Dual-Edge & RPM Modulation Vcore Controllers
for IMVP8 Designs
Features of Multi-Phase Dual Edge Architecture
• Current-mode dual-edge modulation for fast initial response to transient loading
• High-performance operational error amplifier
• Accurate total summing current amplifier
• High-impedance differential voltage and total current sense amplifiers
• Phase-to-phase dynamic current balancing
• “Lossless” DCR current sensing for current balancing
Features of Enhanced Single-Phase RPM Architectures
• High performance RPM control system
• Ultralow offset IOUT monitor
• Dynamic VID feed-forward
• Programmable droop gain
• Zero droop capable
• Thermal monitor
• Ultra-sonic operation
• Digitally controlled operating frequency
Device
NCP81111
Market
Microserver
Function
Controller
VR Spec
VR12.5
Controller
Architecture
Hybrid
Number
of Rails
1
CPU Phases
1/2/3
Integrated
Drivers
—
Interface
SVID
Package
QFN-32
NCP81213
Desktop
Controller
IMVP8
Dual Edge
2
3/2/1+2/1
—
SVID
QFN-52
NCP81220
Desktop
Controller
IMVP8
Dual Edge
2
4/3/2/1+2/1
—
SVID
QFN-52
NCP81266
Desktop
Controller
IMVP8
Dual Edge
2
6/5/4/3/2/1+2/1
—
SVID
QFN-52
NCP81228
Desktop
Controller
IMVP8
Dual Edge
2
8/7/6/5/4/3/2/1+2/1
—
SVID
QFN-52
NCP81229
Desktop
Controller
IMVP8
Dual Edge
2
8/7/6/5/4/3/2/1+1
—
SVID, I2C
QFN-52
NCP81203P
Notebook
Controller
IMVP8
Dual Edge
2
3/2/1+2/1
—
SVID
QFN-52
NCP81215
Notebook
Controller
IMVP8
Dual Edge & EN RPM
3
1/2/3+1/2/3+1
—
SVID
QFN-52
NCP81216
Ultrabook
Controller
IMVP8
Dual Edge & EN RPM
3
1+1/2+1
3x5V
SVID
QFN-52
NCP81236
Ultrabook
Controller
IMVP8
Dual Edge & EN RPM
3
1/2+1+1
3x5V
SVID
QFN-52
NCP81218
Ultrabook
Controller
IMVP8
Dual Edge & EN RPM
3
1+1/2+1
—
SVID
QFN-48
NCP81210
Ultrabook & Notebook
Controller
IMVP8
EN RPM
1
1
1 + FETs
SVID
QFN-40
Please contact ON Semiconductor for product datasheets.
Page 2
Computing Solutions
Ultrabook Solution
Notebook Solutions
NCP81218 1+2+1 Phase Controller
• Dual Edge & DCR current sensing for fast transient response
• EN RPM for fast transition between DCM and CCM mode
• True Differential Current Balancing
• IMVP8 compliant
NCP81215 4+2+1 Phase Controiler
• Dual Edge & DCR current sensing for fast transient response
• EN RPM for fast transition between DCM and CCM mode
• True Differential Current Balancing
• IMVP8 compliant
1-pahse
NCP302045
DrMOS
+20 V
NCP81151
5 V Driver
CPU
+20 V
NCP81218
1+2+1
Phase
Controller
4-phase
NCP81151
5 V Driver
NCP302045
DrMOS
2-phase
CPU
+20 V
NCP302045
DrMOS
NCP81151
5 V Driver
+20 V
NCP81215
1-pahse
NCP302045
DrMOS
4+2+1
Phase
Controller
NCP81151
5 V Driver
+20 V
2-phase
NCP81151
5 V Driver
Desktop Solutions
+20 V
NCP81151
5 V Driver
NCP81213 3+2 Phase Controller
• Dual Edge for fast transient response
• Constant on-time for light load efficiency
• Supports all MLCC output capacitor solutions
• IMVP8 compliant
+20 V
NCP81253
5 V Driver
1-phase
+12 V
NCP81258
12 V Driver
Microserver Solutions
+12 V
3-phase
NCP81258
12 V Driver
+12 V
NCP81213
3+2
Phase
Controller
NCP81258
12 V Driver
NCP81381
DrMOS
+12 V
NCP81258
12 V Driver
NCP81111
+12 V
NCP81258
12 V Driver
ON Semiconductor
CPU
NCP81111 3-Phase Digital Controller
• Optimised to operate at 5 MHz using DrMOS
• Can operate as general purpose I2C controller regulator
• Internal compensation using GUI interface
• VR12.5/6 compliant
2-phase
3
Phase
Controller
NCP81381
DrMOS
3-phase
CPU
NCP81381
DrMOS
Page 3
IMVP8 Multiphase Controllers for Embedded Applications
+20 V
NCP81145
5 V Driver
+20 V
3-phase
NCP81145
5 V Driver
CPU
+20 V
NCP81145
5 V Driver
NCP81245 3+3+1 Phase Controller
• Dual Edge & DCR current sensing for fast transient response
• EN RPM for fast transition between DCM and CCM mode
• True Differential Current Balancing
• IMVP8 compliant
+20 V
NCP81245
3+3+1
Phase
Controller
NCP81145
5 V Driver
+20 V
3-phase
NCP81145
5 V Driver
+20 V
NCP81145
5 V Driver
+20 V
1-phase
NCP81253
5 V Driver
Device
NCP81243
Market
Desktop
Function
Controller
VR Spec
IMVP8
Controller Architecture
Dual Edge
Number of Rails
2
CPU Phases
3/2/1+2/1
Integrated
Drivers
—
Interface
SVID
Package
QFN-52
NCP81245
Notebook
Controller
IMVP8
Dual Edge & EN RPM
3
1/2/3+1/2/3+1
—
SVID
QFN-52
NCP81246
Ultrabook
Controller
IMVP8
Dual Edge & EN RPM
3
1+1/2+1
3x5V
SVID
QFN-52
NCP81248
Ultrabook
Controller
IMVP8
Dual Edge & EN RPM
3
1+1/2+1
-
SVID
QFN-48
NCP81255
Ultrabook & Notebook
Controller
IMVP8
EN RPM
1
1
1 + FETs
SVID
QFN-40
NCP81145
Ultrabook & Notebook
5 V Driver
—
for Dual Edge Rail
—
—
—
—
DFN-8
NCP81146
Desktop
12 V Driver
—
for Dual Edge Rail
—
—
—
—
DFN-8
NCP81253
Ultrabook & Notebook
5 V Driver
—
for EN RPM rail
—
—
—
—
DFN-8
Page 4
Computing Solutions
System Power
System power management devices provide additional rails in computing applications, beyond Vcore and graphics. They are available
with single or dual channel operation, and also in multi-phase configurations.
C3
0.014 F
R3
74.2
LG
FB
GND
VOS
R9
R10
VOUT
1.65 V
1 H
2.2
LX
ROCSET
R1
4.12 k
C2
0.007 F
0.1 F
UG
COMP/EN
2x1800 F
4.7 nF
1.02 k
R4
3.878 k
R2
17.08 k
BOOT
1.02 k
C1
0.0015 F
VCC
NTD4809
PGOOD
2x0.22 F
1500 F
NTD4806
1 F
VIN = 2.5 V − 13.2 V
3x22 F
VBST = 4.5 V − 15 V
1500 F
VCC = 4.5 V − 13.2 V
GND
NCP1589A Application Diagram
Device
NCP1579
Description
Synchronous Buck Controller, Low Voltage
Topology
Step-Down
VCC Min
(V)
4.5
VCC Max
(V)
13.2
fSW Typ
(kHz)
275
Package
SOIC-8
NCP1587
Synchronous Buck Controller, Low Voltage
Step-Down
4.5
13.2
250 - 300
SOIC-8
NCP1587A
Synchronous Buck Controller, Low Voltage
Step-Down
4.5
13.2
180 - 220
SOIC-8
NCP1589A
Synchronous Buck Controller, Low Voltage
Step-Down
4.5
13.2
—
DFN-10
NCP1589D
Snychronous Buck Controller
Step-Down
4.5
13.2
—
DFN-10
NCP1589L
Synchronous Buck Controller, Low Voltage, with Light Load Efficiency and Transient Enhancement
Step-Down
4.5
13.2
—
DFN-10
NCP5212A
Single Synchronous Step Down Controller
Step-Down
4.5
27
300
QFN-16
NCP5217
Synchronous Buck Controller, Single
Step-Down
4.5
27
300
QFN-14
NCP5230
Low Voltage Synchronous Buck Controller
Step-Down
4.5
13.2
—
QFN-16
NCP5269
System Agent Controller with 2-bit VID
Step-Down
3.3
28
300 - 600
QFN-20
NCP3231
25 A Synchronous Buck Converter with Intergrated MOSFETs
Step-Down
4.5
18
500
TQFN-40
NCP3235
15 A Synchronous Buck Converter with Intergrated MOSFETs
Step-Down
4.5
21
500
QFN-40
NCP3133A
3 A Synchronous Buck Converter with Intergrated MOSFETs
Step-Down
2.9
5.5
1100
QFN-16
NCP3135
5 A Synchronous Buck Converter with Intergrated MOSFETs
Step-Down
2.9
5.5
1100
QFN-16
ON Semiconductor
Page 5
Thermal Management
8 GPIOs
Extensive Portfolio
SMBus Interface
Remote Sensors provide temperature information
of a transistor located at a different position on the
board; also includes local sensor capability
Fan Controllers integrate the temperature sensor
with a fan controller/monitor
RESET I/O
4 PWM O/Ps
System
Voltages
Fan Drive and Control
• 4 PWM Fan Drive Outputs
• 8 Tach Inputs
+12 V
+5 V
+3.3 V
8 Tach Inputs
+2.5 V
System Monitors integrate combinations of
remote and/or local temperature sensing, voltage
monitoring, fan control & monitoring, reset control,
and GPIO functions
+1.8 V
Fan2Max
+1.5 V
+1.25 V
+0.9 V
TDM1
Temperature
• Measures 4 Temp Zones
TDM2
VBatt
TDM3
1 Local
3 Remote
THERM I/O
Bi-directional
THERM Pins
Chassis Intrusion
ALERT O/P
Device
ADM1026
System ADT7462
Monitors NCT80
ADT7476
ADT7473
Fan
Controllers ADT7475
NCT72
NCT218
Remote ADM1032
Sensors ADT7461
ADT7481
ADT7483
Page 6
Supply
Range
(V)
3 - 5.5
3 - 5.5
2.8 - 5.75
3 - 3.6
3 - 3.6
3 - 3.6
2.8 - 3.6
1.4 - 2.75
3 - 5.5
3 - 5.5
3 - 3.6
3 - 3.6
Temperature
Range
(°C )
-40 to +120
-40 to +125
-40 to +125
-40 to +120
-40 to +120
-40 to +120
-40 to +125
-40 to +125
-40 to +125
-40 to +125
-40 to +125
-40 to +125
Local
Accuracy
(°C)
±3
±2.25
±2
±1.5
±1.5
±1.5
±1
±1.75
±3
±3
±1
±1
Interface
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
I2C/SMBUS
Number
of
Addresses
3
2
8
3
3
1
2
2
2
2
2
9
SRC
(Ω)
—
2k
—
—
3k
—
1.5 k
150
—
3k
—
—
Remote
Accuracy
±3
±2.25
—
±1.5
±1.5
±1.5
±1
±1
±1
±1
±1
±1
Remote
Channels
2
3
—
2
2
2
1
1
1
1
2
2
Fan
Channels
8
4
—
3
3
3
Voltage
TACH
Monitoring
Channels Channels
8
19
8
13
2
7
4
5
4
4
GPIOs
17
8
1
—
Package
LQFP-48
LFCSP-32
TSSOP-24
QSOP-24
QSOP-16
QSOP-16
DFN-8, WDFN-8
WDFN-8, WLCSP-8
SOIC-8, MSOP-8
SOIC-8, MSOP-8
MSOP-10
QSOP-16
Computing Solutions
Integrated MOSFET and Drivers
Features
• Integrated high- and low-side MOSFETs
• Integrated bootstrap diode
• Matched of driver and MOSFETs optimize switching performance
• Higher switching frequency enables use of smaller inductor and output capacitors
• Low-side MOSFET diode emulation mode provides asynchronous operation
• 65% lower BOM; 45% smaller footprint and simplified layout versus discrete solutions
VIN
3-Phase
3-Phase
Driver
DrMOS
IA Rail
IA Rail
Driver
DrMOS
VIN
Driver
DrMOS
GT Rail
2-Phase
2-Phase
GT Rail
Driver
DrMOS
Discrete
versus
Integrated
Device
PWM Input
VIN Max
(V)
Freq Max
(MHz)
IOUT Continuous Max
(A)
Package
NCP5369
NCP302035
NCP302040
NCP302045
NCP302155
5 V Tri-state
3.3 V or 5 V Tri-state
3.3 V or 5 V Tri-state
3.3 V or 5 V Tri-state
3.3 V or 5 V Tri-state
25
20
20
20
24
1
2
2
2
2
40
35
40
45
60
QFN-40
PQFN-31
PQFN-31
PQFN-31
PQFN-31
Drivers for Discrete MOSFET Implementations
Drivers specifically designed to work with controller solutions, and optimized for 5 V or 12 V gate applications.
ON Semiconductor
Device
Drivers
NCP5901
NCP5901B
NCP81258
NCP81161
NCP81151
NCP81253
NCP81152
Single
Single
Single
Single
Single
Single
Dual
VCC Typ (V) Integrated Bootstrap Diode
12
12
12
12
5
5
5
N
Y
Y
Y
Y
Y
Y
Zero Crossover Detection
Package
Y
Y
Y
Y
Y
N
Y
DFN-8
DFN-8
DFN-8
DFN-8
DFN-8
DFN-8
QFN-16
Page 7
N-Channel MOSFETs for Power Conversion
Non-Isolated Topology “Buck” DC-DC
Control
Features
• Low RDS(ON) for low conduction loss
• Low capacitance for low switching loss
• Integrated Schottky for enhanced light load efficiency
Vin
Cin
Sync
Cout
PWM
Controller
Vout
Increasing Power Density with PowerClip Dual MOSFETs
• Single optimized clip reduces interconnect parasitics
n Up to 40 A in 5x6 mm & 25 A in 3x3 mm
• Flipped low side die reduces source inductance & improves thermals
2 x Discrete
1 x Power Clip
High Current
Device
Package
FDPC8012S
Low Current
Imax
(A)
BVDSS
(V)
High Frequency Switching Loop Size Reduction
VGS Max
(V)
RDS(ON) Max @ VGS = 4.5 V
(mΩ)
High Side
Low Side
Qg Typ @ VGS = 4.5 V
(nC)
High Side
Low Side
Coss Typ
(pF)
Low Side
15-20
25
12
7
2.2
8
25
885
10-15
30
20
9.6
2.7
6
21
997
10
25
12
3.7
3.7
17
17
612
FDPC8016S
20-30
25
12
4.7
1.7
11
31
1195
FDPC8014S
>30
25
12
4.7
1.4
11
43
1720
>30
25
12
4.7
1.2
11
44
2170
>30
25
16
4
1.1
10
35
1810
FDMS1D2N03DSD
>30
30
16
4
1.2
11
39
1845
FDPC5018SG
25
30
12
6.5
2
8
28
1210
FDPC5030SG
20
30
12
6.5
3
8
18
801
FDPC8013S
Power Clip 33
FDPC3D5N025X9D
FDPC8014AS
FDMS001N025DSD
Page 8
Power Clip 56
Computing Solutions
Asymetric Dual MOSFETs
Device
Package
FDMS3620S
FDMS3622S
FDMS3624S
BVDSS
(V)
VGS Max
(V)
>30A
Power 56 Dual
FDMS3626S
25-30A
25
20-25A
12
25-30A
SO8-FL Dual
RDS(ON) Max @ VGS = 4.5 V
(mΩ)
High Side
Low Side
5.2mΩ
15-20A
NTMFD4901NF
NTMFD4902NF
Imax
(A)
25-30A
Qg Typ @ VGS = 4.5 V
(nC)
High Side
Low Side
Coss Typ
(pF)
Low Side
1.2mΩ
12
50
1828
5.7mΩ
1.6mΩ
12
40
1405
5.7mΩ
2.2mΩ
12
27
946
5.7mΩ
3.2mΩ
12
19
716
10.0mΩ
3.5mΩ
10
20
1100
20
10.0mΩ
6.2mΩ
10
12
813
NTMFD4C20N
25-30A
10.8mΩ
5.2mΩ
9
13
990
FDMC007N30D
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