EL4083CS datasheet(3/14 Pages) INTERSIL

3 / 14 page

Distortion, IX (to IXY or IXY)IY = 2mA, - 2mA < IX < 2mA

f = 3.58MHz

-55

f = 100MHz

-25

Distortion, IY (to IXY or IXY)IX = 2mA, - 2mA < Iy < 2mA

f = 3.58MHz

-56

f = 100MHz

-26

Distortion, IX (to (IXY - IXY)IY = 2mA, -2mA < IX < 2mA

f = 3.58MHz

-66

f = 100MHz

-35

Distortion, IY (to (IXY - IXY)IX = 2mA, -2mA < IY < 2mA

f = 3.58MHz

-66

f = 100MHz

-34

Diff Gain

@ 3.58MHz

IZ = 0.2mA, IY = 0.25mA

0.2

IZ = 0.2mA, IX = 0.25mA

0.17

IZ = 1.6mA, IY = 2mA

0.1

IZ = 1.6mA, IX = 2mA

0.05

Diff Phase

@ 3.58MHz

IZ = 0.2mA, IY = 0.25mA

0.5

deg °

IZ = 0.2mA, IX = 0.25mA

0.5

deg °

IZ = 1.6mA, IY = 2mA

0.05

deg °

IZ = 1.6mA, IX = 2mA

0.05

deg °

OUTPUTS (IXY, IYX)

Output IOS (Note 1)

IX = IY = 0

-15

±120

µA

Diff Output IOS (Note 1)

IX = IY = 0, (IXY-IXY)

±0.1

±80

µA

Voltage Compliance

±1.5

±2.0

Max Output Current Swing

±2.85

±3.2

Noise Spectral Density

10Hz < f < 10MHz

RL = 50Ω

125

pA/

√Hz

IZ (BIAS)

Current Range

Tested

0.2

1.6

Input Voltage

IZ = 0.2mA

±25

Input Voltage

IZ = 1.6mA

±25

NOTES:

1. Specifications are provisional for the EL4083.

2. Error is defined as the maximum deviation from the ideal transfer function expressed as a percentage of the full scale output.

3. Linearity is defined as the error remaining after compensating for scale factor (gain) variation and input and output referred offset errors.

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

5. Relative to full scale output with full scale sinewave on signal input and zero port input nulled. Specification represents feedthrough of the

fundamental.

Electrical Specifications

TA = 25°C, VS = ±5, IZ = 1.6mA unless otherwise specified. (Continued)

PARAMETER

CONDITIONS

MIN

TYP

MAX

UNITS

EL4083

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