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QUICC32

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Abstract: connected to a QUICC32. The application note describes the level 1 connections and explains the data flow , between 4 S/T interfaces and the QUICC32. The diagram would be the same for up to 10 S/T interfaces , Generator (BRG) of the QUICC32. The BRG can output a clock, which frequency is a division of the system clock of the QUICC32. The divider factor should be chosen so that the BRG frequency is close to 2048MHz , QUICC32. The diagram would be the same for up to 10 U interfaces. MOTOROLA 12 For More Information ... Freescale Semiconductor
Original
datasheet

16 pages,
239.13 Kb

TS30 MC68MH360 MC68360 MC145574 MC145572 TEXT
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Abstract: Interface) or MC145572 MC145572 (U Interface) can be connected to a QUICC32. The application note describes the , /D Figure 4 is a block diagram showing the connection between 4 S/T interfaces and the QUICC32. , generated using one of the Baud Rate Generator (BRG) of the QUICC32. The BRG can output a clock, which frequency is a division of the system clock of the QUICC32. The divider factor should be chosen so that the , QUICC32. The diagram would be the same for up to 10 U interfaces. MOTOROLA 12 DCxxx/D RAM ... Motorola
Original
datasheet

16 pages,
49.14 Kb

TS30 MC68MH360 MC68360 MC145574 MC145572 TEXT
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Abstract: Interface) or MC145572 MC145572 (U Interface) can be connected to a QUICC32. The application note describes the , . Figure 4 is a block diagram showing the connection between 4 S/T interfaces and the QUICC32. The diagram , Baud Rate Generator (BRG) of the QUICC32. The BRG can output a clock, which frequency is a division of the system clock of the QUICC32. The divider factor should be chosen so that the BRG frequency is , connection between 4 U interfaces and the QUICC32. The diagram would be the same for up to 10 U interfaces ... Freescale Semiconductor
Original
datasheet

16 pages,
308.61 Kb

TS30 T1-601 MC68MH360 MC68360 MC145574 MC145572 AN2044 Divider-by-256 br13 TEXT
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Abstract: DS2151/53 DS2151/53 APPLICATION NOTE PCM Interface, INTERFACING TO THE MC68MH360 MC68MH360 QUICC32 AUGUST 28, 1995 Interconnections between the DS2151 DS2151 or DS2153 DS2153 and the Motorola MC68MH360 MC68MH360 (QUICC32) are shown in Figure 1. The , to a Non-multiplex Bus Figure 1. TRANSCEIVER - QUICC32 INTERCONNECTIONS DS2151/53 DS2151/53 MC68MH360 MC68MH360 QUICC32 RSER RCLK RSYNC *RLINK *RLCLK L1RXDA L1RCLKA L1RSYNCA L1RXDB L1RCLKB , QUICC32). DS2151/53 DS2151/53 NOTES 1. 2. Other signals affecting operation of device are not shown. Example ... Dallas Semiconductor
Original
datasheet

1 pages,
9.37 Kb

QUICC32 MC68MH360 MC68360 hdlc DS2153 DS2151 DS2151/53 TEXT
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Abstract: communication features of the QUICC32. Included are a RISC proces­ sor, four SCCs, two SMCs, one SPI, 2.7 , .2.8 Development Support No new development tools will be needed for the QUICC32. Only the replacement of actual , also known as the q u ic c 32.™ The QUICC32 has some modifications in the Communication Processor , frame or selected time slots to one SCC. All other features remain unchanged and the QUICC32 is pin compatible with the other fam ily mem­ bers. A QUICC32 in non-QMC mode has exactly the same functionality ... OCR Scan
datasheet

10 pages,
553.52 Kb

MC68MH360 MC68MH36Q MC68360 QUICC32 TEXT
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Abstract: also known as the QUICC32.™ The QUICC32 has some modifications in the Communication Processor , Controllers • Four General-Purpose Timers The CP provides the communication features of the QUICC32. , capability of the QUICC32. An external SIA transceiver is required to complete the interface to the media , and pro­ vides a glueless interface to the QUICC32. Figure D-2. Ethernet LAN Capability Figure D , new development tools will be needed for the QUICC32. Only the replacement of actual silicon is ... OCR Scan
datasheet

10 pages,
288.65 Kb

MC68MH360 MC68360 QUICC32 TEXT
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Abstract: the QUICC32's SCCs and SMCs can be processed through an internal time slot assigner onto one or two , DS2152/54 DS2152/54 APPLICATION NOTE PCM Interface, INTERFACING TO THE MC68MH360 MC68MH360 QUICC32 OCTOBER 23, 1996 Interconnections between the DS2152 DS2152 or DS2154 DS2154 and the Motorola MC68MH360 MC68MH360 (QUICC32) are shown in Figure 1. The MC68MH360 MC68MH360 can be configured as an HDLC controller implementing protocols such as LAPD for the DS0 channels , . DS2152/54 DS2152/54 - QUICC32 INTERCONNECTIONS MC68MH360 MC68MH360 QUICC32 DS2152/54 DS2152/54 RSER RCLK RSYNC TSER TCLK ... Dallas Semiconductor
Original
datasheet

2 pages,
24.3 Kb

MC68MH360 MC68360 hdlc DS2154 DS2152 DS2152/54 QUICC32 TEXT
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Abstract: COMMUNICATIONS CIRCUITS Application Note 444: May 08, 2001 App Note 318: DS2151 DS2151, DS2153 DS2153 Interfacing to the MC68MH360 MC68MH360 QUICC32 Interconnections between the DS2151 DS2151 or DS2153 DS2153 and the Motorola MC68MH360 MC68MH360 (QUICC32) are shown in Figure 1. The MC68MH360 MC68MH360 can be configured as an HDLC controller implementing protocols such as LAPD for both D channel and the FDL. In the configuration Shown, TDM channel A is used , to the QUICC32). DS2151 DS2151, DS2153 DS2153 Notes: 1. Other signals affecting operation of device are not ... Maxim Integrated Products
Original
datasheet

2 pages,
160.65 Kb

MC68MH360 MC68360 hdlc DS2153 DS2151 QUICC32 TEXT
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Abstract: , DS21x52 and DS2155 DS2155 have a built- in HDLC controller for the T1 FDL. Any combination of the QUICC32's SCCs , Application Note 319 DS2152 DS2152, DS2154 DS2154, DS21x5Y, and DS2155 DS2155 Interfacing to the MC68MH360 MC68MH360 (QUICC32) www.maxim-ic.com OVERVIEW Interconnections between the DS2152 DS2152, DS2154 DS2154, DS21x5Y, or DS2155 DS2155 and the Motorola MC68MH360 MC68MH360 (QUICC32) are shown in Figure 1. The MC68MH360 MC68MH360 can be configured as an HDLC controller , OPTIONAL CONNECTION TLINK L1TXDA TLCLK MC68MH360 MC68MH360 (QUICC32) L1CLKB CS CSx WR(R/W ... Dallas Semiconductor
Original
datasheet

2 pages,
23.44 Kb

MC68MH360 MC68360 hdlc DS2155 DS2154 DS2152 AN319 QUICC32 TEXT
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Abstract: will be needed for the QUICC32. Only the replacem ent of actual silicon is needed. All Motorola and , The physical interface from the QUICC32 is routed through the time slot assigner. Each logical channel , QUICC32 can have independent receive and transm it clocks as well as frame synchronization signals. All , QUICC32 with the QMC protocol is designed to handle data rates from 8 kbps to 2.048 Mbps. The QMC can , channels in the QUICC32 can, in the 25 MHz version, support a data rate of 64 kbps each with any protocol ... OCR Scan
datasheet

3 pages,
91.89 Kb

TEXT
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Abstract: 68360 Bit Numbering A Frequently-Asked Questions B Connecting ISDN Interfaces to QUICC32 , Bit Numbering B Frequently-Asked Questions C Connecting ISDN Interfaces to QUICC32 IND , Appendix C Connecting ISDN Multiple S/T or U Interfaces to QUICC32 C.1 C.2 C.3 C.3.1 C.3.1.1 C , .C-15 QUICC32 Configuration , C-2 IDL and SCP Connections between the QUICC32 and the S/T Interface.C ... Freescale Semiconductor
Original
datasheet

158 pages,
1026.82 Kb

msc in gsm MPC860 QMC MPC860 MC68MH360 MC68360 MC145574 68MH360 3C80 SPECIFICATIONS TEXT
datasheet frame
Abstract: ISDN Interfaces to QUICC32 C Index IND 1 Overview 2 QMC Memory Organization 3 , Bit Numbering B Frequently-Asked Questions C Connecting ISDN Interfaces to QUICC32 IND , .B-4 Appendix C Connecting ISDN Multiple S/T or U Interfaces to QUICC32 C.1 C.2 C.3 C.3.1 C , .C-15 QUICC32 Configuration , C-2 IDL and SCP Connections between the QUICC32 and the S/T Interface.C ... Motorola
Original
datasheet

158 pages,
311.34 Kb

SMCX-1 68MH360 MC145574 MC68360 MC68MH360 MPC860 "routing tables" msc in gsm 860MH TEXT
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Archived Files

Abstract Saved from Date Saved File Size Type Download
external 16-bit bus. This enables current 68360 users to easily transition to the QUICC32. 68040 68MH360 68MH360 multichannel High-level Data Link Control (HDLC) controller, also known as the QUICC32(tm). An enhancement to the existing 68360 architecture, the QUICC32 supports up to 32 HDLC channels in a time communicate with multiple protocols including ISDN, T1 and E1. This functionality makes the QUICC32 capability, the QUICC32 incorporates communications features which eliminate the need for external
/datasheets/files/motorola/design-n/press/html/pr950227.htm
Motorola 25/11/1996 5.96 Kb HTM pr950227.htm
318 DS2151 DS2151, DS2153 DS2153 Interfacing to the MC68MH360 MC68MH360 QUICC32 App Note 319 DS2152 DS2152, DS2154 DS2154 Interfacing to the MC68MH360 MC68MH360 QUICC32 App Note 320 DS21Q41 DS21Q41, DS21Q43 DS21Q43 Interfacing to the MC68MH360 MC68MH360 QUICC32 App Note
/datasheets/files/dallas/html/00015.htm
Dallas 12/10/1998 6.41 Kb HTM 00015.htm
before after an "ENTER HUNT MODE" before it is ready to accept another frame. SCC, QUICC32, QMC, MH360 MH360 used a 33MHz part, you would have more headroom for additional channels. Question: Can the quicc32 in each time slot. Can the QMC handle this? Answer: The QUICC32 doesn't elegantly support this. , and then 3 more unused slots, etc., you can configure the QUICC32 as follows: Configure the QUICC32
/datasheets/files/motorola/design-n/sps/hpesd/support/360faqv3.txt
Motorola 20/09/1996 9.07 Kb TXT 360faqv3.txt
QUICC32™. The MC68360 MC68360 QUad Integrated Communication Controller (QUICC) is a versatile one-chip (SPI). The QUICC32 has some modifications in the Communication Processor Module (CPM) hardware and to one SCC. All other features remain unchanged and the QUICC32 is pin compatible with the other family members. A QUICC32 in non-QMC mode has exactly the same functionality as a standard MC68360 MC68360 with the exception that the Centronics and BISYNC protocols have been removed on the QUICC32 to create
/datasheets/files/motorola/design-n/solution/isdn/ch3-24/3_24.htm
Motorola 25/11/1996 6.97 Kb HTM 3_24.htm
SCC, QUICC32, QMC, MH360 MH360 - Question: Does part, you would have more headroom for additional channels. Question: Can the quicc32 support QMC in each time slot. Can the QMC handle this? Answer: The QUICC32 doesn't elegantly support this. , and then 3 more unused slots, etc., you can configure the QUICC32 as follows: Configure the QUICC32
/datasheets/files/motorola/mot-cd's/cdronetcom-d/mcuinit3/samples/68360/techsupt/qfaqv3.txt
Motorola 12/02/1997 9.21 Kb TXT qfaqv3.txt
Interfacing to the MC68MH360 MC68MH360 QUICC32 DS2151 DS2151, DS2153 DS2153 Secondary Over-Voltage Protection DS2153 DS2153 Selectable
/datasheets/files/dallas/telecom.htm
Dallas 08/08/1997 3.55 Kb HTM telecom.htm
SCC, QUICC32, QMC, MH360 MH360 - Question: Does part, you would have more headroom for additional channels. Question: Can the quicc32 support QMC in each time slot. Can the QMC handle this? Answer: The QUICC32 doesn't elegantly support this. , and then 3 more unused slots, etc., you can configure the QUICC32 as follows: Configure the QUICC32
/datasheets/files/motorola/mcuinit3/samples/68360/techsupt/qfaqv3.txt
Motorola 17/11/1997 9.21 Kb TXT qfaqv3.txt
T1/E1 Systems (Aesop) Using the QUICC32 with multiple U-interface chips (Datacomm Apps
/datasheets/files/motorola/design-n/solution/isdn/ch8-18/8_18.htm
Motorola 25/11/1996 2.16 Kb HTM 8_18.htm
Help on the "Search Words" Field Help on the "Search Words" Field The categories of questions are somewhat part-dependent but are the following: CPU Clocking SIM Memory Controller DMA Timers Comm Processor Module SCC SCC, Serial Interface SCC, UART SCC, HDLC SCC, HDLC Bus SCC, Appletalk SCC, BISYNC SCC, Transparent SCC, Ethernet SCC, QUICC32, QMC SCC, DDCMP SMC SMC, UART SMC, Transparent
/datasheets/files/motorola/design-n/datacom/apps/searchwh.htm
Motorola 25/11/1996 1.44 Kb HTM searchwh.htm
SCC, Appletalk SCC, BISYNC SCC, Transparent SCC, Ethernet SCC, QUICC32, QMC SCC
/datasheets/files/motorola/design-n/datacom/apps/searchhi.htm
Motorola 25/11/1996 4.39 Kb HTM searchhi.htm