AN3749
Abstract: Q2EX MCF528X MCF522xx MCF5282UM M5282EVB
Text: Freescale Semiconductor Application Note Using ADC and QADC Modules with ColdFire Microcontrollers The MCF5211/12/13 and MCF522xx ADC Module The MCF5214/16 and MCF528x QADC Module by: David Tosenovjan Technical Information Center, Roznov 1 Introduction This application note helps understand how to use the
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MCF5211/12/13
MCF522xx
MCF5214/16
MCF528x
MCF528x,
MCF5211/12/13,
M5282EVB
M52233DEMO.
AN3749
Q2EX
MCF5282UM
M5282EVB
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digital multimeter DT 832
Abstract: MPFB1632 coolant temperature sensor cerberus QAD64 LM324 OPAMP M68MEVB1632 IR Sensor ppt MC68300 MPBF375BGA
Text: Order this document by AN1791/D Motorola Semiconductor Application Note AN1791 Using the QADC64 Module on the M68F375 Microcontroller By Austin Obobaifo and Thomas Walter PowerTrain Systems Division Austin, Texas Introduction This application note provides useful material for using the MPFB1632
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AN1791/D
AN1791
QADC64
M68F375
MPFB1632
MPBF375BGA
QADC64)
digital multimeter DT 832
MPFB1632
coolant temperature sensor
cerberus
QAD64
LM324 OPAMP
M68MEVB1632
IR Sensor ppt
MC68300
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CCW15
Abstract: MC14051 MPC555 MPC556 QADC64
Text: SECTION 13 QUEUED ANALOG-TO-DIGITAL CONVERTER MODULE-64 The MPC555 / MPC556 includes two independent queued analog-to-digital converter QADC64 modules. For details of QADC64 operation not included in this section, refer to the QADC Reference Manual (QADCRM/AD).
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MODULE-64
MPC555
MPC556
QADC64)
QADC64
MPC556
CCW15
MC14051
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CCW15
Abstract: transistor kn motorola transistor 4810 4C00 MC14051 MPC555 MPC561 MPC563 QADC64E mq137
Text: SECTION 13 QUEUED ANALOG-TO-DIGITAL CONVERTER QADC64E LEGACY MODE OPERATION The two queued analog-to-digital converter (QADC) modules on MPC561 and MPC563 devices are 10-bit, unipolar, successive approximation converters. The modules can be configured to operate in one of two modes, Legacy Mode (MPC555
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QADC64E)
MPC561
MPC563
10-bit,
MPC555
QADC64E
CCW15
transistor kn
motorola transistor 4810
4C00
MC14051
MPC555
mq137
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ppt on ic engine
Abstract: mq2 sensor pins digital multimeter DT 832 ccw62 bdm68k coolant temperature sensor LM324 OPAMP berg 25-pin header sensors MQ2 MPBF375BGA
Text: Order this document by AN1791/D Freescale Semiconductor Freescale Semiconductor, Inc. AN1791 Using the QADC64 Module on the M68F375 Microcontroller By Austin Obobaifo and Thomas Walter PowerTrain Systems Division Austin, Texas Introduction This application note provides useful material for using the MPFB1632
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AN1791/D
AN1791
QADC64
M68F375
MPFB1632
MPBF375BGA
QADC64)
ppt on ic engine
mq2 sensor pins
digital multimeter DT 832
ccw62
bdm68k
coolant temperature sensor
LM324 OPAMP
berg 25-pin header
sensors MQ2
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MC14051
Abstract: ccw15
Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. QADC QUEUED ANALOG-TO-DIGITAL CONVERTER REFERENCE MANUAL Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability
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128 channel analog multiplexer
Abstract: F77E circuit diagram of queuing with seven segment detector mq2 ANXX QADC64 QADCRM/AD 64 MC14051 MC68F375 ANX11
Text: SECTION 5 QUEUED ANALOG-TO-DIGITAL CONVERTER MODULE-64 The MC68F375 includes one independent queued analog-to-digital converter QADC64 module. For details of QADC64 operation not included in this section, refer to the QADC Reference Manual (QADCRM/AD). 5.1 Overview
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MODULE-64
MC68F375
QADC64)
QADC64
ANX14
MC68F375
128 channel analog multiplexer
F77E
circuit diagram of queuing with seven segment
detector mq2
ANXX
QADCRM/AD 64
MC14051
ANX11
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circuit diagram of queuing with seven segment
Abstract: CCW15 101ZZ MC68377 8127 ANX11 ANX8 detector mq2 MC14051 QADC64
Text: SECTION 8 QUEUED ANALOG-TO-DIGITAL CONVERTER MODULE-64 MC68377 includes one independent queued analog-to-digital converter QADC64 module. 8.1 Overview The QADC64 modules consist of an analog front-end and a digital control subsystem, which includes an intermodule bus (IMB3) interface block. Refer to Figure 8-1.
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MODULE-64
MC68377
QADC64)
QADC64
ANX14
MC68377
circuit diagram of queuing with seven segment
CCW15
101ZZ
8127
ANX11
ANX8
detector mq2
MC14051
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MPC555
Abstract: Engine Position driver Engine crank measurement
Text: QADC Tr i g g e r A Motorola Low-Level Driver Component The QADC Trigger driver executes in conjunction with the Engine Position driver to produce a pulse referenced to a tooth on the crankshaft. The application software specifies the tooth number that begins the pulse, the
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OE-39
MPC555
Engine Position driver
Engine crank measurement
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detector mq2
Abstract: QADC MC14051
Text: QADC QUEUED ANALOG-TO-DIGITAL CONVERTER REFERENCE MANUAL Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does Motorola assume any liability arising out of the application or use of any product or circuit, and specifically disclaims any and
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ccw15
Abstract: DSA0039270
Text: SECTION 8 QUEUED ANALOG-TO-DIGITAL CONVERTER MODULE This section is an overview of the queued analog-to-digital converter QADC module. Refer to the QADC Reference Manual (QADCRM/AD) for a comprehensive discussion of QADC capabilities. 8.1 General The QADC consists of an analog front-end and a digital control subsystem, which
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MC68336/376
ccw15
DSA0039270
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detector mq2
Abstract: QADC ccw15
Text: Freescale Semiconductor, Inc. SECTION 8 QUEUED ANALOG-TO-DIGITAL CONVERTER MODULE Freescale Semiconductor, Inc. This section is an overview of the queued analog-to-digital converter QADC module. Refer to the QADC Reference Manual (QADCRM/AD) for a comprehensive discussion of QADC capabilities.
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MC68336/376
detector mq2
QADC
ccw15
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MC68377
Abstract: 122B BAA123
Text: APPENDIX E ELECTRICAL AND AC CHARACTERISTICS E.1 Absolute Maximum Ratings Table E-1 Maximum Ratings VSS = 0 V Rating Symbol VDDI, V DD3, V DDDPTRAM, VSTBY Value Unit -0.3 to + 4.0 V VDDSYN -0.3 to 4.0 V QADC Supply Voltage VDDA -0.3 to 6.0 V 5-V Supply Voltage
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Voltage10
MC68377
MC68377
122B
BAA123
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ccw15
Abstract: MPC566 motorola transistor 4810 4C00 MC14051 MPC565 QADC64 4C14-0x30
Text: SECTION 13 QUEUED ANALOG-TO-DIGITAL CONVERTER QADC64E The two queued analog-to-digital converter (QADC) modules on MPC565 / MPC566 are 10-bit, unipolar, successive approximation converters with analog multiplexers. These modules are configured so each module can access all 40 of the analog inputs
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QADC64E)
MPC565
MPC566
10-bit,
QADC64E
QADC64.
MPC566.
ccw15
MPC566
motorola transistor 4810
4C00
MC14051
QADC64
4C14-0x30
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290uH
Abstract: L125C
Text: 2 . Schematic: 1. M e ch a n ic a l D im e n sio n s: 0 .9 6 0 0.680 o n LO c> 3. E l e c t r i c a l S p e c ific a tio n s : SUGGESTED PAD LAYOUT DCL: 2 9 .0 u H ± 15% @ 10KHz 0.1V , QAdc 2 9 .0 u H ± 1 5% @1 OKHz 0.1V, 6.5Adc D: 10 Min @ 10KHz 0.1V DCR: 2 9 .0
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10KHz
10Adc
MIL-STD-20ZG.
UL94-V-0
E151555
-l-125
290uH
L125C
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M150
Abstract: No abstract text available
Text: 1. M e c h a n ic a l: 2. S c h e m a tic: o 2 .5 0 n I I 2 .5 0 o CN 4 .5 0 II O •=t C\¡ 3. ELECTRICAL SPECIFICATIONS: @ 2 5 nC 3 .5 0 3 .5 0 — - OCL: 2,1 uH ± 20% 3 .3 0 @ 100KHz 0.25V , QAdc Isat: 15Adc B a se d on 20% OCL Drop Ih e a iin g : 12Adc (B ased on 40*C Rise in T em p)
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MIL-STD-202,
UL94V-0
100KHz
15Adc
12Adc
XF1Z1Z06
M150
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Untitled
Abstract: No abstract text available
Text: 1. M e c h a n ic a l D im e n s i o n s : 2 . S ch e m atic: A 7 .6 0 3 .5 5 Max Max X D O to 3. Electrical Specifications: OCL: 2 2 .6 5 u H ± 2 0 % Irm s: 3 .8 3 TT Isat: @ 100KHz 0.25V, QAdc 1.62A B ased an 4D*C Typ Rise In T em p 1 .6 7 A d c (B ased on 30% Drop in OCL)
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100KHz
67Adc
MIL-STD-202G,
UL94V-0
E151556
-l-125
102mm)
XFTPRH73-2Z0M
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Untitled
Abstract: No abstract text available
Text: 1. M e c h a n ic a l: 2. S c h e m a tic: o 2.50 n II 2.50 o CN 4.50 II O •=t C\¡ 3. ELECTRICAL SPECIFICATIONS: @ 2 5 nC 3.50 3.50 — OCL: 1,0uH±20% @100KHz 0.25V, QAdc - 3.30 Isat: 15Adc Based on 20% OCL Drop Iheaiing: 11Adc (Based on 40*C Rise in Temp)
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MIL-STD-202,
UL94V-0
100KHz
15Adc
11Adc
XF1Z1Z04-1
R0M150
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Untitled
Abstract: No abstract text available
Text: 2. Sch e m atic: 1. M e c h a n ic a l: o2.50 2 .5 0 "" 1 2 .3 0 i0 .5 0 o o CN Lf> D mg osi>ioyL-go •st AAMAA SyiMJX o I 4.50 CD s CN a — ^ — CÑ 3.50 3.50 - -3.30 3. E lectrical Sp ecificatio n s: @25“C OCL: 1.0uH±10% @100KHz 0.1V, QAdc Isat: 18Adc Based on 10% OCL Drop
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MIL-STD-202,
UL94V-0
100KHz
75MHz
XF1Z1Z06-1
R0K180
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Untitled
Abstract: No abstract text available
Text: 1. M e c h a n ic a l: 2. S c h e m a tic: o 2.50 n II 2.50 o CN 4.50 II O •=t C\¡ 3. ELECTRICAL SPECIFICATIONS: @ 2 5 nC 3.50 3.50 — OCL: 4,2uH±20% @100KHz 0.25V, QAdc - 3.30 Isat: 10Adc Based on 20% OCL Drop Iheaiing: 8.5Adc (Based on 40‘C Rise in Temp)
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MIL-STD-202,
UL94V-0
100KHz
10Adc
XF1Z1Z06
4RZM100
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u 860
Abstract: 2575s
Text: 1. M ech an ical D im en sio n s: 2. S c h e m a t i c : c 7.50 " “I ± 0 .3 0 Y~ L 3. E l e c t r i c a l S p e c i f i c a t i o n s : 0.1 D Typ m ark OCL: 100uH ±20% @1.0KHz 0.25V Q: 3.5 Min @1.0KHz 0.25V □ CR: 0 .1 2 5±Z 0% Isat: —| 1 .QAdc Max Based on
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MIL-STD-202G,
UL94V-0
E151555
55xygen
-t-125
102mm)
2575S
u 860
2575s
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Untitled
Abstract: No abstract text available
Text: 1. M e c h a n ic a l: 2. S c h e m a tic: o 2.50 n II 2.50 o CN 4.50 II O •=t C\¡ 3. ELECTRICAL SPECIFICATIONS: @ 2 5 nC 3.50 3.50 — - 3.30 Jl o OCL: 1,0uH±20% @100KHz 0.25V, QAdc Isat: 20Adc Based on 20% OCL Drop Iheaiing: 15Adc (Based on 40*C Rise in Temp)
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MIL-STD-202,
UL94V-0
100KHz
20Adc
15Adc
XF1Z1Z06-1R0MZ00
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Untitled
Abstract: No abstract text available
Text: 1. M e c h a n ic a l: 2. S c h e m a tic: o 2.50 n II 2.50 o CN 4.50 II O •=t C\¡ 3. ELECTRICAL SPECIFICATIONS: @ 2 5 nC 3.50 3.50 — - 3.30 Jl o OCL: 1,0uH±20% @100KHz 0.25V, QAdc Isat: 22.8 Adc Based on 20% OCL Drop Iheaiing: 18Adc (Based on 40*C Rise in Temp)
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MIL-STD-202,
UL94V-0
100KHz
18Adc
XF1Z1Z05-1ROMZZB
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Untitled
Abstract: No abstract text available
Text: 1. M e c h a n ic a l: 2. S c h e m a tic: o 2.50 n II 2.50 o CN 4.50 II O •=t C\¡ 3. ELECTRICAL SPECIFICATIONS: @ 2 5 nC 3.50 3.50 — - 3.30 Jl o OCL: 3,1 uH±20% @ 100KHz 0.25V, QAdc Isat: 12Adc Based on 20% OCL Drop Iheaiing: 9Adc (Based on 40‘C Rise in Temp)
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MIL-STD-202,
UL94V-0
100KHz
12Adc
Dec-17â
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