オペアンプ比較表

種類は多いが選定に手間がかかるのがオペアンプである。秋葉原で比較的入手容易な品種を中心としてまとめてみた。いくつかの値は代表値なのであくまで参考程度に。

価格				回路		max Vdd	in	out	GBW	SR (V/us)	nV/sqrtHz	Is per amp	CMRR	PSRR	Vos	Ios	Ib	Isink	Isource
M812	Bi				LT1078	±22		Vs-1	200k	0.07	29	40uA	110	110	60uV	0.06nA	6nA	2mA	1mA

M482	JFET	RRO			AD8666	18			4M	3.5	10	1.1mA	100	115	600uV	0.1pA	0.2pA		100mA
450	FET	RRO			AD822	±18					25
250m	CMOS	RRIO		2	AD8506	5.5			95k	0.013	45	15uA	105	110	0.5mV	0.5pA	1pA	45mA	45mA
			↑	1	AD8505
200	CMOS	RRIO		2	AD8616	5			24M	12	10	1.7mA	100	90	23uV	0.1pA	0.2pA	150mA	150mA		高精度
			↑	1	AD8615
200	CMOS	RRIO		2	AD8656	6			28M	11	4	3.7mA	100	105	50uV	10pA	1pA	220mA	220mA		高精度
			↑	1	AD8655
320	CMOS	RRIO		2	LMP7702	12			2.5M	1	9	0.7mA	130	98	0.22mV	40fA	200fA		66mA		高精度
180	CMOS	RRIO		2	LMC6482	16			1.5M	0.9	37	0.7mA	65	65	3mV	2pA	4pA	11mA	16mA
130	CMOS	RRO		2	LMC662	16	V-2/-0.4		1.4M	1.1	22	1.3mA	70	70	3mV	0.001pA	0.002pA	13mA	13mA
220	CMOS	RRO		1	LMC6081	16	V-2/-0.4	Vs-0.2	1.3M	0.8	22	750uA	75	84	150uV	5fA	10fA	16mA	16mA		高精度

				2	FHP3230	12		Vs-0.2	60M	90	17	2.5mA	95	100	1mV	0.01uA	-1.8uA	100mA	100mA
	Bi			2	MAX412	12		Vs-1.2	28M	4.5	1.5	2.5mA	130	103	120uV	80nA	100nA		35mA		高精度
			↑	1	MAX410
	Bi	RRIO		2	MAX492	7			0.5M	0.2	25	190uA	90	110	950uV	8nA	100nA		5mA		高精度
discon			↑	1	MAX495

700	BiFET			1	THS4631			Vs-5	210M	900	7	14mA	95		260uV		100pA	95mA	95mA
				2	AD812			Vs-2	145M	1600	3.5		58	80	0.5mV		0.3uA
				1	AD811				140M	2500	1.9		60	60			2uA

	Bi			2	NJM2119	±18		Vs-2	1M	0.3			100	100	90uV	0.3nA	18nA		(20mA)		高精度
	BiFET			2	NJM8502	±18		Vs-1	7M	20	10		108	110	80uV	6pA	25pA	(4mA)	(4mA)	0.0005%	高精度

150	CMOS	RRO		2	NJU7002	18			0.1M	0.05		15uA	70	70	10mV	1pA	1pA		5uA
	CMOS	RRO		2	NJU7022	18			0.4M	0.4		150uA	75	75	10mV	1pA	1pA		50uA
80	CMOS	RRO	選別品	2	NJU7062	18	V-1/0		0.4M	0.4		150uA	75	75	2mV	1pA	1pA		50uA
80	CMOS	RRO		2	NJU7072	18			1M	1.1		0.6mA	75	75	2mV	1pA	1pA
100	CMOS	RRO		2	NJU7032	18			1.5M	3.5	(16)	1mA	75	75	10mV	1pA	1pA		500uA
			↑	1	NJU7031
			↑	4	NJU7034

d100	CMOS	RRO		2	NJU7094	7			0.2M	0.1		15uA	65	70	4mV	1pA	1pA	200uA	5uA
d60	CMOS	RRO		2	NJU7095	7			1M	1		80uA	65	70	4mV	1pA	1pA	300uA	50uA
90	CMOS	RRO		2	NJU7096	7			1M	2.4		200uA	65	70	4mV	1pA	1pA	1000uA	100uA

70	CMOS	RRIO		2	NJU7043	7			0.8M	0.7	40	600uA	60	80	10mV	1pA	1pA		(40mA)
	CMOS	RRIO		4	NJU7044	7			0.8M	0.8	40	1.8mA	60	85	10mV	1pA	1pA		(2mA)

80	CMOS	RRIO		2	NJU77002	7			1k	0.7V/ms	700
300/4	CMOS	RRIO		1	NJU77701	7			34M	35	6	3.8mA			0.4mV	1pA	1pA		(90mA)		SOT-23-5
250m	CMOS	RRIO		2	NJU77902	20			3M	9	80	7mA			1mV	1pA	1pA		(1A)		ESON8-W2

100	Bi	RRIO		2	NJM2732	7			1M	0.4	10	580uA	70	85	1mV	5nA	50nA	3mA	10mA
			↑	1	NJM2730
			↑	4	NJM2734
120	Bi	RRIO		2	NJM2737	7			3.1M	0.7	5	1.2mA	70	85	1mV	5nA	200nA	2mA	10mA

	Bi			2	NJM2115	7		Vs-0.5	12M	4					1mV						低電圧

		RRO		4	NJM2747	15			10M	3.5	10				1mV					0.001%
		RRO		2	NJM2746	15			10M	3.5	10				1mV					0.001%
		RRO		2	NJM8202	15			10M	3.5	10				1mV					0.001%	高RFノイズ

				2	NJM2904	32		Vs-2	0.6M	0.5			85	100	2mV	5nA	25nA	1mA	10mA		汎用単電源
				4	NJM2902	32		Vs-2	0.5M	0.5							20nA	1mA	1mA		汎用単電源
				2	NJM2742	32			2M	10	40				1mV						単電源
				2	NJM3404	32		Vs-1	1.2M	1.2			90	94	2mV				(20mA)
				2	NJM13404	14		Vs-1	2M	1.2			90	94	0.5mV	5nA	25nA	(10mA)	(10mA)	0.2%

				2	NJM022	±18				0.5	50	130uA									低消費電力

	Bi				NJM4556A	±18			8M									70mA	70mA		高出力
	Bi				NJM3414	15		Vs-1	1.3M									70mA	70mA		高出力

	Bi				NJM8065	±18		Vs-1	10M		8				0.5mV						Audio
	Bi				NJM4585	±18			19M		3.5				0.3mV					0.001%
	Bi				NJM8068	±18		Vs-2	19M	6.8	3.5		110		0.3mV					0.001%	Audio
				2	NJM4582	±18			15M	5					0.3mV					0.0005%
75(2)	Bi				NJM8080	±18		Vs-1	15M	5	5				0.3mV					0.0005%	Audio
	Bi				NJM8801	±18		Vs-1	15M	5	4.5				0.3mV					0.0005%	Audio
	BiFET			2	NJM2082	±18			5M	20	13				2mV	5pA	30pA
	BiFET			2	NJM8901	±18		Vs-1	5M	20	13				2mV					0.003%	Audio

				2	NJM2712	10		Vs-2	1G	260	6.8				2mV
				1	NJM2722	±5.5			(170M)	1000					5mV
				2	NJM2137	±6.75		Vs-1	200M	45					1mV			(1mA)	(1mA)
			↑	1	NJM2136

					NJM2120																スイッチ
					NJM13700																TCA

Now in terms of the anthropology we try to welcome people into the tribe. We
allow people to have their own little fiefdoms, where they are the ruler and
can beat up on their followers.

We try to let people share with each other. We try to capture knowledge. Both
of those things are why we have the CPAN, Comprehensive Perl Archive Network,
which is arguably one of the greatest repositories of reusable crappy software
in the world. (laughter).

And we have a culture of cooperating with other cultures too. We try to make
Parrot so that other languages can ran on top of that. We've always tried to
hook up Perl with everything. In kind of a humble sort of way. And finally
it's culture of fun. At least we try to make it that way. And that's why I
give weird talks.

    -- Larry Wall
    -- Present Continuous, Future Perfect ( http://www.perl.org.il/presentations/larry-wall-present-continuous-future-perfect/transcript.html )

You do not need a parachute to skydive.
You only need one to skydive twice.

	-- One of Nadav Har'El's Email Signatures.

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