Complementary transistors - Revision history

Mkrdwiki at 01:32, 29 September 2011

2011-09-29T01:32:41Z

← Older revision		Revision as of 21:32, 28 September 2011
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	I have made a table of all P-Channel MOSFETs with Logic Level Gate, in Through Hole packages. This will teach the viewer a good lesson: anything other than mainstream devices, and what is left are non-stock, high minimum quantity, and "call for price" devices.		I have made a table of all P-Channel MOSFETs with Logic Level Gate, in Through Hole packages. This will teach the viewer a good lesson: anything other than mainstream devices, and what is left are non-stock, high minimum quantity, and "call for price" devices.

	[http://www.MKRD.info/uploads/P-~~Channel MOSFETs~~.zip P-Channel MOSFETs]		[http://www.MKRD.info/uploads/P-Channel_MOSFETs.zip P-Channel MOSFETs]

Mkrdwiki at 01:31, 29 September 2011

2011-09-29T01:31:32Z

← Older revision		Revision as of 21:31, 28 September 2011
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	For MOSFETs, there are very few complementary transistors.		For MOSFETs, there are very few complementary transistors.

	I have made a table of all P-Channel MOSFETs with Logic Level Gate. This will teach the viewer a good lesson: anything other than mainstream devices, and what is left are non-stock, high minimum quantity, and "call for price" devices.		I have made a table of all P-Channel MOSFETs with Logic Level Gate, in Through Hole packages. This will teach the viewer a good lesson: anything other than mainstream devices, and what is left are non-stock, high minimum quantity, and "call for price" devices.

			[http://www.MKRD.info/uploads/P-Channel MOSFETs.zip P-Channel MOSFETs]

Mkrdwiki at 01:28, 29 September 2011

2011-09-29T01:28:28Z

← Older revision		Revision as of 21:28, 28 September 2011
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	For BJTs, complementary devices are widely available. For example, see my [[RadioShack Transistors Datasheets]] page.		For BJTs, complementary devices are widely available. For example, see my [[RadioShack Transistors Datasheets]] page.


	For MOSFETs, there are very few complementary transistors.		For MOSFETs, there are very few complementary transistors.

			I have made a table of all P-Channel MOSFETs with Logic Level Gate. This will teach the viewer a good lesson: anything other than mainstream devices, and what is left are non-stock, high minimum quantity, and "call for price" devices.

Mkrdwiki at 01:05, 29 September 2011

2011-09-29T01:05:05Z

← Older revision		Revision as of 21:05, 28 September 2011
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	For BJTs, complementary devices are widely available. For example, see my [RadioShack Transistors Datasheets] page.		For BJTs, complementary devices are widely available. For example, see my [[RadioShack Transistors Datasheets]] page.

	For MOSFETs, there are very few complementary transistors.		For MOSFETs, there are very few complementary transistors.

Mkrdwiki: Created page with "Unlike what impractical textbooks tell you, very few of certain transistor types are made. Due to semiconductor chemistry and physics, P-type devices are somewhat slower than N-..."

2011-09-29T00:23:31Z

Created page with "Unlike what impractical textbooks tell you, very few of certain transistor types are made. Due to semiconductor chemistry and physics, P-type devices are somewhat slower than N-..."

New page

Unlike what impractical textbooks tell you, very few of certain transistor types are made.

Due to semiconductor chemistry and physics, P-type devices are somewhat slower than N-type transistors. Therefore, there is no such a thing as "perfect complementary" devices.

Depletion mode MOSFETs, in terms of purchase availability, do not really exist.

P-channel MOSFETs are hard to find for purchase.

For BJTs, complementary devices are widely available. For example, see my [RadioShack Transistors Datasheets] page.

For MOSFETs, there are very few complementary transistors.