NJM2527
s ELECTRICAL CHARACTERISTICS
(Ta=25°C,VCC1=5V, VCC2=5V,TP20=TP31=TP45=2.5V,
TP19=2.8V,TP7=5V,TP38=1V,TP39=3V,TP44=0V,SW13=SW7=L)
PARAMETER
SYMBOL
TEST CONDITION (TP=IC Pin No.)
Crosstalk 1 Between
SW (EXT→INT)
Crosstalk 2 Between
SW (INT→EXT)
CTERINT
CTEGINT
CTEBINT
CTIE1R
CTIE1G
CTIE1B
SG2 applied to TP11, SG11 applied to
TP9, SW7=H, TP5=H,
SG5 (1MHz, 700mVpp) applied to
TP37, TP28=GND.
Measure the output of 1MHz
component on TP48. Calculate the
swing ratio of TP7=5V, 0V.
SG2 applied to TP11, SG11 applied to
TP9, SW7=H, TP5=H,
SG5 (1MHz, 700mVpp) applied
To TP35, TP28 =GND.
Measure the output of 1MHz
component on TP2.Calculate the
swing ratio of TP7=5V, 0V.
SG2 applied to TP11, SG11 applied to
TP9, SW7=H, TP5=H,
SG5 (1MHz, 700mVpp) applied
To TP33, TP28 =GND.
Measure the output of 1MHz
component on TP4.Calculate the
swing ratio of TP7=5V, 0V.
SG2 applied to TP11, SG11 applied to
TP9, SW7=H, TP5=H,
SG3 (1MHz, 700mVpp) applied to
TP28, TP37=GND.
Measure the output of 1MHz
component on TP48.Calculate the
swing ratio of TP7=5V, 0V.
SG2 applied to TP11, SG11 applied to
TP9, SW7=H, TP5=H,
SG3 (1MHz, 700mVpp) applied
To TP28, TP35=GND.
Measure the output of 1MHz
component on TP2.Calculate the
swing ratio of TP7=5V,0V.
SG2 applied to TP11, SG11 applied to
TP9, SW7=H, TP5=H,
SG3 (1MHz, 700mVpp) applied
To TP28, TP33=GND.
Measure the output of 1MHz
component on TP4.Calculate the
swing ratio of TP7=5V, 0V.
MIN.
-
-
-
-
-
-
TYP. MAX. UNIT
-50
-35
-50
-35
dB
-50
-35
-50
-35
-50
-35
dB
-50
-35
Ver.3
-9-