EL4083 데이터 시트보기 (PDF) - Elantec -> Intersil

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EL4083

200MHz Current Feedback Amplifier

Elantec -> Intersil 

EL4083C

Current Mode Four Quadrant Multiplier

Electrical Characteristics Contd (TA e 25 C VS e g5 IZ e 1 6 mA) unless otherwise specified

Parameter

Conditions

Min

Typ

Max

Test

Level

Units

Inputs (IX IY)

Full Scale Range

FRS e 1 25 c IZ (Nominal)

g2

I

Clipping Level

CL e 2 c IZ

2 85

32

I

ZIN (IX)

30

40

48

I

ZIN (IY)

30

36

48

I

Input Offset Voltages

at Input Pins IZ e 1 6 mA

b4

a4

(VOSX VOSY)

IZ e 0 2 mA

b12

a12

Input Offset Currents (Note 5) RSX e RSY e 1K VX e VY e 0

g10

g40

I

IXOS IYOS

TMIN to TMAX

g20

V

Nonlinearity

IX

IY

Distortion IX (to IXY or IXY)

IY e 2 mA b 2 mA k IX k 2 mA

IX e 2 mA b 2 mA k IY k 2 mA

IY e 2 mA b 2 mA k IX k 2 mA

f e 3 58 MHz

01

06

I

01

04

I

b55

V

f e 100 MHz

b25

V

Distortion IY (to IXY or IXY)

IX e 2 mA b 2 mA k Iy k 2 mA

f e 3 58 MHz

b56

V

f e 100 MHz

b26

V

Distortion IX (to (IXY b IXY) IY e 2 mA b2 mA k IX k 2 mA

f e 3 58 MHz

b66

V

f e 100 MHz

b35

V

Distortion IY (to (IXY b IXY) IX e 2 mA b2 mA k IY k 2 mA

f e 3 58 MHz

b66

V

f e 100 MHz

b34

V

Diff Gain

3 58 MHz

IX

IY

IX

IY

Diff Phase

IZ e 0 2 mA IY e 0 25 mA

IZ e 0 2 mA IX e 0 25 mA

IZ e 1 6 mA IY e 2 mA

IZ e 1 6 mA IX e 2 mA

3 58 MHz

02

V

0 17

V

01

V

0 05

V

IX

IZ e 0 2 mA IY e 0 25 mA

05

V

IY

IZ e 0 2 mA IX e 0 25 mA

05

V

IX

IZ e 1 6 mA IY e 2 mA

0 05

V

IY

IZ e 1 6 mA IX e 2 mA

0 05

V

Outputs (IXY IYX)

mA

mA

X

X

mV

mV

mA

nA C

%FS

%FS

dB

dB

dB

dB

dB

dB

dB

dB

%

%

%

%

deg

deg

deg

deg

Output IOS (Note 5)

Diff Output IOS (Note 5)

Voltage Compliance

Max Output Current Swing

Noise Spectral Density

10 Hz k f k 10 MHz

IZ (Bias)

IX e IY e 0

IX e IY e 0 (IXY – IXY)

RL e 50X

b15 g120

I

mA

g0 1 g80

I

mA

g1 5 g2 0

V

V

g2 85 g3 2

I

mA

125

V

pA rootHz

Current Range

Input Voltage

Input Voltage

Tested

IZ e 0 2 mA

IZ e 1 6 mA

02

16

I

mA

g25

I

mV

g25

I

mV

Note 1 Error is defined as the maximum deviation from the ideal transfer function expressed as a percentage of the full scale

output

Note 2 Linearity is defined as the error remaining after compensating for scale factor (gain) variation and input and output referred

offset errors

Note 3 Bandwidth is guaranteed using the squaring mode test circuit of Figure 4

Note 4 Relative to full scale output with full scale sinewave on signal input and zero port input nulled Specification represents

feedthrough of the fundamental

Note 5 Specifications are provisional for the EL4083

3

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