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What is CS5151H?

This electronic component, produced by the manufacturer "ON Semiconductor", performs the same function as "CPU 4-Bit Nonsynchronous Buck Controller".


CS5151H Datasheet PDF - ON Semiconductor

Part Number CS5151H
Description CPU 4-Bit Nonsynchronous Buck Controller
Manufacturers ON Semiconductor 
Logo ON Semiconductor Logo 


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CS5151H
CPU 4−Bit Nonsynchronous
Buck Controller
The CS5151H is a 4bit nonsynchronous NChannel buck
controller. It is designed to provide unprecedented transient response
for today’s demanding highdensity, highspeed logic. The regulator
operates using a proprietary control method, which allows a 100 ns
response time to load transients. The CS5151H is designed to operate
over a 4.2520 V range (VCC) using 12 V to power the IC and 5.0 V or
12 V as the main supply for conversion.
The CS5151H is specifically designed to power Pentium®
processors with MMXTechnology and other high performance core
logic. It includes the following features: on board, 4bit DAC, short
circuit protection, 1.0% output tolerance, VCC monitor, and
programmable Soft Start capability. The CS5151H is upwards
compatible with the 5bit CS5156H, allowing the mother board
designer the capability of using either the CS5151H or the CS5156H
with no change in layout. The CS5151H is available in 16 pin surface
mount package.
Features
NChannel Design
Excess of 1.0 MHz Operation
100 ns Transient Response
4Bit DAC
Upward Compatible with 5Bit CS5155H/CS5156H
30 ns Gate Rise/Fall Times
1.0% DAC Accuracy
5.0 V & 12 V Operation
Remote Sense
Programmable Soft Start
Lossless Short Circuit Protection
VCC Monitor
Adaptive Voltage Positioning
V2Control Topology
Current Sharing
Overvoltage Protection
http://onsemi.com
MARKING
DIAGRAM
16
1
SOIC16
D SUFFIX
CASE 751B
16
CS5151H
AWLYWW
1
A
WL, L
YY, Y
WW, W
= Assembly Location
= Wafer Lot
= Year
= Work Week
PIN CONNECTIONS
1
VID0
VID1
VID2
VID3
SS
NC
COFF
VFFB
16 VFB
COMP
LGND
VCC1
NC
PGND
VGATE
VCC2
ORDERING INFORMATION
Device
CS5151HGD16
CS5151HGDR16
Package
Shipping
SO16
SO16
48 Units/Rail
2500 Tape & Reel
© Semiconductor Components Industries, LLC, 2006
July, 2006 Rev. 4
1
Publication Order Number:
CS5151H/D

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CS5151H equivalent
PACKAGE PIN #
16 Lead SO Narrow
1, 2, 3, 4
5
6, 12
7
8
9
10
11
13
14
15
16
CS5151H
PACKAGE PIN DESCRIPTION
PIN SYMBOL
VID0VID3
SS
NC
COFF
VFFB
VCC2
VGATE
PGND
VCC1
LGND
COMP
VFB
FUNCTION
Voltage ID DAC input pins. These pins are internally pulled
up to 5.0 V providing logic ones if left open. The DAC range
is 2.14 V to 3.54 V with 100 mV increments. VID0 VID3
select the desired DAC output voltage. Leaving all 4 DAC
input pins open results in a DAC output voltage of 1.244 V,
allowing for adjustable output voltage, using a traditional
resistor divider.
Soft Start Pin. A capacitor from this pin to LGND in conjunc-
tion with internal 60 μA current source provides Soft Start
function for the controller. This pin disables fault detect func-
tion during Soft Start. When a fault is detected, the Soft Start
capacitor is slowly discharged by internal 2.0 μA current
source setting the time out before trying to restart the IC.
Charge/discharge current ratio of 30 sets the duty cycle for
the IC when the regulator output is shorted.
No Connection.
A capacitor from this pin to ground sets the time duration for
the on board one shot, which is used for the constant off time
architecture.
Fast feedback connection to the PWM comparator. This pin
is connected to the regulator output. The inner feedback loop
terminates on time.
Boosted power for the gate driver.
MOSFET driver pin capable of 1.5 A peak switching current.
High current ground for the IC. The MOSFET driver is refer-
enced to this pin. Input capacitor ground and the anode of
the Schottky diode should be tied to this pin.
Input power for the IC.
Signal ground for the IC. All control circuits are referenced to
this pin.
Error amplifier compensation pin. A capacitor to ground
should be provided externally to compensate the amplifier.
Error amplifier DC feedback input. This is the master voltage
feedback which sets the output voltage. This pin can be con-
nected directly to the output or a remote sense trace.
http://onsemi.com
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Part Details

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