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circuit diagram of cruise controlled system

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circuit diagram of cruise controlled system

Abstract: PLL CD4046 motor application integrated circuit originally designed for automotive cruise control systems; its block diagram is shown in , controlled PLL acceleration. Overview As shown in the detailed block diagram of the CA3228E in Figure 1 , . BLOCK DIAGRAM OF THE CA3228E SPEED CONTROL SYSTEM Copyright E ACCELERATE AMP ANALOG TO , 2. A TYPICAL APPLICATION OF THE CA3228E IN AN AUTOMOTIVE CRUISE CONTROL SYSTEM determines which , operating system, a frequency is applied at pin 8, which is a scale multiplier of the controlled system
Harris Semiconductor
Original
AN7326 circuit diagram of cruise controlled system PLL CD4046 motor application CD4046 pll application note CD4046 application note CD4046 APPLICATION CIRCUIT CA3228F CA3169

circuit diagram of cruise controlled system

Abstract: PLL CD4046 motor application controlled system speed. For the circuit of Figure 2, the scale is 2.22Hz/mph and, with the components shown , APPLICATION OF THE CA3228E IN AN AUTOMOTIVE CRUISE CONTROL SYSTEM determines which of five possible , deadband of the output drive circuit is fixed by resistor ratio, but can be controlled through the gain of , No. AN7326.1 Application Note April 1994 Applications of the CA3228E Speed Control System by W. Austin The CA3228E Speed Control System is a monolithic integrated circuit originally
Intersil
Original
LA 7326 Q229 cd4046 sine circuit diagram of cruise controlled CD4046 applications Q265 ISO9000

circuit diagram of cruise controlled system

Abstract: AN7326 circuit designed as an automotive speed-control system. 2 · I L Control Logic The system , forcing the vehicle to slowdown. Application of the brake disables the servo and places the system in , SYSTEM MODE VALVE CRUISE Open NC (Note 1) NC VENT POSITON FEED BACK (OPTIONAL TO , the system On, enabling dynamic control. Once the system is enabled, a voltage level of 0.88VCC , The Overspeed Detector circuit is used when the following sequence of events occur: A speed is set in
Harris Semiconductor
Original
I138 q212 q213 q207 8 pin cruise control Q110 CA3228 450MV

AN7326

Abstract: circuit diagram of cruise controlled system slowdown. Application of the brake disables the servo and places the system in the standby mode while the , YES SPEED = STORE? NO NO SPEED < STORE? CRUISE YES YES ACCEL AT CONTROLLED , VAC VALVE DIAPHRAGM SYSTEM MODE VALVE ACCEL CRUISE COAST VAC Open NC (Note 1 , system is enabled, a voltage level of 0.88VCC, 0.66VCC, and 0.38VCC decodes the RESUME, ACCEL, and COAST command, respectively. A driver command of 0.12VCC or less turns the system Off. The Driver
Harris Semiconductor
Original
q216 I-138 Q258 ACCEL q207 Q277

AN7326

Abstract: integrated circuit designed as an automotive speed-control system. l2L Control Logic The system , forcing the vehicle to slowdown. Application of the brake disables the servo and places the system in , , respectively. A driver command of 0.12VCC or less turns the system Off. The Driver Command Delay established , voltage at pin 15 is equal to the V M voltage. A filter circuit contained in the output of the resume , Detector Comparator The Overspeed Detector circuit is used when the following sequence of events occur: A
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OCR Scan
55VCC 183VCC
Abstract: down. Application of the brake disables the servo and places the system in the standby mode while the , COAST command, respectively. A driver command of 0.12 Vcc or less turns the system Off. Driver , Detector Comparator The Overspeed Detector circuit is used when the following sequence of events occur; A , circuit contained in the output of the resume comparator insures that noise doesn't reset the comparator , system into Standby from Cruise. Ramp Oscillator (Pin 5) The Ramp Oscillator at pin 5 nominally varies -
OCR Scan
RCA-CA3228
Abstract: circuit designed as an automotive speed-control system. â'¢ l2L Control Logic T he system monitors , > SPECIAL FUNCTIONS CA3228E (SEE FIGURE 2) SYSTEM MODE ACCEL CRUISE C O AS T VAC Open , , respectively. A driver command of 0.12VCC or less turns the system Off. The Driver Command Delay established , Accelerate and Resume Generator. The circuit switches the signal output at pin 15 depending on the mode of , voltage at pin 15 is equal to the V M voltage. A filter circuit contained in the output of the resume -
OCR Scan

AN7326

Abstract: vc servo driver . Once the system is enabled, a voltage level of 0.88VCC, 0.66VCC, and 0.38VCC decodes the RESUME, ACCEL, and COAST command, respectively. A driver command of 0.12VCC or less turns the system Off. The , voltage at pin 15 is equal to the V M voltage. A filter circuit contained in the output of the resume , an output of 0.5VCC. The Overspeed Detector circuit is used when the following sequence of , system to revert to the Standby mode if Vs drops below 0.183VCC in the Cruise mode. Digital Filter
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OCR Scan
vc servo driver

circuit diagram of cruise controlled system

Abstract: MC14460 of any voltage higher than maximum rated voltages to this high impedance circuit. For proper , speed. The flow diagram in Figure 3 gives the detailed constraints/operation of this input. ACCEL (ACC , . The flow diagram in Figure 3 gives the detailed constraints/operation of this input. BRAKE (BRK, Pin , speed. â'¢ On-Chip Master Oscillator for System Time Reference â'¢ Separate On-Chip Pulse Oscillator for Output Pulse Width Adjustment (Analogous to System Gain) â'¢ Diode Protection on All Inputs â
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OCR Scan
MC14460 cruise speed control MC14460 transistor c 6089 mc14460 processor electromagnetic brake power circuit diagram TRANSISTOR ASY 19
Abstract: and Speed Cruise mode. Under Thermal CruiseTM mode, temperatures of CPU and the system can be , hardware parameters of the system, including power supply voltages, fan speeds, and temperatures, which , a set of flexible I/O control functions to the system designer through a set of General Purpose I/O , can read all the monitored parameters of the system from time to time. A pop-up warning can also be , send vector = 1 to speech synthesizer and play this voice data. Following is the block diagram of the Winbond Electronics
Original
W83791D/W83791G W83791D/G 0/791D W55F10 W83782D-W83791D R32/R33

NPN transistor 2n 3904 temperature sensor

Abstract: thermistor R53 - Thermal CruiseTM mode and Speed Cruise mode. Under Thermal mode, temperatures of CPU and the system can , several critical hardware parameters of the system, including power supply voltages, fan speeds, and , function, W83791D/G provides a set of flexible I/O control functions to the system designer through a set , software or BIOS, the users can read all the monitored parameters of the system from time to time. A , send vector = 1 to speech synthesizer and play this voice data. Following is the block diagram of the
Winbond Electronics
Original
NPN transistor 2n 3904 temperature sensor thermistor R53 NPN transistor 8050d NPN transistor 2n 3904 PWM 12V fan speed control circuit winbond 8050d transistor
Abstract: II "mode. Under "Thermal Cruise "mode, temperatures of GPU and the system can be maintained within , / mini systems, W83L786R/G can be used to monitor several critical hardware parameters of the system , . Through the application software or BIOS, the users can read all the monitored parameters of system from , spacing saving consideration of the Graphic cards and Notebook system, W83L786R/G is 28-pin SSOP package , TEMP_FAULT# / GPIO14 when the temperature of the system or GPU 28 OD12/IOD12TS exceeds its limit. (Default nuvoTon
Original
W83L786R W83L786G W83L786R/ CEM9435A 1N4148 LM348

65asf

Abstract: w83782d Application notes several critical hardware parameters of the system, including power supply voltages, fan speeds, and , provides a set of flexible I/O control functions to the system designer through a set of General Purpose I , users can read all the monitored parameters of the system from time to time. A pop-up warning can also , (index 08h) enabled in advance for allowance of time on detecting devices. That is, once the system , data. Following is the block diagram of the 8-Byte event trigger queue. Enable Timeout CLK 1 HZ
Winbond Electronics
Original
65asf w83782d Application notes

SMART-FAN-3

Abstract: W55FXX . Conventionally, W83791D can be used to monitor several critical hardware parameters of the system, including , Thermal CruiseTM T mode, temperatures of CPU and the system can be maintained within specific programmable , not use the speech function, W83791D provides a set of flexible I/O control functions to the system , BIOS, the users can read all the monitored parameters of the system from time to time. A pop-up warning , and practical functions to make the whole system more efficient and compliant with future trend of
Winbond Electronics
Original
SMART-FAN-3 W55FXX RSMRST w83782

W83L784R

Abstract: 2N3904 monitor several critical hardware parameters of the system, including power supply voltages, fan speeds , width modulation) outputs for the fan speed control TM to support the } Thermal Cruise ~ system, which , monitored parameters of system from time to time. And a pop-up warning can be also activated when the , Notebook system, W83L784R is in the package of 209mil 20pins-SSOP. Confidential, For Beta-site Only -5 , transistor 2N3904 and the circuit connection is shown as Figure 12. The pin of Pentium II D- is connected to
Winbond Electronics
Original
W83782D resister 1k thermistor 10k 25 3435 thermistor 4.7k ohm beta value W83L784 thermistor 4.7k ohm 784AP

lm358n KEY 71

Abstract: 4,7k thermistor barebone/mini systems, W83L786NR can be used to monitor several critical hardware parameters of the system , " mode and "SMART FANTM II "mode. Under "Thermal CruiseTM "mode, temperatures of GPU and the system can , . Through the application software or BIOS, the users can read all the monitored parameters of system from , spacing saving consideration of the Graphic cards and Notebook system, W83L786NR is 20-pin SSOP package , pin will be a logic LOW when the temperature of the system or CPU exceeds its limit. (Default) General
Winbond Electronics
Original
lm358n KEY 71 4,7k thermistor W83391

fan speed control lm358

Abstract: W83L785R several critical hardware parameters of the system, including voltages, fan speeds, and temperatures, which are very important for the system to work stably and properly. W83L786R/G provides one set of 5 , "mode, temperatures of GPU and the system can be maintained within specific programmable ranges under , software or BIOS, the users can read all the monitored parameters of system from time to time. A pop-up , consideration of the Graphic cards and Notebook system, W83L786R/G is 28-pin SSOP package. -1-
Winbond Electronics
Original
fan speed control lm358 W83L785R w83391ts lm358 sum

FAN CONTROL BY lm358

Abstract: marking diode 51h systems, W83L786R/G can be used to monitor several critical hardware parameters of the system, including , "Thermal CruiseTM "mode, temperatures of GPU and the system can be maintained within specific programmable , , the users can read all the monitored parameters of system from time to time. A pop-up warning can also , TEMP_FAULT# / GPIO14 when the temperature of the system or GPU 28 OD12/IOD12TS exceeds its limit. (Default , circuit connection is shown as Figure 5. The pin of D- is connected to power supply ground (GND) and the
Winbond Electronics
Original
FAN CONTROL BY lm358 marking diode 51h lm358 fan control 2N7002 W83L786R/NR

circuit diagram of cruise controlled system

Abstract: W83L784R parameters of the system, including power supply voltages, fan speeds, and temperatures, which are very , application software or BIOS, the users can read all the monitored parameters of system from time to time , interrupts. For the spacing saving consideration of the Notebook system, W83L784R is in the package of , circuit connection is shown as Figure 12. The pin of Pentium IITM D- is connected to power supply ground , mode. 6.5.3.1 Thermal Cruise mode At this mode, W83L784R provides the Smart Fan system which can
Winbond Electronics
Original
AC fan speed control schematic

VR39

Abstract: temperature controlled dc fan using 741 systems, W83L786R/G can be used to monitor several critical hardware parameters of the system, including , "Thermal CruiseTM "mode, temperatures of GPU and the system can be maintained within specific programmable , monitored parameters of system from time to time. A pop-up warning can also be activated when the monitored , programmable interrupts. For the spacing saving consideration of the Graphic cards and Notebook system , of output voltage can be represented as follows, OUTPUT Voltage = VCC × The application circuit
Winbond Electronics
Original
VR39 temperature controlled dc fan using 741
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