NS32FV100 Datasheet, PDF (69/96 Pages) Texas Instruments – NS32FX100 NS32FV100 NS32FX200 System Controller

4 0 Device Specifications (Continued)
4 4 ELECTRICAL CHARACTERISTICS
T_A e 0 C to a70 C V_CCD e 5V g10% GND e 0V (Continued)
Symbol
Parameter
Conditions
Min
Typ
Max
Units
I_L
Leakage Current Output
0 4 ^s V_OUT ^s V_CCD
and I O Pins in TRI-STATE
b20
or Input Mode
20
mA
I_CCa
Supply Current Digital
Normal Mode
I_OUT e 0 T_A e 25 C
5V
170
mA
I_CCAa
Supply Current Analog
Normal Mode
I_OUT e 0 T_A e 25 C
5V
32
mA
I_CCi
Supply Current Power
Save Mode
1 MHz (Note 5)
5V
17
mA
I_CCb5
Supply Current
Freeze Mode (Notes 4 5)
5V
455 kHz Crystal
1
mA
I_CCb4
Supply Current
Freeze Mode (Notes 4 5)
5V
32 768 kHz Crystal
03
mA
I_CCb3
Supply Current
Freeze Mode (Notes 4 5)
3V
32 768 kHz Crystal
01
mA
te ^{Note 1 Designers should take care to provide a minimum inductance path between the GND pins and system ground to minimize noise}
Note 2 Guaranteed by design
Note 3 When MA1–15 CAS RAS0 and RAS1 are driven low their voltages are below GND a0 2V if less than 0 1 mA is driven When OE SEL1 WE0 and WE1
are driven high their voltages are above V_CCDb0 2V if less than 0 1 mA is driven
Note 4 The parameters I_CCb5 I_CCb4 and I_CCb3 are guaranteed by characterization Due to tester conditions these parameters are not 100% tested I_CCb5 I_CCb4
and I_CCb3 are measured without load and assume INT0–3 RST PFAIL and SDIN voltage levels less than 0 2V SVI PTMP and SBG currents are less than 0 1 mA
PCEN should be cleared to zero V_CCA e 0
Obsole ^{Note 5 MCFG is H’80 and the DMA’s CNTLi registers are cleared to zero IOUT e 0 VIH e 3 5V}
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