Datasheet
12
Vin
1
1
1
17
14
15
1
VREF_G
VID1_G
DROOP_G
PWRMON_G
DRVH_G
GND
VR_ON_G
GND
17
14
13
Not used
1 1
11
Loop Injection
VID0_G
VID1_G
VID2_G
VID3_G
VID3_G
VID4_G
TP227
TP204
C204
68pF
TP229
RT201
150K
C208
1uF
TP205
16
VBST_G
TP215
3.3VBIAS
TP222
TP208
OFF ON
PG_G
TP221
13
10
TP220
1uH
L201
JP201
3mohm
R212
TP206
15
16
10
11
12
TP216
R207
10
R205
10
VID4_G
TP226
R208
TP203
C205
10.0k
R217
10.0k
R219
R220
10.0k
C219
0.01uF
R222
1.00k
8.9A
7.2A
6.0A
4.6A
TP218
TP219
TP223
10uF
C206
78.7k
R214
10uF
C207
OFF
MIN
MED
MAX
C212
10uF
+
220uF
C211
C214
10uF
C216
10uF
C222 C223
J203
GND
J202
VID2_G
TP212
DRVL_G
GND
DPRSLPVR_G
VR_TT#_G
GND
CSN_G
VCORE_G
(CHA)
Loop Injection
(CHB)
1
R223
VID0_G
TP228
R215
100k
R216
100k
THERM_G
R209
0
2.00k
R210
AGND
TP207
ISLEW_G
C203
1uF
R206
6.19k
R204
45.3k
R202
10.0k
DPRSLPVRand DPRSTP#setting
DPRSLPVR_G
TRIPSEL: Current limit selection
MBR0530T
D201
C210
1uF
R211
5.9
TP210
0.01uF
C220
S201
CLKEN#_G
DPRSTP#_G
TP224
OSRSEL: Overshoot reduction selection
TP225
TP214
C218
1000pF
LL_G
TP209
OVPSEL: OVPdisable option
VR_ON: Switch toON: EnableU201, Switch to OFF: DisableU201
TONSEL: Frequencyselection:
Jumper on pin5 and pin6 of J203: 300KHz(Default)
7 bits VIDsetting:Jumper short=High, Open=Low
Default: VID3=VID1=1, Others=0, sets 1.00Vcore
Loop injectionand bodeplot measurement
OVPdisableoption:
No Jumper on JP201 and enable OVP(Default)
TRIPSEL:Current limit selection:
Jumper on pin3 and pin4 of J204:7.2A(Default)
TONSEL: Frequencyselection
Note2:
100pF
C201
100pF
C202
CSP_G
TP202
OUTPUT:
1.00V@5A
5Bits VID Setting
TP230
J207
TP213
DPRSTP#_G
J206
R218
10.0k
R221
1.00k
J204
C217
10uF
TP217
J205
R213
1
1000pF
C209
TP211
OSRSEL: Overshoot reduction selection:
Jumper on pin7 and pin8 of J205:MAX(Default)
The combination of DPRSLPVR and DPRSTP# setsC4 fast exit rate:
1. No jumper on pin1and pin2 of J206(Default)
2. Jumper on pin3and pin4of J206(Default)
500kHz
400kHz
300kHz
200kHz
C213
10uF
C215
10uF
C221
J201
TP201
VR_ONEnable
475
R201
R203
475
TPS59610RHB
U201
Schematics
www.ti.com
Figure 3. TPS59610EVM-634 Schematic, Sheet 2 of 5
8
An 8-V to 14-V Vin 2010 Atom™ E6xx— Tunnel Creek Power System SLUU465–November 2010
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