset vendor. Z-Wave provides a low cost, low power, low speed method of sending data across a mesh network. Although encryption is not included, Z-Wave is safe due to nodes only joining a network when an association occurs within very close proximity to the controller.

Overview


3

Model Dimensions (mm)Receiver

SensitivityOperating

TemperatureMax.

Output PwrPowerSupply

FrequencyRange

Number of I/Os Interfaces

Max. DataRate Page

Blu

eto

oth PAN1550 22.8 x 13.4 x 2.2 -86 dBm -25 to + 70dC 4 dBm 3.3 V 2.4 GHz 16+

SPIO, USB, PCM, UART, SPI,

JTAG

723.2 kBs 6

PAN1560 47.5 x 20.0 x 4.0 -80 dBm -25 to + 70oC 20 dBm 3.3 V 2.4 GHz 16+

USB, UART, DUART,

SPI, JTAG, PCM

723.2 kB/s 8

ISM

PAN2350 21.1 x 14.9 x 3.9 -100 dBm -40 to + 85dC 5 dBm 2.7 to 3.3 V804 - 940

MHz4 SPI 156.8 kBs 10


MHz4 SPI, GPIO 500 kBs 12


MHz16 GPIO, JTAG 4.8 kBs 14

Zig

Bee

PAN4555 16.4 x 12.6 x 2.1 -92 dBm -40 to + 85dC 0 dBm 2.0 to 3.4 V 2.4 GHz 20GPIO, UART

250 kBs 16

PAN-4555ETU

39.3 x 19 -92 dBm -40 to + 85dC 0 dBm 2.0 to 3.4 V 2.4 GHz 20GPIO, UART

250 kBs 18

PAN4570 20.0 x 26.5 x 2.8 -97 dBm -40 to + 85dC 5 dBm 2.1 to 3.6 V 2.4 GHz 17GPIO,

UART, SPI, I2C, ADC

250 kBs 20

Z-W

ave

PAN8550 27.0 x 13.0 x 3.0 -94 dBm -20 to + 70dC 3 dBm 2.1 to 3.6 V868/908

MHz10

GPIO, UART

40 kBs 22

Table of Contents & Quick Reference

I/Os do not necessarily consider stand alone input or output pins therefore the actual number of I/Os may be different.Please see document details for specifi cation.

Development Kits - Page 24 Abbreviations - Page 25


4

Network Node Size

Average Cost Comparison (per unit)

Battery Life (Days)

Transmission Speed (kBs)When considering the amount of data that needs to be moved and how important it is to move it quickly, Bluetooth technology has the highest transmission speed.

When a network requires tens of thousands of nodes ZigBee offers the largest possible network which in turn enables more fl exibility.

If battery life is important, then Z-Wave is the best choice once cost is also factored in.

When considering cost alone, Panasonic’s ISM modules are the most economical when compared with the average unit cost of the other three technologies.


5

ZIG

BE

EB

LU

ET

OO

TH

Z-W

AV

EIS

M

PAN1550PAN1560

PAN2350 PAN2450PAN2355

PAN4555 PAN4555ETU PAN4570

PAN8550


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BLUETOOTH

6 Panasonic Industrial Company

PAN1550

Features

Interfaces

Embedded Bluetooth Stacks including SPP, GAP and SDAP Profi le available, other profi les supported on requestEmbedded applications supportedBluetooth qualifi ed (typically no re-qualifi cation needed)Adaptive frequency hopping (AFH) enabled (1.2)High throughput (>600 kbps)Hold-, Park- and SniffmodeUp to 128 bit encryptionAudio capability on an SCO channelSupport for very low power modes - sleep and deep sleepAll bluetooth data rates (up to 57.6/723.2 Kbps)FCC Approved

•

••••••••••

Full-speed USB version 2.0 compliantProgrammable baud rate UART (300 bps - 921.6 Kbps)Debug UART (DUART)Up to 16 General Purpose I/O‘s (interruptible)PCM audio (1 channel)SPI and JTAG interface

••••••

High sensitivity design (-86 dBm typ.)Integrated ceramic antenna and RF shield

••

Radio Features P R O D U C T

QUALIFIED

BLUE

TOOTH

B01839

Interoperability with other Bluetooth products is a key benefi t to Panasonic’s PAN1550. Conforming to the Bluetooth 1.2 specifi cation with a small footprint of 22.8 x 13.4 x 2.2 mm this module can help make any product a Bluetooth product. Utilizing the Broadcom (Zeevo) based ZV4301, Panasonic can reduce your time-to-market by addressing issues of Bluetooth qualifi cation and FCC certifi cation. The Bluetooth Chip incorporates the 32-bit ARM7TDMITM CPU core with suffi cient bandwidth to support a wide range of embedded µController applications. The module also provides full ARM7 software development access. The PAN1550 can also capitalize on the full-speed USB Version 2.0 protocol.

Part Number Description

ENW89805J1C PAN1550 Bluetooth module with SPP, FCC and Bluetooth certifi cation

ENW89805J1D PAN1550 Bluetooth module with Z-Sound, FCC and Bluetooth certifi cation

Part Numbers


7Panasonic Industrial Company

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BLUETOOTH PAN1550

Applications

Technical Specifi cations

All Embedded Wireless ApplicationsPrinter AdaptersPrintersAccess PointsWireless SensorsIndustrial ApplicationsCable Replacement

•••••••

Personal Digital Assistants (PDAs)PC Motherboards & - PeripheralsScannersMono & Stereo Audio Applications

••••

Top View

34

1 2 3 4 5 6 7 8 9 10

11

12

13

14

15

16

17

18192021222324252627

28

29

30

31

32

AB

CD

Flash4MBit

or8MBit

22,8 mm

13,4

mm

Height2,2 mmw/o casing

33

No. Name

1 GND

2 NC

3 UART-CTS

4 UART-RXD

5 UART-TXD

6 UART-RTS

7 PCM-CLK [9]

8 PCM-OUT [10]

9 PCM-SYNC [7]

10 GND

11 ATRST

12 PCM-IN [8]

13 ATDI

14 ATMS

15 CE

16 VDD

17 RESET

18 GND

19 GPIO [14]

No. Name

20 GPIO [13]

21 IF-SEL [15]

22 GPIO [6]

23 ATDO

24 ATCK

25 SPI-CLK [3]

26 SPI-DO [0]

27 GND

28 SPI-CS [2]

29 SPI-DI [1]

30 DUART-TXD [5]

31 DUART-RXD [4]

32 USB-DM

33 USB-DP

34 INT 0

A PA-CONTRL

B TX-EN [12]

C RX-EN [11]

D NC

DIMENSIONS

Parameter Value Condition / Note

Receiver Sensitivity (BER=10-3) -86 dBm with DHS package

Output Power 0 dBm typ. max. 4 dBm

Power Supply 3.3 V Single operation voltage

Deep Sleep Power Consumption < 0.5 mW [email protected] onboard crystal

Data over USB at max. throughput < 145 mW [email protected]

Sniffmode (Tsniff 375ms), no traffi c < 7.5 mW [email protected]

Operating Temperature Range -25 to + 70°C

Dimensions & Pin Layout

22.8mm

2.2mm

13.4

mm


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BLUETOOTH


PAN1560

Features

Interfaces

Radio Features

Embedded Bluetooth Stacks including SPP, GAP and SDAP Profi le available, other profi les supported on requestEmbedded applications supportedFull product qualifi cation (typically no re-qualifi cation is needed)Adaptive frequency hopping (AFH) enabled (1.2)High throughput (>600 kbps)Hold-, Park- and SniffmodeUp to 128 bit encryptionAudio capability on an SCO channelSupport for very low power modes - sleep and deep sleepAll bluetooth data rates (up to 57.6/723.2Kbps)

•

•••••••••

Full-speed USB version 2.0 compliantProgrammable baud rate UART (300 bps - 921.6 Kbps)Debug UART (DUART)Up to 14 General Purpose I/O‘s (interruptible)PCM audio (1 channel)SPI and JTAG interface

••••••

High sensitivity design (-80 dBm typ.)Integrated ceramic antenna and RF shieldOptional external antennaClass 1 module (range approx. 100 m)

••••

P R O D U C T

QUALIFIED

BLUE

TOOTH

B01839

Great distances of 100 meters (Line of Site) are possible with Panasonic’s PAN1560 Bluetooth module. No need for additional qualifi cations with this certifi ed Bluetooth module. Utilize the serial and additional interfaces for integration into your system. The PAN1560 is manufactured in a 47.5 x 20.0 x 4.0 mm SMD package with an integrated ceramic antenna and has been qualifi ed as a Bluetooth 1.2 product. Active frequency hopping and audio capability on an SCO channel are some of the features of this module. Embedded SPP, GAP and SDAP profi les are available.


ENW89802J1A-C PAN1560 with HCI software

ENW89802J1B-C PAN1560 with Zerial software

ENW89802J1C-C PAN1560 with SPP software

ENW89802J1D-C PAN1560 with Z-Sound software

Part Numbers



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BLUETOOTH PAN1560

Applications


Block Diagram

All Embedded Wireless Applications with range requirementsPrinter AdaptersPrintersAccess PointsWireless SensorsIndustrial Applications

•

•••••

Cable ReplacementPersonal Digital Assistants (PDAs)PC MotherboardsPC PeripheralsScanners

•••••

ARM7TDMITM

Filter + Switch +Fontend (LNA & PA)

4, 8, 16MBitFlash

optional2MBitSRAM

Radio Transceiver+ Bluetooth MAC

BootROM RAM

USBUART SPI GPIO PCM


Receiver Sensitivity (BER=10-3) -80 dBm with DHS package

Output Power 13.5 dBm typ. max. 20 dBm

Power Supply 3.3 V +2% Single operation voltage

Deep Sleep Power Consumption 600 uA @3.3V32kHz onboard crystal

Bluetooth connected (115 kbit/s) 75mA 3.3V

Idle Mode, no bluetooth link 18 mA 3.3V

Operating Temperature Range -25 to + 70°C

-


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ISM


PAN2350

Features

Applications

The PAN2350 is a low power UHF narrowband transceiver, specially designed for both ISM and SRD band frequencies. It is easily programmed for operation at a number of other frequencies. This small module offers a low cost fully integrated solution for many wireless applications. The PAN2350 is made for applications where a narrow band bidirectional data transfer function is needed but can also be used in wide band bidirectional applications.

Maximum datarate up to 153.6 kBaud (NRZ mode)Low power consumption- Frequency range 804 - 940 MHz or 402 - 470 MHzHigh sensitivity (up to 121 dBm for a 12.5 kHz channel)Programmable output power up to 10 dBmLow supply voltage (2.3 V to 3.6 V)Small size (14.8mm x 20.3mm x 4.2mm)Operating temperature range -40°C to +85°CDigital RSSI and carrier sense indicatorSuitable for frequency hopping systemsSingle port antenna connectionComplies with EN 300 220 and FCC CFR47 part 15

•••••••••••

Wireless Alarm and Security SystemsRKE - Two-way Remote Keyless EntryHome Automation SystemsAMR - Automatic Meter ReadingLow Power Telemetry & Toys

•••••

Part Numbers


ENW59604NC1 PAN2350, Narrow Band 868 MHz up to 4.8kbaud

ENW59604NC2 PAN2350, Wide Band 868 MHz up to 156.8 kbaud

ENW59604NC3 PAN2350, Narrow Band 433 MHz up to 4.8kbaud

ENW59604NC4 PAN2350, Wide Band 433 MHz up to 156.8 kbaud



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ISM


PAN2350



Receiver Sensitivity (BER=10-3)433 MHz868 MHz

-117 dBm-116 dBm

12.5 kHz channel width, FSK@2kHz, 2.4kBaud, Manchester coded

Output Power433 MHz868 MHz

-20 to +10 dBm-20 to +5 dBm

Delivered to 50 o load.The output power is programmable.

RSSI Dynamic Range 63 dBm range Digital Output

PLL Lock Time (Rx/Tx turn time)12.5 kHz channel width, 433 MHz25 kHz channel width, 868 MHz

1.3 ms1.1 ms

Up to 1MHz frequency stepto within +1kHz

PLL turn-on timefrom power down mode with crystal oscillator running12.5 kHz channel width, 433 MHz25 kHz channel width, 868 MHz

4.8 ms2.5 ms

Time from writing to registers to PLL lock

Power Down Mode 0.2 uA typ. Oscillator Core Off

Current Consumption(Receive Mode 433 / 868 MHz)

16.9 / 17.6mA typ.

25 kHz channel width. Lower current can be achieved at other settings

Current Consumption(Transmit Mode 433 / 868 MHz)P=3mW (5dBm)

16.8 / 33.0mA typ.

Delivered to 50 o load.The output power is programmable.

Note:All parameters belong to VCC = 3.0V, Tamb = 25°CChipcon’s CC1020 is used in this module.

20,3mm

14,8

mm

4,2mm

13

1

12 11 10 9 8

2 3 4 5 6

Top View714

Pin no. Pin name

1 LOCK

2,4,5,7,14 GND

3 ANT

6 VCC

8 PSEL

9 PCLK

10 PDI

11 PDO

12 DCLK

13 DIO

-

4.2mm20.3mm

14.8

mm


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ISM


PAN2355

Features

Applications

(Module without shielding)

This extremely compact and multi-functional module is intended for the ISM frequency bands between 300 and 1000 MHz. This wireless transceiver and can be linked to a wide range of devices including home appliances and keyless entry through SPI. Programming the vast functionalities is done via SPI. The PAN2355 is made for all applications where a wide band bidirectional data transfer with high speed is needed. It has a small size with a 8x8.2mm footprint and very low power consumption, ideal for battery driven applications.

Programmable data rate up to 500 kBaud (NRZ mode)Very low current consumptionFrequency range 300 - 1000 MHzHigh sensitivity (typ. -100 dBm at 2.4 kBaud, Manchester)Programmable output power -52 dBm to +6 dBmLow supply voltage (2.1V to 3.6V)Operating temperature range -40°C to +85°CSmall size (8.0mm x 8.2mm x 1.9mm) including shielding (only 65.6 mm2)Digital RSSI outputSingle port 50 o antenna connectionProgrammable frequency in 400 Hz steps makes crystal temperature drift compensation possible

•••••••••••

RKE - Two-way Remote Keyless EntryHome Automation SystemsAMR - Automatic Meter ReadingLow Power TelemetryToysRemote Control Systems

••••••

Part Numbers


ENW59611N3A PAN2355 ISM Module



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ISM


PAN2355


Pin no. Pin name

4,6,10,12 GND

1 SPI SI

2 SPI SCLK

3 SPI SO

5 GDO 0

7 SPI CSN

8 Vcc

9 GDO 2

11 50 Ω RF

SIONS


Receiver Sensitivity,at 2.4 kbps, 2-FSKat 250 kbps, 2-FSK

-100 dBm-85 dBm

Output Power -52 to 6 dBmDelivered to 50 o load.

The output power is programmable.

RSSI Dynamic Range -136 to -8 dBm

PLL Lock Time (Rx/Tx turn time) 10 us For 1x IF frequency step

PLL turn-on time, crystal oscillator on in power down mode

80 us Crystal oscillator running

Power Down Mode 900 nA typ. Standby with WOR enabled

Current Consumption(Receive Mode @ 2.4 kbps)

14.2 mA typ.Current is programmable and can be in-

creased for improved sensitivity

Current Consumption(Transmit Mode) P=3mW (5dBm)

19.7 mA typ. Delivered to 50 o load.

Note:All parameters are valid for VDD = 3.0V, Tamb = 25°C and 868MHzMaximum output power is 10dBm but currently only 6 dBm is allowed to pass EN300220 requirements.

8.20mm

8.00

mm


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ISM


PAN2450

Features

Applications

The PAN2450 module is a low power UHF transceiver, with a completely integrated (autonomous) micro-controller and a highly effi cient power amplifi er. It is designed for ISM and SRD band frequencies. It can be easily programmed for operations at other frequencies. The modem complies with EN 300-220 and FCC CFR47 part 15 and offers a low cost solution for many ISM-applications. It’s an optimal solution for all applications where a narrow band and wide band bidirectional data transfer function is required. It can be customized for various power levels, channel spacing and frequency needs.

Maximum Data Rate: up to 153.6 kBaud (NRZ mode, wide band applications) up to 19.2k Baud (NRZ mode, narrow band applications)Low power consumptionFrequency range 868 - 915 MHz (std)High sensitivity (up to -114 dBm for a 12.5 kHz channel)Programmable output power from 0 to 14 dBmLow supply voltage (2.3 V to 3.6 V typ. 3.0 V)Small size (20.4mm x 30.4mm x 3.7mm)Operating temperature range -10°C to +55°CDigital RSSI and carrier sense indicatorSuitable for frequency hopping systemsSingle port antenna connectionComplies with ETSI EN 300 220 and FCC CFR47 part 15 and ARIB STD-T67

•

•••••••••••

Wireless Alarm and Security SystemsRKE - Two-way Remote Keyless EntryHome Automation SystemsAMR - Automatic Meter ReadingLow Power TelemetryToysRemote Control Systems

•••••••


ENW5Z60ZND1 PAN2450, 868 MHz, 14 dBm output

Part Numbers



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ISM


PAN2450


30,0mm

20,0mm

3,85mm

TopView

1 2 3 4 5 6 7 8 9 10 11

29 28 27 26 25 24 23 22 21 20 19

12

14

13

15

16

17

18

36

34

35

33

32

31

30

Pin no. Pin name

1,3,4,6,15,24,26,28-36

GND

2 VCC

5 P1.6

7 P1.7

8 P1.5

9 P1.4

10 P1.2

11 P1.1

12 TEST

13 P2.5

Pin no. Pin name

14 RST/NMI

16 P2.1

17 P2.2

18 P3.0

19 P3.3

20 P3.2

21 P3.1

22 P2.4

23 P3.4

25 P3.5

27 ANT


Receiver Sensitivity, (BER=10-3)868 MHz

-114 dBm12.5 kHz channel width, FSK@2kHz, 2.4

kBaud, Manchester coded

Output Power868 MHz

-0 to +14 dBmDelivered to 50 o load.


RSSI Dynamic Range 63 dBm range Digital output

PLL Lock Time (Rx/Tx turn time)25 kHz channel width, 868 MHz

1.1 msUp to 1 MHz frequency step to within

+1kHz

PLL turn-on time, From power down mode with crystal osciallator running, 25 KHz channel width, 868 MHz

2.5 ms Time from writing to registers to PLL lock

Power Down Mode 802 uA typ.Oscillator core off, depends on the power down mode from the uC MSP430. Can be

reduced with a new layout.

Current Consumption(Receive Mode 868 MHz)

18 mA typ. 25 kHz channel width

Current Consumption(Transmit Mode) 868 MHzP=25mW (14dBm)

50 mA typ.Delivered to 50 o load.


-

Notes:All parameters belong to Vcc = 3V and Tamb = 25°C.Texas Instruments µC MSP430F1232, Chipcon’s CC1020 and a small Power Amplifi er are used in this module.

30.0mm

20.0

mm

3.85mm


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ZIGBEE


PAN4555

Features

The PAN4555 module is a short range, low power, 2.4 GHz ISM band transceiver. It includes a complete 802.15.4 physical layer (PHY) modem. It is designed for the IEEE 802.15.4 wireless standard and microcontroller (MCU). The module also has a reference oscillator which provides a cost effective solution for short-range data links and networks. Software is included and can be scaled to fi t the application from simple point to point proprietary systems to ZigBee networking. This module complies with EN300328, FCC CFR Part 15 and ARIB STD-T66 standards.

Very small size (12.2mm x 16.4mm x 2.2mm) (200mm2)2 antenna options: Single port 50o or ceramic antenna16 selectable Channels with 250 kbps in the 2.4 GHz bandLow power modes for increased battery lifeHigh sensitivity of -92 dBm typical at 1% Packet Error Rate0 dBm typical Output power programmable over a 30 dB rangeLow supply voltage (2.0 V to 3.4 V, 2.7 V typ.)Operating temperature range -40°C to +85°CLink Quality and Clear Channel Assessment capability60k Flash and 4k RAM memory4 channel A/D converter with 10 Bit ADC for fast and easy conversion from analog inputs(temperature, pressure and fl uid levels) to digital values.3 channel 16 Bit timer/pulse width modulation (TPM) outputsBDM port for direct download programmingIn total 20 digital I/O lines with programmable pull-ups and few with high-current driver.FCC Approved (pending)

•••••••••••

••••

Remote control and wire replacement in industrial systems such as wireless sensor networksFactory / home automation and motor / lighting controlInventory management and RFID tagging and AMRMonitoring (environmental, patient or fi tness)

••••

Applications

Part Numbers


ENWC9A08A3EF PAN4555, Freescale ZigBee Module, 2.4 GHz, w/ Ceramic Antenna

ENWC9A09N4EF PAN4555, Freescale ZigBee Module, 2.4 GHz, w/ 50 O RF Output



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ZIGBEE PAN4555


Note:The pin names of the module and the internal MC1321x fit to each other.

Pin no. Pin name

1, 9, 17, 25, 31 GND

2 to 4 PTB0 to 2

5 PTB7

6 VREFH

7 PTA7

8 PTA5

10 PTA6

11 PTG0/BKGD

12 to 13 PTG1 to 2

14 CLKO

15 to 16 PTC0 to 1

Pin no. Pin name

18 PTC5

19 PTC3

20 PTC2

21 to 22 PTE0 to 1

23 VDDA

24 VCC

26 VCC

27 RESET

28 PTD6

29 PTD4

30 PTD2

32 EXTANT


Notes:All parameters are valid for VDD = 2.7V and Tamb = 25°C.Freescale‘s MC13213 is used in the module. SMAC, MAC or ZigBee Bee-Stack from Freescale could be used.Mode Defi nitions and Transition Times for saving battery life can be seen in the data sheet MC1321x.The derivative MC13212 and MC13211 are available on request.


Receiver Sensitivity -92 dBm typical For 1% packet error rate

Output Power 0 dBm Maximum

Power Supply 2.0 V to 3.4 V Single supply, 2.7 V typical

Power Control Range 30 dB

Maximum Data Rate 250 kbps Over the air

Current Consumption Receive Mode Transmit Mode Idle Mode Doze Mode Hibernate Mode Off Mode

37 mA typ.30 mA typ.500 uA typ.35 uA typ.1 uA typ.

<1 uA typ.

Output power nominal value

No CLKO

Operating Temperature Range -40°C to +85°C

Note: The pin names of the module and the internal MC13213 fi t to each other.


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ZIGBEE


PAN4555ETU

Features

Applications

The PAN4555 Easy-To-Use module is the easiest way to make the fi rst step into the ZigBee world. Very simple testing and prototyping with a normal perf or stripboard. No special designs are needed to get this module working. The module is a short range, low power, 2.4 GHz ISM band transceiver which includes a complete 802.15.4 physical layer (PHY) modem. Designed for the IEEE 802.15.4 wireless standard and an independant micro-controller (MCU) with a reference oscillator to provides a cost effective solution for short-range data links and networks. The software is included and can be scaled to fi t the application.

Fits into normal 2.54mm / 0.1” pitch16 selectable Channels with 250 kbps in the 2.4 GHz bandLow power modes for increased battery lifeHigh sensitivity of -92 dBm typ. at 1% Packet Error Rate0 dBm typ. output power programmable over a 30 dB rangeLow supply voltage (2.0 V to 3.4 V, 2.7 V typ.)Operating temperature range -40°C to +85°CLink Quality and Clear Channel Assessment capability60k Flash and 4k RAM memory4 channel A/D converter with 10 Bit ADC for fast and easy conversion from analog inputs(temperature, pressure and fl uid levels) to digital values.3 channel 16 Bit timer/pulse width modulation (TPM) outputsBDM port for direct download programmingIn total 20 digital I/O lines with programmable pull-ups and few with high-current driver.FCC Approved (pending)

••••••••••

••••

Remote control and wire replacement in industrial systems such as wireless sensor networksFactory / home automation and motor / lighting controlInventory management and RF ID tagging and AMRMonitoring (environmental, patient or fi tness)

••••


Eval_PAN4555ETU PAN4555 Development Module, 2.4 GHz

Part Numbers



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ZIGBEE PAN4555ETU



Notes:All parameters are valid for VDD = 2.7V and Tamb = 25°C.Freescale‘s MC13213 is used in the module. SMAC, MAC or ZigBee Bee-Stack from Freescale could be used.Mode Defi nitions and Transition Times for saving battery life can be seen in the data sheet MC1321x.Also the derivative MC13212 and MC13211 are available on request.



Output Power 0 dBm Maximal




Current Consumption Receive Mode Transmit Mode Idle Mode Doze Mode Hibernate Mode Off Mode

37 mA typ.30 mA typ.500 uA typ.35 uA typ.1 uA typ.

<1 uA typ.

Output power nominal value

No CLKO


Note: The pin names of the module and the internal MC13213 fi t to each other.


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ZIGBEE


PAN4570

Features

Applications

3 antenna options: Plug, single port 50 o or ceramic antenna16 selectable Channels with 250 kbps in the 2.4 GHz band3 different power modes for increased battery lifeHigh sensitivity of -97 dBm typical at a 1% Packet Error Rate+3dBm output power (+5dBm in boost mode)Low supply voltage (2.1 V to 3.6 V, 3.0 V typ.)Small size (20.0mm x 26.5mm x 3.0mm)Onboard low power regulatorOperating temperature range -40°C to +85°C128k Flash and 5k SRAM memoryLink quality and clear channel assessment capabilityAll of the 17 GPIO of EM250 are available at the module pads, which are multiplexed to GPIO, UART, SPI, I2C or up to four analog inputs to an ADC and two timer waveform outputsCritical portions of IEEE 802.15.4-2003 plus a fi rst-line fi lter for non-intended packets are realized in hardware, thus reducing the workload on the µCFCC Certifi ed

••••••••••••

•

•

Remote control and wire replacement in industrial systems such as wireless sensor networksFactory / home automation and motor / lighting controlInventory management and RF ID tagging and AMRMonitoring (environmental, patient or fi tness)

••••

The PAN4570 is a short range, low power, 2.4 GHz ISM band transceiver using the Ember EM250 single chip solution for ZigBee. IEEE802.15.4 compliant, 16-bit ZAP2b micro-processor, on-board reference oscillators, and optimized RF front-end circuitry, the PAN4570 provides everything needed for a ZigBee solution. A reliable application programming interface based on the ZigBee specifi cation, Ember’s EmberZNet stack can easily create application profi les.

Part NumbersPart Number Description

ENWC9A02A3E PAN4570, Ember ZigBee Module, 2.4 GHz, w/ Ceramic Antenna

ENWC9A03N2E PAN4570, Ember ZigBee Module, 2.4 GHz, w/ UFL Antenna Connector

ENWC9A04N4E PAN4570, Ember ZigBee Module, 2.4 GHz, w/ 50 O RF Output



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ZIGBEE PAN4570



Top View

25

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4140393837 42 43 44 4645

3130292827

26,5 mm

20,0

mm

Height3,0 mm

26

47 48

2021222324 19 18 17 1516 14 13

1112

3233343536

Ant

enna

Pin no. Pin name

1 VBAT

2 REG_out

3 Reset

4 OSC32A

5 OSC32B

6 to 12 GPIO 0 to 6

13,24 GND

14 to 23 GPIO 7 to 16

25 SIF_CLK

26 SIF_MISO

Pin no. Pin name

27 SIF_MOSI

28 SIF_LOADB

29 n.c.

30 to 37 GND

38 RF

39, 48 GND

40 VC1

41 to 45 n.c.

46 Reg_EN

47 Reg_IN

Note:Access to the programming interface pins 25, 26, 27, 28, 1, and 3 has to be provided on the application board.

DIMENSIONS

Notes:All parameters are valid for VDD = 3.0V and Tamb = 25°C.The data stated above is preliminary data.


Receiver Sensitivity-96 dBm typ. - Normal-97 dBm typ. - Boost

For 1% packet error rate

Output Power3 dBm5 dBm

NormalBoost Mode On

Power Supply 2.1 V to 3.6 V 3.0 V typical

Error Vector Magnitude15% Typical35% Boost

Typical as defi ned byIEEE802.15.4-2003


Current Consumption Total Rx Current Total TX Current Deep Sleep Mode Deep Sleep Mode

35.5 mA typ.35.5 (41.5) mA typ.

1.5 uA1.0 uA

@ max Tx power, boost mode off (on)max, with 32.768KHz osc runningmax, with internal RC osc running


26.5mm

20.0

mm

3.0mm


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Z-WAVE


PAN8550

Features

Applications

2 RF output options: UFL plug or ceramic antennaData transfer with 40 kbps on 868.42 MHz (EU) or 908.42 MHZ (US)Low power modes for increased battery lifeHigh sensitivity of -94 dBm typ.-3 dBm max. output power, programmable over 23 dB rangeLow supply voltage (2.1 V to 3.6 V, 3.3 V typ.)Small size (13.0mm x 27.0 mm x 3.0mm)Std. temperature range -20°C to +70°C (on request -40°C to +85°C)On-chip battery monitor32k Flash and 2k RAM memory4 channel A/D converter with 12 Bit ADC for fast and easy conversion from analog inputs(temperature, pressure and fl uid levels) to digital values.In total 10 digital I/O lines with programmable pull-ups and high current drivers at 6mAIntegrated Triac controller for effortless power switchingFCC Certifi ed

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•••

Remote control and wire replacement in home and industrial systems such as wireless sensor networksFactory / home automation and motor / lighting controlInventory management and RFID tagging and AMRMonitoring (environmental, patient or fi tness)

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The PAN8550 is a short range, low power 908 MHz ISM band transceiver module. It includes a complete Z-Wave compliant transceiver and an 8051 compliant micro-controller with reference oscillator. AT Commands included with the development kit can be used to program a simple point to point connection or manage a full scale mesh network. Module is FCC Certifi ed for ease in launching your product to market quickly.


ENW99A01A3D 908MHz with Antenna, without Plug Connector

Part Numbers


23

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Z-WAVE

Panasonic Industrial Company

PAN8550


Technical Specifi cationsParameter Value Condition / Note


Output Power -3 dBm Maximum




Current Consumption Receive Mode Transmit Mode Idle Mode Sleep Mode

21 mA typ.23 mA typ.5 mA typ.

2.5 uA typ.

See note (1)@ -5 dBm rf output power (1)

RF transceiver idle, uC runningRF transceiver idle and uC in sleep mode (2)

Operating Temperature Range -20°C to +70°C (4)

Notes:All parameters are valid for VDD = 3.3 V and Tamb = 25°C.

ADC deactivated, no load on I/OsWake up via external reset, brown out, external interrupt or periodically by WUTThese pins are dedicated for RF connection on the upcoming version without antenna and used for compatibility reasons.For wider ranges for operating temperature, please ask your sales representative.

1.2.3.

4.

(Top View)

Height3,0 mm

21 3 4 5 6

1516 14 13 12 11

7

8

9

10

20

19

18

17

27 mm

(Optional: UFL Conn.)

Note:The pin names of the module reflect the pin na-mes on the ZW0201 chip

Pin no. Pin name

1 GND

2 RESET

3 P1.7/INT1

4 P1.6/INT0

5 P1.5/EECS

6, 11, 16 GND

7 P1.4/SCK

8 P1.3/MOSI

Pin no. Pin name

9 P1.2/MISO

10 P1.1/RXD

12 VDD

13 P1.0/TXD

14 P0.1/ADC1

15 P0.0/ADC0

17 to 20 NC (3)

Note: The pin names of the module refl ect the pin names on the ZW0201 chip.

27mm

13.3

0mm

3.0mm


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RF Module Development Kits

Development Board Layout

Panasonic development kits provide a software and hardware testing environment. The unique mother/daughter board design reduces development costs by allowing a single kit to be used to test multiple Panasonic models. Kits include two modules and test boards, software, cabling, and documentation.

Development Kit Contents*

2 Mother Boards2 Daughter Boards 2 Antennae2 RS-232 CablesBattery AdaptorsRegulatorDocumentationRange Test & Simple-Lighting Applications

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* Variations in kit types will occur

Please note that development kits are not available for certain modules. Please check with your local sales representative for availability


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Technical Abbreveations

ACL Asynchronous Connection-less Link (packet oriented data transmissions)

ADC Analog Digital Converter

BDM Background Debugger Module

Bee Stack Freescale ™ ZigBee Protocol Stack

DUART Diagnostic Universal Asynchronous Receiver Transmitter

EDR Enhanced Data Rate

FCC Federal Communication Commission

FFD Full Function Device

GPIO General Purpose Input Output

HCI Host Controller Interface

I2C Inter-Intergrated Circuit (2 Wire Databus)

I2S Inter-IC Sound (Serial bus for digital audio)

IC Industry Canada

IEEE The Institute of Electrical and Electronics Engineers

I/O Input / Output

ISM Industrial, Scientifi c, Medical

JTAG Joint Test Action Group (IEEE 1149.1 standard)

kBs Kilobits

LR/WPAN Low Rate/Low Power Wireless Personal Area Network

MAC Media Access Controller

Mbit/s Mega Bits per Second

MCU Micro Controller Unit

PCM Pulse Code Modulation (Audio)

RFD Reduced Function Device

RSSI Received Signal Strength Indicator

SARD Sensor Application Reference Design

SCO Synchronous Connection Oriented (Highest link quality for data transmission)

SMAC Simple Media Access Controller

SPI Serial Peripheral Interface

SPP Serial Port Profi le

SRD Short Range Device

UART Universal Asynchronous Receiver Transmitter

USB Universal Serial Bus


26 PIC-PWC_0808

Panasonic Industrial Company Components Division3 Panasonic Way (7H-2)Secaucus, NJ 070941-800-344-2112http://www.panasonic.com/industrial/components/modules/modules.htm

Panasonic ideas for life


BLUETOOTHISM Z-WAVE ZIGBEE - Digi-Key

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