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Parameter	Symbol	Conditions	MIN	TYP	MAX	Unit
Forward Voltage	VF	IF= 30 mA	0 9	1.1	1 3	v
Optical Output Power from Fiber	Pf	cw		2O		mW
Threshold Current	lth	cw		15	30	mA
Threshold Current	lth	cwTe= 85 1C		40	60	mA
Differential Efficiency from Fiber	d	Pf= 2.0 mW	O080	0 200		W/A
Temperature Dependence of Differential Efficiency from Fiber	1 d	Pf = 2.0 mW, rl (85 YC) / 7 (25 YC)	3O			dB
Peak Emission Wavelength	p	Pf = 2.0 mW, RMS (-20 dB)	1 290	1 310	1 330	nm
Side Mode Suppression Ratio	SMSR	Pf= 2.0 mW	30			dB
2nd Order Inter-modulation Distortion	IMD2	*1			50	dBc
2nd Order Inter-modulation Distortion	IMD2	'1, Te = -40 to +85 1C			45	dBc
3rd Order Inter-modulation Distortion	IMD3	'1. Te = -40 to +85 IC			60	dBc
Carrier to Noise Ratio	CNR	'1. Te = -40 to +85 1C	52			dB
Monitor Current	lm	VR = 5 V, Pf = 2.0 mW	100	500	1 000
Dark Current	lD	VR=5V		O1	10	nA
Tracking Error	+2	Im = const., Pf = 2.0 mW, Te = -40 to +85 YC			1 5	dB
Optical Isolation	ISO		30			dB

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IC/IB



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The ICL8013 is a four quadrant analog multiplier whose output is proportional to the algebraic product of two input signals. Feedback around an internal op amp provides level shifting and can be used to generate division and square root functions. A simple arrangement of potentiometers may be used to trim gain accuracy, offset voltage and feedthrough performance. The high accuracy, wide bandwidth, and increased versatility of the ICL8013 make it ideal for all multiplier applications in control and instrumentation systems. Applications include RMS measuring equipment, frequency doublers, balanced modulators and demodulators, function generators, and voltage controlled amplifiers.

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