Datasheet
  AD8104/AD8105
Rev. 0 | Page 3 of 36 
SPECIFICATIONS 
V
S
 = ±2.5 V at T
A
 = 25°C, R
L, diff
 = 200 Ω, V
OCM
 = 0 V, differential I/O mode, unless otherwise noted. 
Table 1. 
  AD8104/AD8105  
Parameter  Conditions  Min  Typ  Max  Unit 
DYNAMIC PERFORMANCE           
−3 dB Bandwidth  200 mV p-p, typical channel 
600  MHz  
  2 V p-p, typical channel    420/525    MHz 
Gain Flatness  0.1 dB, 200 mV p-p    100/50    MHz 
  0.1 dB, 2 V p-p    70/50    MHz 
Propagation Delay  2 V p-p    1.3    ns 
Settling Time  1%, 2 V step    2.5    ns 
Slew Rate  2 V step, peak    1800    V/µs 
  2 V step, 10% to 90%    1500    V/µs 
NOISE/DISTORTION PERFORMANCE           
Differential Gain Error  NTSC or PAL, R
L
 = 150 Ω    0.05    % 
Differential Phase Error  NTSC or PAL, R
L
 = 150 Ω    0.05    Degrees 
Crosstalk, All Hostile  f = 5 MHz    −80/−70    dB 
  f = 10 MHz    −72/−68    dB 
  f = 100 MHz    −48/−50    dB 
  f = 600 MHz    −40/−50    dB 
Off Isolation, Input-to-Output  f = 10 MHz, one channel    −90    dB 
Input Voltage Noise  0.1 MHz to 50 MHz    45/53    nV/√Hz 
DC PERFORMANCE           
Voltage Gain  Differential    +1/+2    V/V 
Gain Error      ±1    % 
 No load   ±1 ±3 % 
Gain Matching  Channel-to-channel    ±1    % 
Differential Offset      ±5  ±25  mV 
Common-Mode Offset      ±25  ±90  mV 
OUTPUT CHARACTERISTICS           
Output Impedance  DC, enabled    0.1    Ω 
 Disabled, differential  30  kΩ 
Output Disable Capacitance  Disabled    4    pF 
Output Leakage Current  Disabled    1    µA 
Output Voltage Range  No load  2.8  3.8    V p-p 
V
OCM
 Input Range  V
OUT, diff
 = 2 V p-p  −0.5    +0.8  V 
 V
OUT, diff
 = 2.8 V p-p  −0.25    +0.6  V 
Output Swing Limit  Single-ended output  −1.3    +1.3  V 
Output Current  Maximum operating signal    30    mA 
INPUT CHARACTERISTICS           
Input Voltage Range  Common mode, V
IN, diff
 = 2 V p-p  −2    +2  V 
  Differential    2/1    V 
Common-Mode Rejection Ratio  f = 10 MHz    48    dB 
Input Capacitance  Any switch configuration    2    pF 
Input Resistance  Differential    5    kΩ 
Input Offset Current      1    A 
V
OCM
 Input Bias Current      64    µA 
V
OCM
 Input Impedance      4    kΩ 










