PWM to Analog Converter: Difference between revisions
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[[image:PWM_to_Analog_Converter.jpg|right|300px]] | [[image:PWM_to_Analog_Converter.jpg|right|300px]] | ||
The New Eagle PWM to Analog Converter receives a PWM signal from an ECU, and converts this to a analog output, 0-5 volt output. | The New Eagle PWM to Analog Converter receives a PWM signal from an ECU, and converts this to a analog output, 0-5 volt output. Three channels are available. The module is designed to give you the ability to simulate a digital, single potentiometer, or dual potentiometer such as a sensor or pedal interface simulator. | ||
There is an internal override/safety pulse input that you can enable/disable in order to pass through the original signal or the simulated signal. The potentiometer signals are generated using an external low-side drive between 4-10Khz. The incoming signal should be be low side driven because there is an internal 5V pull-up resistor. For more information refer to the datasheet. | There is an internal override/safety pulse input that you can enable/disable in order to pass through the original signal or the simulated signal. The potentiometer signals are generated using an external low-side drive between 4-10Khz. The incoming signal should be be low side driven because there is an internal 5V pull-up resistor. For more information refer to the datasheet. | ||
Revision as of 13:40, 6 March 2014
Overview
The New Eagle PWM to Analog Converter receives a PWM signal from an ECU, and converts this to a analog output, 0-5 volt output. Three channels are available. The module is designed to give you the ability to simulate a digital, single potentiometer, or dual potentiometer such as a sensor or pedal interface simulator.
There is an internal override/safety pulse input that you can enable/disable in order to pass through the original signal or the simulated signal. The potentiometer signals are generated using an external low-side drive between 4-10Khz. The incoming signal should be be low side driven because there is an internal 5V pull-up resistor. For more information refer to the datasheet.