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Freescale Semiconductor MC13192 Manuals
Manuals and User Guides for Freescale Semiconductor MC13192. We have
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Freescale Semiconductor MC13192 manuals available for free PDF download: Reference Manual, Technical Data Manual
Freescale Semiconductor MC13192 Reference Manual (128 pages)
2.4 GHz Low Power Transceiver for the IEEE 802.15.4 Standard
Brand:
Freescale Semiconductor
| Category:
Transceiver
| Size: 1 MB
Table of Contents
Table of Contents
3
Audience
9
Organization
9
Revision History
10
Conventions
10
Definitions, Acronyms, and Abbreviations
10
References
11
Chapter 1 Introduction
13
Introduction
13
Features
14
Software Support
14
802.15.4 Standard-Compliant MAC
15
Block Diagrams
15
Simple MAC (SMAC)
15
Zigbee-Compliant Network Stack (Beestack)
15
Data Transfer Modes
16
Packet Structure
16
Receive Path Description
17
Transmit Path Description
17
Chapter 2 MC13192 Pins and Connections
19
Device Pin Assignment
19
Pin Definitions
20
Chapter 3 System Considerations
23
Introduction
23
Power Connections
23
Reset Usage
24
Test Pin SM
24
MC13192 Interface to MCU
25
SPI Command Channel
25
Interrupt Request to MCU
26
Modem Control Signals
26
Modem Crystal Oscillator
26
Modem Status Signals
26
System Oscillator and Clock Considerations
26
System Clock Configurations
27
GPIO Characteristics
28
Single System Crystal with CLKO Driving MCU Crystal Input
28
MC13192 Digital Signal Properties Summary
29
Transceiver RF Port Operation and External Connections
30
Low Power Considerations
31
Modem Low Power States
32
3.10.2.1 Doze Current Higher than Specified
33
3.10.2.2 Asserting ATTN Early to Exit Hibernate or Doze Mode
33
Special Considerations for Hibernate and Doze Low Power Modes
33
Recovery Times from Low Power Modes
34
3.10.3.1 Modem Active Currents
35
Modem CCA/ED Timing Profile
35
Modem RX Timing Profile
36
Modem TX Timing Profile
36
General System Considerations for Low Power
37
Chapter 4 SPI Register Descriptions
39
Mandatory Register Initialization
39
Overview
39
Register Model and Description Details
40
Reset - Register 00
43
Rx_Pkt_Ram - Register 01
43
Tx_Pkt_Ram - Register 02
44
Tx_Pkt_Ctl - Register 03
45
Cca_Thresh - Register 04
46
Irq_Mask - Register 05
47
Control_A - Register 06
49
Control_B - Register 07
51
Pa_Enable - Register 08
52
Control_C - Register 09
53
Clko_Ctl - Register 0A
54
Gpio_Dir - Register 0B
55
Gpio_Data_Out - Register 0C
57
Lo1_Int_Div - Register 0F
58
Lo1_Num - Register 10
59
Pa_Lvl - Register 12
60
Tmr_Cmp1_A - Register 1B
61
Tmr_Cmp1_B - Register 1C
61
Tmr_Cmp2_A - Register 1D
63
Tmr_Cmp2_B - Register 1E
63
Tmr_Cmp3_A - Register 1F
65
Tmr_Cmp3_B - Register 20
65
Tmr_Cmp4_A -Register 21
67
Tmr_Cmp4_B - Register 22
67
Tc2_Prime - Register 23
69
Irq_Status - Register 24
70
Rst_Ind - Register 25
72
Current_Time_A - Register 26
73
Current_Time_B - Register 27
73
Gpio_Data_In - Register 28
74
Chip_Id - Register 2C
75
Rx_Status - Register 2D
75
Timestamp_A - Register 2E
76
Timestamp_B - Register 2F
76
Ber_Enable - Register 30
77
Psm_Mode - Register 31
78
Chapter 5 Serial Peripheral Interface (SPI)
79
Overview
79
SPI Basic Operation
79
SPI Pin Definition
79
Chip Enable (CE)
80
Master in / Slave out (MISO)
80
Master out / Slave in (MOSI)
80
Setting MISO off Impedance
80
Setting MISO Output Drive Strength
80
SPI Clock (SPICLK)
80
SPI Burst Operation
81
SPI Singular Transactions
81
SPI Singular Transaction Protocol
82
SPI Singular Transaction Signalling
82
Symbol / Data Format
83
Recursive SPI Register Read
84
Recursive SPI Register Write
84
SPI Recursive Transactions
84
Receive Packet RAM Read Access Flow
85
Recursive Receive Packet RAM Read Access
85
Special Case - Packet RAM Access
85
Receive Packet RAM Read Access Error Conditions
86
Recursive Transmit Packet RAM Write Access
86
Transmit Packet RAM Write Access Error Conditions
87
Transmit Packet RAM Write Access Flow
87
Program Reset (Writing Address 0X00)
88
Chapter 6 Modes of Operation
89
Operational Modes Summary
89
Doze Mode
92
Hibernate Mode
92
Low Power Modes
92
Normal Doze Mode
92
Off Mode
92
Acoma Doze Mode
93
Active Modes
93
Idle Mode
93
Controlling Transition to Other Active Modes from Idle
94
Packet Mode Data Transfer TX and RX Operation
94
Packet Receive Mode
95
Aborting a Packet Receive Sequence
96
Packet Transmit Mode
96
Stream Mode Data Transfer TX and RX Operation
97
Stream Receive Mode
99
Aborting a Stream Receive Mode Sequence
100
Stream Transmit Mode
101
Clear Channel Assessment (CCA) Modes (Including Link Quality Indication)
102
Clear Channel Assessment Function (Use_Strm Is Zero)
102
Energy Detect Function (Use_Strm Is Zero)
105
CCA / ED While in Stream Mode (Use_Strm Is One)
106
Frequency of Operation
106
Link Quality Indication
106
Transmit Power Adjustment
107
Ghz PLL Out-Of-Lock Interrupt
108
Chapter 7 Timer Information
109
Event Timer Block
109
Event Timer Time Base
110
Setting Current Time
110
Event Timer Comparators
111
Latching the Timestamp
111
Reading Current Time
111
Timer Compare Fields
111
Timer Disable Bits
112
Timer Interrupt Masks
112
Timer Status Flags
112
Generating Time-Based Interrupts
113
Intended Event Timer Usage
113
Setting Compare Values
113
Timer-Triggered Transceiver Events
114
Using Tmr_Cmp2[23:0] to Exit Doze Mode
114
Packet Mode Timer_Triggered TX or RX Events
115
Stream Mode Timer_Triggered TX or RX Events
115
Chapter 8 Interrupt Description
117
Interrupts
117
Interrupt Sources
118
Output Pin IRQ
119
Programming IRQ Pullup
119
Setting IRQ Output Drive Strength
119
Attn_Irq Status Bit and Interrupt Operation
120
Exiting off Mode (Reset)
120
Interrupts from Exiting Low Power Modes
120
Pll_Lock_Irq Status Bit and Operation
120
Exiting Doze Mode(S)
121
Exiting Hibernate Mode
121
Chapter 9 Miscellaneous Functions
123
Input Pin RST
123
Reset Function
123
Reset Indicator Bit (Rst_Ind Register 25, Bit 7)
123
Software Reset (Writing to Register 00)
123
Configuring GPIO Direction
124
General Purpose Input/Output
124
Programming GPIO Output Value
124
Setting GPIO Output Drive Strength
124
Crystal Oscillator
125
GPIO1 and GPIO2 as Status Indicators
125
Reading GPIO Input State
125
Crystal Requirements
126
Crystal Trim Operation
126
Enable CLKO (Clko_En, Control_C Register 09, Bit 5)
127
Enable CLKO During Doze Mode (Clko_Doze_En, Control_B Register 07, Bit 9)
127
Output Clock Pin CLKO
127
Setting CLKO Frequency (Clko_Rate[2:0], Clko_Ctl Register 0A, Bits 2-0)
127
Input Pin ATTN
128
Setting CLKO Output Drive Strength
128
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Freescale Semiconductor MC13192 Technical Data Manual (22 pages)
2.4 GHz Low Power Transceiver for the IEEE 802.15.4 Standard
Brand:
Freescale Semiconductor
| Category:
Transceiver
| Size: 0 MB
Table of Contents
Table of Contents
1
Introduction
1
Features
2
Packet Structure
3
Block Diagrams
3
Data Transfer Modes
3
Recommended Operating Conditions
8
Electrical Characteristics
8
Functional Description
11
Pin Connections
14
Applications Information
17
Design Example
18
Packaging Information
21
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