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T(	oo(	c	dll	-/dt = 200A/c6
					j		__
				to		__ -


			th
			th					0.5 1 IF, FORWARD CURRENT (A)

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The second method is to vary the input power level. Though this can be done with a simple attenuator between the driver amp and the PA, the response is very non-linear, as the PA must first come out of saturation before the output power can change. Once out of saturation, the first stage is class A biased which means that the drain current is constant regardless of power settings. The addition of an attenuator also adds to the expense of the parts list and to the board size equation, and increases the insertion loss the driver amp must overcome.
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ltem	Symbol	Condif ions	Min	Typ	Max	Unit
Forward voltage	VF	I F=50mA		1 5	2.0	V
Reverse current	IR	VR=5V			1 0	A
Peak emission wavelength	Ap	I F=50mA		880		nm
)bSpectral bandwidth	^	I F=50mA		50		nm
Radiant intensity	Po	I F=50mA		7 6		mW
Half angle				±30

			·75		·80		·1H		·1L		·10
Parameter		Symbol	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Unit	Note
	CAS latency=3		7 5		8		10		10		10
CLK cycle time	CAS latency=2	tcc		1000		1000	10	1000	12	1000	13	1000	ns	1
CLK to valid	CAS latency=3			5 4		6		6		6		7
output delay	CAS latency=2	tSAC						6		7		7	ns	1 2
Output data	CAS latency=3		2 7		3		3		3		3
hold time	CAS latency=2	tOH					3		3		3		ns	2
CLK high pulse wid	h	tCH	2 5		3		3		3		3.5		ns	3
CLK low pulse width		tCL	2 5		3		3		3		3.5		ns	3
Input setup time		tss	1 5		2		2		2		2.5		ns	3
Input hold time		tSH	0 8		1		1		1		1.5		ns	3
CLK to output in Low-Z		tSLZ	1		1		1		1		1		ns	2
CLK to output	CAS latency=3			5 4		6		6		6		7
in Hi-Z	CAS latency=2	tSHZ						6		7		7	ns

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