BiosensorArray - Common sensor properties - Revision history

Mct: add category

2018-04-11T18:58:34Z

add category

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			[[Category:Biosensor Array]]

	====== This page is part of the [[Biosensor Array]] Project ======		====== This page is part of the [[Biosensor Array]] Project ======

Ehanley: /* This page is part of the Biosensor Array Project */ shrank font Biosensor Project

2011-04-07T03:38:55Z

This page is part of the Biosensor Array Project: shrank font Biosensor Project

← Older revision	Revision as of 03:38, 7 April 2011
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Ehanley: /* This page is part of the Biosensor Array Project */ shrank font Biosensor Project

2011-04-07T03:38:55Z

This page is part of the Biosensor Array Project: shrank font Biosensor Project

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	== This page is part of the [[Biosensor Array]] Project ==		====== This page is part of the [[Biosensor Array]] Project ======

	All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of both timing and the microcontroller resources used. For each sensor, we'll need a description of the basic control and communication requirements for it. We'll need the interface type, such as "single pin analog", "multi-pin digital", "SPI", "RS-232C", "TTL" or something completely different. We'll also need to know what the power supply requirements are and how the sensor returns data. Is the sensor polled; does it publish data without being polled; and what is its latency.		All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of both timing and the microcontroller resources used. For each sensor, we'll need a description of the basic control and communication requirements for it. We'll need the interface type, such as "single pin analog", "multi-pin digital", "SPI", "RS-232C", "TTL" or something completely different. We'll also need to know what the power supply requirements are and how the sensor returns data. Is the sensor polled; does it publish data without being polled; and what is its latency.

Ehanley: This page is part of the Biosensor Array Project

2011-04-01T19:46:38Z

This page is part of the Biosensor Array Project

← Older revision	Revision as of 19:46, 1 April 2011
(No difference)

Ehanley: This page is part of the Biosensor Array Project

2011-04-01T19:46:38Z

This page is part of the Biosensor Array Project

← Older revision		Revision as of 19:46, 1 April 2011
Line 1:		Line 1:
			== This page is part of the [[Biosensor Array]] Project ==

	All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of both timing and the microcontroller resources used. For each sensor, we'll need a description of the basic control and communication requirements for it. We'll need the interface type, such as "single pin analog", "multi-pin digital", "SPI", "RS-232C", "TTL" or something completely different. We'll also need to know what the power supply requirements are and how the sensor returns data. Is the sensor polled; does it publish data without being polled; and what is its latency.		All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of both timing and the microcontroller resources used. For each sensor, we'll need a description of the basic control and communication requirements for it. We'll need the interface type, such as "single pin analog", "multi-pin digital", "SPI", "RS-232C", "TTL" or something completely different. We'll also need to know what the power supply requirements are and how the sensor returns data. Is the sensor polled; does it publish data without being polled; and what is its latency.

Billmania: Created page with 'All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of …'

2011-03-22T20:18:49Z

Created page with 'All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of …'

← Older revision	Revision as of 20:18, 22 March 2011
(No difference)

Billmania: Created page with 'All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of …'

2011-03-22T20:18:49Z

New page

All of the biosensors will be managed by a single microcontroller. That means that the communication between the microcontroller and each sensor must be coordinated, in terms of both timing and the microcontroller resources used. For each sensor, we'll need a description of the basic control and communication requirements for it. We'll need the interface type, such as "single pin analog", "multi-pin digital", "SPI", "RS-232C", "TTL" or something completely different. We'll also need to know what the power supply requirements are and how the sensor returns data. Is the sensor polled; does it publish data without being polled; and what is its latency.