ICP DAS ZBUPH0001 User Manual

Product #:ZB-UPH01

ZB-UPH01

ZigBee T ransceiver Module

User Manual

Version 0.9

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Doc. #: ZB-UPH01 Reference Note <Rev. 0.9>

Product #:ZB-UPH01

TABLE OF CONTENTS

1 GENERAL INFORMATION… ……………….……………..…….…3

2 POWER SAVING MODES …………………….……….…………….4

3 CONNECTORS PIN CONFIGURATION … …….….….….……….5

4 ELECTRICAL SPECIFICATIONS ……………..…………………...6

5 DESIGN GUIDE TO AVOID RF INTERFERENCE …………….....7

6 RF PERFORMANCE TEST DATA …………………….….…….…..10

7 REFERENCE REFLOW TEMPETURE CURVE…………………..11

8 REFERENCE DOCUMENTS………..…………………..…………...11

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Product #:ZB-UPH01

Revised Date: Apr.14, 2010

1. GENERAL INFORMATION

The ZB-UPH01 is a miniature 2.4 GHz Direct Sequence Spread Spectrum 802.15.4 transceiver. It
includes all RF hardware and a micro-controller to manage the communications link. The
micro-controller manages all communications task including configuration, data packaging, and
clear channel selection. The result is a complete wireless data communications solution.

The ZB-UPH01 package is unique because of its small form factor (32 x 23 mm2), It has an
on-board chip antenna and the availability of external dipole antenna I-PEX connector. No

competitive products can offer a solution as flexible, convenient, and easy to integrate.

Models

• ZB-UPH01: Same as ZB-UPH01 but adding external SRAM

Features

• 32 x 23 mm2 PCBA package with 2 connectors

• Utilizes globally available 2.4 GHz ISM band

• Programmable Transmit Power Output, max. 9dBm.

• Complete IEEE 802.15.4 Spec. compliant.

• Typical Receiver Sensitivity –101dBm.

• Typical Data Rate 250Kbps.

• Multiple Low Power Operating modes

• Meet RoHS Requirement

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2. POWER SAVING MODES

The ZB-UPH01 includes several low power operating modes to permit the most efficient use of the
available power. Below are descriptions of the available selections.

ACTIVE: In Active Mode, all ZB-UPH01 circuits are powered and available for immediate action.
This includes the RF receiver which actively monitors the air for an incoming communications
request. Two sub-modes are classified as TX-ACTIVE and RX-ACTIVE. The current
consumption of TX-ACTIVE is 44 mA while RX-ACTIVE is 38 mA.

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3. CONNECTORS PIN CONFIGURATION

ZB-UPH01 uses Silicon-Lab C8051F340 as MCU. It is an 8051 base MCU and reserves 10 GPIO
pins for external controlling by application. Each pin can be a general I/O pin and programmed it
by user directly. Furthermore, most of these pins can be used as special purpose function. Thereof
TX, RX pins can be programmed as UART for data communication. For example, user is easy to
connect these pins with RS485 transceivers such as 75176, MAX485.

J1 Pin Configuration

Signal Pin Description
C2CK 1 Clock signal for the C2 Debug Interface.
C2D 2 Bi-directional data signal for the C2 Debug Interface.

VCC 3 3.3 Volt power for the ZB-UPH01
TX 4 GPIO, also used as UART TX.
GND 5 Ground
RX 6 GPIO, also used as UART RX.
GPIO1 7 Bidirectional input/output Pin. It also can be programmed as analog to

digital converter (ADC1)

GPIO2 8 Bidirectional input/output Pin. It also can be programmed as analog to

digital converter (ADC2)

J2 Pin Configuration

Signal Pin Description

GPIO3 1 Bidirectional input/output Pin. It also can be programmed as analog to

digital converter (ADC3)

GPIO4 2 Bidirectional input/output Pin. It also can be programmed as analog to

digital converter (ADC4)
GPIO5 3 Bidirectional input/output Pin.
GPIO6 4 Bidirectional input/output Pin. It also can be programmed as analog to

digital converter (ADC5)
GPIO7 5 Bidirectional input/output Pin. It also can be programmed as analog to

digital converter (ADC6)
GPIO8 6 Bidirectional input/output Pin.

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