MICRF600Z TR

MICRF600Z TR Datasheet

MICRF600

Part	Datasheet
MICRF600Z TR	MICRF600Z TR (pdf)

Related Parts	Information
MICRF600Z	MICRF600Z
MICRF600	MICRF600
MICRF600DEV1	MICRF600DEV1

PDF Datasheet Preview
MICRF600 902-928MHz ISM Band Transceiver Module The MICRF600 is a self-contained frequency shift keying FSK transceiver module, intended for use in half-duplex, bidirectional RF links. The multi-channeled FSK transceiver module is intended for UHF radio equipment in compliance with the North American Federal Communications Commission FCC part and The transmitter consists of a fully programmable PLL frequency synthesizer and power amplifier. The frequency synthesizer consists of a voltage-controlled oscillator VCO , a crystal oscillator, dual modulus prescaler, programmable frequency dividers, and a phase-detector. The output power of the power amplifier can be programmed to seven levels. A lock-detect circuit detects when the PLL is in lock. In receive mode, the PLL synthesizer generates the local oscillator LO signal. The N, M, and A values that give the LO frequency are stored in the N0, M0, and A0 registers. The receiver is a zero intermediate frequency IF type that makes channel filtering possible with low-power, integrated low-pass filters. The receiver consists of a low noise amplifier LNA that drives a quadrature mix pair. The mixer outputs feed two identical signal channels in phase quadrature. Each channel includes a pre-amplifier, a third order Sallen-Key RC low-pass filter that protects the following switched-capacitor filter from strong adjacent channel signals, and a limiter. The main channel filter is a switched-capacitor implementation of a six-pole elliptic low pass filter. The cut-off frequency of the Sallen-Key RC filter can be programmed to four different frequencies 100kHz, 150kHz, 230kHz, and 350kHz. The I and Q channel outputs are demodulated and produce a digital data output. The demodulator detects the relative phase of the I and the Q channel signal. If the I channel signal lags behind the Q channel, the FSK tone frequency is above the LO frequency data If the I channel leads the Q channel, then the FSK tone is below the LO frequency data The output of the receiver is available on the DataIXO pin. A receive signal strength indicator RSSI circuit indicates the received signal level. All support documentation can be found on Micrel’s web site at: Module • “Drop in” RF solution • Small size 11.5x14.1mm • RF tested • FCC Compliant • Low Power • Surface Mountable • Tape & Reel • Digital Bit Synchronizer • Received Signal Strength Indicator RSSI • RX and TX power management • Power down function • Register read back function • Telemetry • Remote metering • Wireless controller • Remote data repeater • Remote control systems • Wireless modem • Wireless security system is a trademark of Micrel, Inc Micrel Inc. • 2180 Fortune Drive • San Jose, CA 95131 • USA • tel +1 408 944-0800 • fax + 1 408 474-1000 • July 2006 M9999-082505 Micrel, Inc. MICRF600/MICRF600Z Contents General Description 1 Features 1 Applications 1 Contents 2 RF Module Selection 3 Ordering Information 3 Block Diagram 3 Pin 4 Pin Description 4 Absolute Maximum Ratings 1 5 Operating Ratings 2 5 Electrical 5 7 General 7 Writing to the Control Registers in MICRF600 8 Writing to a Single Register 8 Writing to All Registers 8 Writing to n Registers Having Incremental Addresses 9 Reading from the Control Registers in MICRF600 9 Reading n Registers from 9 Programming Interface 10 Power on Reset 11 Programming 11 Frequency Synthesizer 12 Crystal Oscillator XCO 12 VCO 12 Lock Detect 13 Modes of 13 Transceiver Sync/Non-Synchronous Mode 14 Data Interface 14 Receiver 14 Front End 15 Sallen-Key 15 Switched Capacitor 15 FEE 16 Bit 16 Transmitter 18 Power 18 Frequency Modulation 18 Using the XCO-tune Bits 18 Application Circuit Illustration 19 Assembling the MICRF600 19 Recommended Reflow Temperature Profile 19 Shock/Vibration during 19 Handassembling the 19 20 Recommended Land 20 Layout Considerations 20 Package Dimensions 21 Tape Dimensions 21 July 2006 M9999-082505 Micrel, Inc. MICRF600/MICRF600Z RF Module Selection Guide Device MICRF600 MICRF600Z MICRF610 MICRF610Z MICRF620 MICRF620Z RFB433B RFB868B RFB915B Frequency Range 902-928 MHz 868-870 MHz 430-440 MHz 430-440 MHz 868-870 MHz 902-928 MHz Data Rate <20 kbps <15 kbps <20 kbps kbaud Supply Receive Voltage Transmit 28 mA Lead-free MICRF600 28 mA Lead-free MICRF610 24 mA Lead-free MICRF620 8 mA V 42 mA 10 mA V 50 mA 10 mA V 50 mA Modulation Type Package 11.5x14.1 mm 11.5x14.1 mm 11.5x14.1 mm 1”x1” 1”x1” 1”x1” Ordering Information Part Number MICRF600 TR MICRF600Z TR Junction Temp. Range 1 to +75°C to +75°C Package x 14.1mm x 14.1mm Block Diagram IFAMP LO-Buffer IFAMP Sallen-key Main filter Sallen-key Main filter DIV 2 Control logic Clock recovery Demodulator SCLK IO CS RSSI DATAIXO DATACLK PA-buffer Deviation control Modulator Bias Frequency Synthesiser RSSI LD July 2006 MICRF600 3 M9999-082505 Micrel, Inc. Pin Configuration 16 1 2 VDD 15 GND 14 4 SCLK ANT 13 GND 12 6 DataIXO GND 11 7 DataClk 10 9 8 MICRF600/MICRF600Z Pin Description Pin Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Pin Name NC CS

PDF Datasheet Preview

MICRF600
902-928MHz ISM Band Transceiver Module

The MICRF600 is a self-contained frequency shift keying FSK transceiver module, intended for use in half-duplex, bidirectional RF links. The multi-channeled FSK transceiver module is intended for UHF radio equipment in compliance with the North American Federal Communications Commission FCC part and

The transmitter consists of a fully programmable PLL frequency synthesizer and power amplifier. The frequency synthesizer consists of a voltage-controlled oscillator VCO , a crystal oscillator, dual modulus prescaler, programmable frequency dividers, and a phase-detector. The output power of the power amplifier can be programmed to seven levels. A lock-detect circuit detects when the PLL is in lock.

In receive mode, the PLL synthesizer generates the local oscillator LO signal. The N, M, and A values that give the LO frequency are stored in the N0, M0, and A0 registers.

The receiver is a zero intermediate frequency IF type that makes channel filtering possible with low-power, integrated low-pass filters. The receiver consists of a low noise amplifier LNA that drives a quadrature mix pair. The mixer outputs feed two identical signal channels in phase quadrature. Each channel includes a pre-amplifier, a third order Sallen-Key RC low-pass filter that protects the following switched-capacitor filter from strong adjacent channel signals, and a limiter. The main channel filter is a switched-capacitor implementation of a six-pole elliptic low pass filter. The cut-off frequency of the Sallen-Key RC filter can be programmed to four different frequencies 100kHz, 150kHz, 230kHz, and 350kHz. The I and Q channel outputs are demodulated and produce a digital data output. The demodulator detects the relative phase of the I and the Q channel signal. If the I channel signal lags behind the Q channel, the FSK tone frequency is above the LO frequency data If the I channel leads the Q channel, then the FSK tone is below the LO frequency data The output of the receiver is available on the DataIXO pin. A receive signal strength indicator RSSI circuit indicates the received signal level. All support documentation can be found on Micrel’s web site at:

Module
• “Drop in” RF solution
• Small size 11.5x14.1mm
• RF tested
• FCC Compliant
• Low Power
• Surface Mountable
• Tape & Reel
• Digital Bit Synchronizer
• Received Signal Strength Indicator RSSI
• RX and TX power management
• Power down function
• Register read back function
• Telemetry
• Remote metering
• Wireless controller
• Remote data repeater
• Remote control systems
• Wireless modem
• Wireless security system
is a trademark of Micrel, Inc

Micrel Inc.
• 2180 Fortune Drive
• San Jose, CA 95131
• USA
• tel +1 408 944-0800
• fax + 1 408 474-1000
•

July 2006

M9999-082505

Micrel, Inc.

MICRF600/MICRF600Z

Contents
General Description 1 Features 1 Applications 1 Contents 2 RF Module Selection 3 Ordering Information 3 Block Diagram 3 Pin 4 Pin Description 4 Absolute Maximum Ratings 1 5 Operating Ratings 2 5 Electrical 5 7

General 7 Writing to the Control Registers in MICRF600 8 Writing to a Single Register 8 Writing to All Registers 8 Writing to n Registers Having Incremental Addresses 9 Reading from the Control Registers in MICRF600 9 Reading n Registers from 9 Programming Interface 10 Power on Reset 11 Programming 11 Frequency Synthesizer 12 Crystal Oscillator XCO 12 VCO 12 Lock Detect 13 Modes of 13 Transceiver Sync/Non-Synchronous Mode 14 Data Interface 14 Receiver 14 Front End 15 Sallen-Key 15 Switched Capacitor 15 FEE 16 Bit 16 Transmitter 18 Power 18 Frequency Modulation 18 Using the XCO-tune Bits 18 Application Circuit Illustration 19 Assembling the MICRF600 19 Recommended Reflow Temperature Profile 19 Shock/Vibration during 19 Handassembling the 19 20 Recommended Land 20 Layout Considerations 20 Package Dimensions 21 Tape Dimensions 21

July 2006

M9999-082505

Micrel, Inc.

MICRF600/MICRF600Z

RF Module Selection Guide

Device MICRF600 MICRF600Z MICRF610 MICRF610Z MICRF620 MICRF620Z RFB433B RFB868B RFB915B

Frequency Range
902-928 MHz
868-870 MHz
430-440 MHz
430-440 MHz 868-870 MHz 902-928 MHz

Data Rate <20 kbps
<15 kbps
<20 kbps
kbaud

Supply Receive Voltage

Transmit
28 mA

Lead-free MICRF600
28 mA

Lead-free MICRF610
24 mA

Lead-free MICRF620
8 mA V
42 mA
10 mA V
50 mA
10 mA V
50 mA

Modulation Type

Package 11.5x14.1 mm
11.5x14.1 mm
11.5x14.1 mm
1”x1”
1”x1”
1”x1”
Ordering Information

Part Number MICRF600 TR MICRF600Z TR

Junction Temp. Range 1 to +75°C to +75°C

Package x 14.1mm x 14.1mm

Block Diagram

IFAMP

LO-Buffer

IFAMP

Sallen-key

Main filter

Sallen-key

Main filter

DIV 2

Control logic Clock recovery Demodulator

SCLK IO CS

RSSI

DATAIXO DATACLK

PA-buffer

Deviation control Modulator

Bias

Frequency Synthesiser

RSSI LD

July 2006

MICRF600 3

M9999-082505

Micrel, Inc.

Pin Configuration
16 1 2

VDD 15

GND 14
4 SCLK

ANT 13

GND 12
6 DataIXO

GND 11
7 DataClk
10 9 8

MICRF600/MICRF600Z

Pin Description

Pin Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Pin Name NC CS

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived MICRF600ZTR Datasheet file may be downloaded here without warranties.

Datasheet ID: MICRF600ZTR 647912