dsdi 7-015 A
Abstract: DSDI 17-04 DSD 17-14 b DSDI 71-16 DSD 12-16 dsdi 7-015 DSDI DSDI 7-01 B DSDI 20-01 b DSDI 17-14 b
Text: A S E A BROUN/ABB SENICON Schnelle Dioden Diode DSD Vrrm Fast switching diodes If r m s Ki If a v i Tc - 100°C A °C A(°C) DSDI 5-04 A DSD1 5-06 A DSDI 5-08 A 400 600 800 10 DSDI 7-01 A DSDI 7-015 A DSDI 7-02 A 100 10 ft vF If Ir r m (10 ms) 10 ms T y j =• 45°C
|
OCR Scan
|
DO-200
1H1T1SW27T
dsdi 7-015 A
DSDI 17-04
DSD 17-14 b
DSDI 71-16
DSD 12-16
dsdi 7-015
DSDI
DSDI 7-01 B
DSDI 20-01 b
DSDI 17-14 b
|
PDF
|
QF1Da512
Abstract: HBM 00-07H DSDI audio crossover filter Transistor FIR 3D 41 AEC-Q100-002D qf1d512 QF1D512-DK dr2m circuit for 7.1 home theatre system
Text: PRELIMINARY DATA SHEET QF1Da512 Simple and versatile FIR engine SavFIReTM APPLICATIONS • Audio Equalization, Crossovers, and 3D widening Televisions Clk Gen CTRL Registers clk_sys Docking Stations Stereo Headsets (both wired and wireless) Home Theatre Speakers
|
Original
|
QF1Da512
QF1Da512
HBM 00-07H
DSDI
audio crossover filter
Transistor FIR 3D 41
AEC-Q100-002D
qf1d512
QF1D512-DK
dr2m
circuit for 7.1 home theatre system
|
PDF
|
dsdi 7
Abstract: MPC823 hard reset DSdi 5
Text: SECTION 4 RESET The reset block of the MPC823 has a reset control logic that determines the cause of reset, synchronizes it if necessary, and resets the appropriate logic modules. The memory controller, system protection logic, interrupt controller, and parallel I/O pins are initialized
|
Original
|
MPC823
50/GCLK2
dsdi 7
hard reset
DSdi 5
|
PDF
|
motorola 852
Abstract: 4E20
Text: SECTION 8 DEVELOPMENT SUPPORT Development tools are used by a microcomputer system developer to debug the hardware and software of a target system. These tools are used to give the developer some control over the execution of the target program. In-circuit emulators
|
Original
|
|
PDF
|
LT 8215
Abstract: motorola ctc 4E20 MPC509
Text: SECTION 8 DEVELOPMENT SUPPORT Development tools are used by a microcomputer system developer to debug the hardware and software of a target system. These tools are used to give the developer some control over the execution of the target program. In-circuit emulators and bus
|
Original
|
MPC509
LT 8215
motorola ctc
4E20
MPC509
|
PDF
|
MPC566
Abstract: motorola 2239 MPC565 MSRR
Text: SECTION 22 DEVELOPMENT SUPPORT 22.1 Overview The visibility and controllability requirements of emulators and bus analyzers are in opposition to the trend of modern microcomputers and microprocessors where many bus cycles are directed to internal resources and are not visible externally.
|
Original
|
MPC565/MPC566
32-bit
MPC566
motorola 2239
MPC565
MSRR
|
PDF
|
556C
Abstract: MPC860 irm7 00
Text: SECTION 12 SYSTEM INTERFACE UNIT 12.1 INTRODUCTION The system interface unit SIU of the MPC860 consists of several functions that control system startup, initialization and operation, protection, and the external system bus. The following is a list of the system interface unit’s important features:
|
Original
|
MPC860
556C
irm7 00
|
PDF
|
MPC555
Abstract: No abstract text available
Text: SECTION 21 DEVELOPMENT SUPPORT 21.1 Overview The visibility and controllability requirements of emulators and bus analyzers are in opposition to the trend of modern microcomputers and microprocessors where many bus cycles are directed to internal resources and are not visible externally.
|
Original
|
32-bit
MPC555
MPC555
|
PDF
|
556C
Abstract: MPC821
Text: SECTION 12 SYSTEM INTERFACE UNIT 12.1 INTRODUCTION The system interface unit SIU of the MPC821 consists of several functions that control system startup, initialization and operation, protection, and the external system bus. The following is a list of the system interface unit’s important features:
|
Original
|
MPC821
556C
|
PDF
|
BBC DSDI 35
Abstract: FC01 MPC500 MPC561 MPC563 1PE1R 0b00111
Text: SECTION 24 READI MODULE 24.1 Overview The READI module provides real-time development capabilities for RCPU-based MCUs in compliance with the IEEE-ISTO 5001 - 1999. This module provides development support capabilities for MCUs in single chip mode, without requiring address and
|
Original
|
MPC561/MPC563
BBC DSDI 35
FC01
MPC500
MPC561
MPC563
1PE1R
0b00111
|
PDF
|
MPC555
Abstract: MPC556
Text: SECTION 21 DEVELOPMENT SUPPORT 21.1 Overview The visibility and controllability requirements of emulators and bus analyzers are in opposition to the trend of modern microcomputers and microprocessors where many bus cycles are directed to internal resources and are not visible externally.
|
Original
|
MPC555
MPC556
32-bit
MPC556
|
PDF
|
MPC561
Abstract: MPC563
Text: SECTION 23 DEVELOPMENT SUPPORT The visibility and controllability requirements of emulators and bus analyzers are in opposition to the trend of modern microcomputers and microprocessors where many bus cycles are directed to internal resources and are not visible externally.
|
Original
|
32-bit
MPC561/MPC563
MPC561
MPC563
|
PDF
|
BBC DSDI 35
Abstract: MPC566 FC01 MPC500 MPC565 btm 110 module jtag mpc565
Text: SECTION 23 READI MODULE 23.1 Overview The READI module provides real-time development capabilities for RCPU-based MCUs in compliance with the IEEE-ISTO 5001 - 1999. This module provides development support capabilities for MCUs in single chip mode, without requiring address and
|
Original
|
MPC565/MPC566
BBC DSDI 35
MPC566
FC01
MPC500
MPC565
btm 110 module
jtag mpc565
|
PDF
|
MPC823
Abstract: 202112
Text: This section discusses the on-chip features that are used during the development phase. Background debug monitors and emulators are used to interface with this MPC823 capability. Emulators require a level of control and observation that are in sharp contrast to
|
Original
|
MPC823
MPC823
202112
|
PDF
|
|
|
DSD128
Abstract: CONV128TO64 SM5951A SM5951AF SM5951 126 dsd
Text: SM5951A 8-channel DSD Editing System Signal Processor LSI OVERVIEW The SM5951A is an 8-channel DSD Direct Stream Digital editing system signal processor LSI. It takes 4 DSD input signals per channel, mixes them, and then converts the result back into 1-bit DSD data for output.
|
Original
|
SM5951A
SM5951A
6448MHz
8224MHz
NC0319CE
DSD128
CONV128TO64
SM5951AF
SM5951
126 dsd
|
PDF
|
MPC821
Abstract: T7 M17
Text: MPC821 Pin List Rev A Pin Functions (spec name) ale_a ale_b/dsck/at1 a[0] a[10] a[11] a[12] a[13] a[14] a[15] a[16] a[17] a[18] a[19] a[1] a[20] a[21] a[22] a[23] a[24] a[25] a[26] a[27] a[28] a[29] a[2] a[30] a[31] a[3] a[4] a[5] a[6] a[7] a[8] a[9] bb*
|
Original
|
MPC821
T7 M17
|
PDF
|
MPC8xx pin
Abstract: DBPC01 diode DSDI 9 6 WAY HEADER JTAG PORT freescale JTAG header 14 MPC8XX MPC860
Text: Freescale Semiconductor, Inc. Application Note AN2387/D Rev. 0, 11/2002 Freescale Semiconductor, Inc. MPC8xx Using BDM and JTAG Robert McEwan NCSD Applications East Kilbride, Scotland As the technical complexity of microprocessors has increased, so too has the need for
|
Original
|
AN2387/D
MPC8xx pin
DBPC01
diode DSDI 9
6 WAY HEADER JTAG PORT
freescale JTAG header 14
MPC8XX
MPC860
|
PDF
|
A31G1
Abstract: MPC850
Text: MPC850 PBGA PIN ASSIGNMENT C 1998 Motorola PIN NAME PIN NAME A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 VSSSYN VSSSYN1 KAPWR XTAL EXTAL EXTCLK VDDL IP_B0/IWP0/VFLS0 IP_B3/IWP2/VF2 FRZ/IRQ6 BB TA BDIP/GPL_B5 CS1 CS3 NC B1 B2 B3 B4 B5 B6 B7 B8
|
Original
|
MPC850
A31G1
|
PDF
|
MPC509
Abstract: DSDI 71 VDDE-11 dsdi 7
Text: SECTION 1 INTRODUCTION The MPC509 is a member of the PowerPC Family of reduced instruction set computer RISC microcontrollers (MCUs). The MPC509 implements the 32-bit portion of the PowerPC architecture, which provides 32-bit effective addresses, integer data types
|
Original
|
MPC509
32-bit
0x8007
MPC509,
DSDI 71
VDDE-11
dsdi 7
|
PDF
|
MPC860
Abstract: No abstract text available
Text: SECTION 18 DEVELOPMENT SUPPORT Emulators require a level of control and observation that are in sharp contrast to the trend of modern microcomputers and microprocessors in which many bus cycles are directed to internal resources and are not externally visible. The same is true for bus analyzers. To
|
Original
|
theMPC860.
MPC860
0x2002000.
32-bit
|
PDF
|
T17 pc
Abstract: MPC860
Text: MPC860 PBGA PIN ASSIGNMENT C 1997 Motorola PIN NAME PIN NAME A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 CS1 CE2_A CS4 WE3/BS_B3/PCWE WE1/BS_B1/IOWR BS_A2 VDDL A31 A28 A30 A29 A27 A14 A11 A7 A5 A2 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13
|
Original
|
MPC860
A2/IOIS16
T17 pc
|
PDF
|
MPC850
Abstract: No abstract text available
Text: MPC850 PBGA PIN ASSIGNMENT JEDEC (C) 1998 Motorola PIN NAME PIN NAME B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 VSSSYN VSSSYN1 KAPWR XTAL EXTAL EXTCLK VDDL IP_B0/IWP0/VFLS0 IP_B3/IWP2/VF2 FRZ/IRQ6 BB TA BDIP/GPL_B5 CS1 CS3 NC C2 C3 C4 C5 C6
|
Original
|
MPC850
|
PDF
|
MPC821
Abstract: No abstract text available
Text: SECTION 19 DEVELOPMENT SUPPORT Emulators require a level of control and observation that are in sharp contrast to the trend of modern microcomputers and microprocessors in which many bus cycles are directed to internal resources and are not externally visible. The same is true for bus analyzers. To
|
Original
|
MPC821.
MPC821
0x2002000.
32-bit
|
PDF
|
tsa 5352 a
Abstract: 16265 lcd XPC823ZT66B F98S DSDI 17-10 b w188
Text: Order this document by MPC823UMAD/D MPC823 Addendum to MPC823 User Manual This addendum applies to the initial release of the MPC823 User’s Manual. It provides additional information that was not included in the original text, as well as corrections, which are highlighted in red.
|
Original
|
MPC823UMAD/D
MPC823
MPC823
B--MPC823
B-103
B-105
tsa 5352 a
16265 lcd
XPC823ZT66B
F98S
DSDI 17-10 b
w188
|
PDF
|