Datasheet

KSZ8895MQX/RQX/FQX/MLX
DS00002246A-page 88  2016 Microchip Technology Inc.
6.0 ELECTRICAL CHARACTERISTICS
V
IN
= 1.2V/3.3V (typical). T
A
= 25°C. Specification is for packaged product only. There is not an additional transformer
consumption due to the use of on-chip termination technology with internal biasing for 10BASE-T and 100BASE-TX.
Measurements were taken with operating ratings.
TABLE 6-1: ELECTRICAL CHARACTERISTICS
Parameters Symbol Min. Typ. Max. Units Note
100BASE-TX Operation—All Ports 100% Utilization
100BASE-TX (Transmitter)
3.3V Analog
I
DX
—86—mA V
DDAT
100BASE-TX 1.2V Analog I
Dda
—22—mA V
DDAR
100BASE-TX 1.2V Digital I
DDc
—42—mA V
DDC
100BASE-TX (Digital IO)
Standalone 5-port
I
DDIO
—2.4—mA V
DDIO
3.3V Digital IO SW5-MII
MAC/PHY + P5-MII
I
DDIO
— 22/38 — mA V
DDIO
3.3V Digital IO SW5-RMII +
P5-RMII
I
DDIO
—39—mA V
DDIO
10BASE-T Operation —All Ports 100% Utilization
10BASE-T (Transmitter)
3.3V Analog
I
DX
—107—mA V
DDAT
10BASE-T 1.2V Analog I
Dda
—8.6—mA V
DDAR
10BASE-T 1.2V Digital I
DDc
—44—mA V
DDC
10BASE-T (Digital IO)
Standalone 5-port
I
DDIO
—2.2—mA V
DDIO
3.3V Digital IO SW5-MII
MAC/PHY + P5-MII
I
DDIO
—5/18— mA V
DDIO
3.3V Digital IO SW5-RMII +
P5-RMII
I
DDIO
—29—mA V
DDIO
Auto-Negotiation Mode
10BASE-T (Transmitter)
3.3V Analog
I
DX
—55—mA V
DDAT
10BASE-T 1.2V Analog I
Dda
—22—mA V
DDAR
10BASE-T 1.2V Digital I
EDM
—46—mA V
DDC
10BASE-T (Digital IO)
Standalone 5-Port
I
DDIO
—1.5—mA V
DDIO
Power Management Mode (Standalone)
Hardware Power-Down
Mode 3.3V
I
HPDM1
—2—mA V
DDAT
+ V
DDIO
Hardware Power-Down
Mode 1.2V
I
HPDM2
—1—mA V
DDAR
+ V
DDC
Power-Saving Mode 3.3V I
PSM1
—35—mA V
DDAT
+ V
DDIO
Power-Saving Mode 1.2V I
PSM2
—55—mA V
DDAR
+ V
DDC
Soft Power-Down Mode
3.3V
I
SPDM1
—2—mA V
DDAT
+ V
DDIO
Soft Power-Down Mode
1.2V
I
SPDM2
—1.8—mA V
DDAR
+ V
DDC
Energy-Detect Mode + PLL
OFF 3.3V
I
EDM1
—5.5—mA V
DDAT
+ V
DDIO