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CHL8102 fiches techniques PDF

CHiL Semiconductor - DIGITAL MULTI-PHASE GPU BUCK CONTROLLER

Numéro de référence CHL8102
Description DIGITAL MULTI-PHASE GPU BUCK CONTROLLER
Fabricant CHiL Semiconductor 
Logo CHiL Semiconductor 





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CHL8102 fiche technique
PRODUCT BRIEF DRAFT: subject to change without notice CHL8102-03-04-13
DIGITAL MULTI-PHASE GPU BUCK CONTROLLER
FEATURES
Dual output 2/3/4+1 phase PWM Controller
(CHL8102/03/04)
Single output 3 phase PWM Controller (CHL8113)
Easiest layout and fewest pins in the industry
Footprint compatible with CHL8112A/B (CHL8103/4)
Fully supports Intel® VR12 (CHL8103/04/13)
Fully supports AMD® SVI with dual OCP &
programmable addressing (CHL8103/04)
I2C interface for configuration & telemetry
Pin programmable I2C address (CHL8103/04/13)
Overclocking support with I2C voltage override and
Vmax setting
Flexible I2C bus security features
I2C security enable pin (CHL8103/04/13)
Independent loop switching frequencies from 200kHz to
1.2MHz per phase
CHiL Efficiency Shaping with Dynamic Phase Control
(DPC)
1-phase & Active Diode Emulation modes for light load
efficiency
CHiL Adaptive Transient Algorithm (ATA) on both loops
minimizes output bulk capacitors and system cost
Per-Loop Fault Protection: OVP, UVP, OCP
Thermal Protection (OTP) and VRHOT# flag
(CHL8103/04/13)
Multiple time programmable (MTP) memory for custom
configuration
Compatible with CHiL ATL and 3.3V tri-state Drivers
3.3V +10%/-15% supply voltage; 0ºC to 85ºC operation
Pb-Free, RoHS, QFN packages
DESCRIPTION
The CHL8102/03/04 are dual-loop digital multi-phase buck
controllers designed for CPU voltage regulation. The
CHL8113 is a single-loop digital multiphase buck controller
ideal for Server DDR memory voltage regulation. They are
fully compliant with the Intel® VR12 and AMD® SVI
(CHL8103/04) specifications.
size. Device configuration and fault parameters are easily
defined using the CHiL Intuitive Power Designer (IPD) GUI
and stored in on-chip MTP.
The CHL8102/03/04/13 provides extensive OVP, UVP, OCP
and OTP fault protection and the CHL8103/04/13 includes
thermistor based temperature sensing with VRHOT signal.
The CHL8102/03/04/13 includes numerous features like
register diagnostics for fast design cycles and platform
differentiation, truly simplifying VRD design and enabling
fastest time-to-market (TTM) with “set-and-forget”
methodology.
APPLICATIONS
Intel® VR12 & AMD® SVI based systems
High Performance Desktops CPU VRs
Value Servers CPU & DDR Memory VRs
40 39 38 37 36 35 34 33 32 31
RCSP 1
30 RCSP_L2
RCSM 2
29 RCSM_L2
VPGM 3
28 VCC
VSEN 4
VRTN 5
RRES 6
TSEN 7
CHL8103/4
40 Pin 6x6 QFN
Top View
27 VSEN_L2
26 VRTN_L2
25 PWM_L2
24
PWM4 (CHL8104 /
NC (CHL8103)
V18A 8
VR_RPEWARDGYD1 2/
VR_RE/ PAWDYR_OLK212
9
10
1 Intel mode
2 AMD mode
41 GND
23 PWM3
22 PWM2
21 PWM1
11 12 13 14 15 16 17 18 19 20
The CHL8102/03/04/13 include CHiL Efficiency Shaping
Technology to deliver exceptional efficiency at minimum
cost across the entire load range. CHiL Dynamic Phase
Control adds/drops active phases based upon load current
and can be configured to enter 1-phase operation and diode
emulation mode automatically or by command.
CHiL’s unique Adaptive Transient Algorithm (ATA), based
on proprietary non-linear digital PWM algorithms, minimizes
output bulk capacitors and Multiple Time Programmable
(MTP) storage saves pins and enables a small package
Figure 1: CHL8103 & CHL8104 Packages
Trademarks and registered trademarks are the property of the respective
owners.
PB0016 Rev. 0.02, March 26, 2010
Page 1 of 2
One Highwood Drive, Tewksbury, MA 01876
Tel: +1(978)-640-0011
www.chilsemi.com
© 2010 CHiL Semiconductor Corp. All rights reserved

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