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1 2 3 support support support support support support support support

support

1 2 3 support support support support support support support support
support
15. Appendix
support JP1 JP2
R4 220, 3W 2 1 1 1 RELAY1 1 4 3 3 4 1 2 RBV-2506 + C13 221 / 400Vac 2 4 1 1 C7 224 / AC275V + 1 2N60 2 2 3 J4 2 C3 471 / 400Vac D9 2 + G1 C12 221 / 400Vac C47 470u / 250V R65 200K / 0.5W 1 2 RELAY 5501 C5 104 / AC275V 2 1 C6 474 / AC275V 15mH / 5A L1 C11 471 / 400Vac C48 470u / 250V R66 200K / 0.5W D11 D2U60S 1 3 DCP DCP
Z1 ZNR 471
15.1.1 AC Input Power Part
PV3.3 PV5 SUPPORT R75 10KJ0 2 SUPPORT U1DL-44A 3 3 3 1 1 2 1 1 DB CON10
R51 4.7KJ0 Q1 2N2222 HEATSINK HEATSINK 1 1 1
R9 4.7KJ0
Q2 KRC101S
R40 100KF, 1W
CP3 220uF, 10V 2
15.1 Detailed Schematics of the Inverter System
PV3.3 U1 KA5H0280R Vcc
R10 1KJ4 CP4 100uF, 25V 1
R39 100KF, 1W Drain
R14 2KJ4 2
PC1A 2 R38 2.8KF0 1 H11A817B
1 2 H11A817B
C2 4 PC1B 473, 50V 3
C35 104, 50V
1 TL431A 2
T1 1 DCP N15 C14 2 7 1 2 103, 2kV D2 L2 100uH, 2.0A 9 R27 1 2 1 R28
R42 100KF, 1W
PV5 PV5 CP5 100uF, 25V GND GND PV5
100KF, 1W
CP6 100uF, 25V PV15 PV15 PV15
DA1 KDS226
R1 200J0
5V 0.7A 15V 0.3A
R2 1KJ0 C1 104, 50V
R5 2.61KF0
R3 2.49KF0
Title
INPUT POWER
Rev. A2, September 2001
PV15 PV3.3 1 1 1 C65 104 VCC(L) 2 2 2 1 2 VCC(L) COM D6 C24 104 20 R13 20 D7 C27 104 C17 220u US1J C16 220u US1J R12 IN(UL) IN(VL) IN(WL) VFO CFOD CSC RSC NC VTH RTH W V U N P P P 21 VS(W) 20 VB(W) 19 VCC(WH) 18 IN(WH) VS(W) VB(W) VCC(WH) RW VS(V) VB(V) VCC(VH) IN(VH) COM 26 25 24 23 22 VS(V) VB(V) VCC(VH) RV 20 3 4 5 6 7 8 9 10 11 12 VS(U) VB(U) VCC(UH) IN(UH) RX RY RZ VFO CFOD CSC RSC C69 562 PV3.3 PV3.3 13 13 13 14 14 14 15 16 1 17 C22 104 DCP C25 104 30 29 28 27 Vs(U) VB(U) VCC(UH) RU U4 FTPM1G15SH60 C21 104 C15 220u US1J D5 R11 PV15 PV15
R80 100J0
R60 4.7KJ0
15.1.2 SPM Part
FO C61 102
C28 104
PV5 J2 W V U 1 2 3 CON5 R33 10KF0 R35 10KF0 R37 10KF0 R62 10KF0 R63 10KF0 R64 10KF0
UP VP WP UN VN WN C23 101 C26 101 C29 101 C66 101 C67 101 C68 101
R32 R34 R36 R57 R56 R55 RU RV RW RX RY RZ
DA3 KDS226 3 N
Rev. A2, September 2001
1 2 3 support support support support support support support support support
15.1.3 CPU Part
support JP1 JP2
R4 220, 3W 2 1 1 1 RELAY1 1 1 1 4 3 3 4 1 2 RBV-2506 + C13 221 / 400Vac 2 2 2 4 1 1 1 1 C7 224 / AC275V + 1 2N60 2 2 2 2 3 J4 2 C3 471 / 400Vac D9 2 + G1 C12 221 / 400Vac C47 470u / 250V R65 200K / 0.5W 1 2 Z1 ZNR 471 RELAY 5501 C5 104 / AC275V 2 1 C6 474 / AC275V 15mH / 5A L1 C11 471 / 400Vac C48 470u / 250V R66 200K / 0.5W D11 D2U60S 1 3 DCP DCP
PV3.3 2 PV5 SUPPORT R75 10KJ0 2 SUPPORT 2 R9 4.7KJ0 1 2 HEATSINK HEATSINK Q2 KRC101S 1 1 3 Q1 2N2222 U1DL-44A 1 1 2 1 1 DB
CON10
R51 4.7KJ0 1 3 2
CP3 220uF, 10V 2 2
CP2 100uF, 25V L3 100uH, 2.0A
R10 1KJ4 CP4 100uF, 25V 1 1 1
R14 2KJ4 2
DA1 KDS226
1 2 H11A817B
C2 4 PC1B 473, 50V 3 H11A817B
C35 104, 50V
R38 2.8KF0
1 TL431A 2
T1 DCP 1 DCP N15 C14 2 7 1 2 103, 2kV D2 9 R42 100KF, 1W R27 1 2 1 R28
L2 100uH, 2.0A PV5 CP5 100uF, 25V GND
PV5 PV5
CP6 100uF, 25V PV15 PV15 PV15
R1 200J0
5V 0.7A 15V 0.3A
R2 1KJ0 C1 104, 50V
R5 2.61KF0
R3 2.49KF0
Title
INPUT POWER
Rev. A2, September 2001
R25 4.7KJ0
R24 4.7KJ0
R21 4.7KJ0
R22 4.7KJ0
R23 4.7KJ0
U3 CN1 1 GND
15.1.4 Keypad Part
C9 104
C19 104
C41 104
SW6 MODE
C8 104
C18 104
C40 104
Title
Keypad
Rev. A2, September 2001
15.2 Resistance vs. Temperature of Built-in Thermistor
TEMP.°C 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 RESISTANCE MIN. 152.6 145.2 138.1 131.4 125.1 119.1 113.5 108.1 103.1 98.30 93.73 89.40 85.30 81.39 77.71 74.22 70.91 67.74 64.76 61.91 59.20 56.60 54.15 51.80 49.59 47.50 45.45 43.48 51.60 39.81 38.11 36.50 34.97 33.51 32.12 30.80 29.53 TYP. 163.3 155.2 147.5 140.3 133.4 127.0 120.9 115.1 109.6 104.4 99.50 94.85 90.45 86.25 82.30 78.55 75.00 71.60 68.40 65.35 62.45 59.7 57.10 54.60 52.25 50.00 47.86 45.83 43.89 42.05 40.29 38.61 37.02 35.50 34.05 32.66 31.34 MAX. 173.9 165.1 156.9 149.1 141.7 134.8 128.2 122.0 116.1 110. 105.3 100.3 95.60 91.11 86.89 82.88 79.09 75.46 72.04 68.79 65.70 62.80 60.05 57.40 54.91 52.50 50.27 48.17 46.18 44.28 42.46 40.72 39.06 37.48 35.97 34.52 33.15 85 TEMP.°C 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 RESISTANCE MIN. 28.33 27.18 26.08 25.04 24.04 23.09 22.18 21.31 20.48 19.69 18.93 18.20 17.51 16.84 16.21 15.60 15.02 14.46 13.92 13.41 12.92 12.45 12.00 11.57 11.15 10.76 10.38 10.01 9.660 9.320 8.996 8.686 8.390 8.103 7.830 7.567 7.313 TYP. 30.08 28.88 27.73 26.64 25.59 24.59 23.64 22.72 21.85 21.01 20.21 19.45 18.72 18.02 17.35 16.70 16.09 15.50 14.93 14.39 13.87 13.38 12.90 12.44 12.00 11.58 11.18 10.79 10.42 10.06 9.710 9.380 9.065 8.760 8.470 8.19 7.920 MAX. 31.83 30.58 29.38 28.23 27.14 26.09 25.09 24.13 23.21 22.33 21.49 20.69 19.92 19.19 18.48 17.80 17.15 16.53 15.94 15.37 14.82 14.30 12.85 13.31 12.85 12.40 11.97 11.56 11.17 10.79 10.42 10.07 9.740 9.417 9.110 8.813 8.527
Rev. A2, September 2001
Resistance vs. Temperature of Built-in Thermistor (Continued)
TEMP.°C 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 RESISTANCE MIN. 7.069 6.835 6.605 6.390 6.179 5.978 5.787 5.600 5.423 5.246 5.083 4.921 4.767 4.618 4.475 4.336 4.203 4.074 3.951 3.830 3.715 3.603 3.496 3.392 3.292 3.194 3.101 3.011 2.923 TYP. 7.660 7.410 7.165 6.935 6.710 6.495 6.290 6.090 5.900 5.710 5.535 5.360 5.195 5.035 4.881 4.732 4.589 4.450 4.317 4.187 4.063 3.943 3.827 3.714 3.606 3.501 3.400 3.303 3.208 MAX. 8.251 7.985 7.725 7.480 7.241 7.012 6.793 6.580 6.377 6.174 5.987 5.800 5.623 5.452 5.287 5.128 4.974 4.826 4.683 4.544 4.410 4.282 4.157 4.036 3.920 3.808 3.699 3.594 3.493 TEMP.°C 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 RESISTANCE MIN. 2.839 2.757 2.678 2.602 2.528 2.457 2.388 2.321 2.255 2.192 2.131 2.072 2.016 1.961 1.908 1.857 1.808 1.760 1.714 1.669 1.626 1.583 1.543 1.503 1.465 1.427 1.391 1.356 1.321 TYP. 3.117 3.029 2.948 2.861 2.781 2.703 2.629 2.556 2.486 2.418 2.352 2.288 2.226 2.167 2.109 2.053 1.999 1.947 1.896 1.847 1.800 1.753 1.709 1.666 1.624 1.583 1.543 1.505 1.467 MAX. 3.395 3.300 3.208 3.119 3.033 2.950 2.869 2.791 2.716 2.643 2.572 2.503 2.436 2.372 2.310 2.249 2.190 2.133 2.078 2.025 1.973 1.923 1.874 1.828 1.782 1.738 1.695 1.653 1.613
Rev. A2, September 2001
15.3 SPM Socket Boards
Double-side SPM Socket Board and Single-side SPM Socket Board · SPM socket boards are supplied to help customers easily test the SPM. · Boards are composed of an SPM socket and the additional required components mounted on the PCB. · You can connect it to your existing or designed board that contains the power and CPU control parts.
Double-side Board
Single-side Board
Applicable Heat Sink
" Enable to Supply Whenever You Want "
Rev. A2, September 2001
Double-Side SPM Board PCB Pattern
123mm
85mm (a) Top Side Pattern and Silk
Top View (b) Bottom Side Pattern and Silk
Part List
Rev. A2, September 2001
Signal Connection Terminals
Fault-Out signal Connection Low-Side Input Connection from CPU High-Side Input Connection from CPU Temperature Detecting Connection
Heat Sink Location SPM
Bootstrap Components
Electrolytic Capacitor for Bias Supply
DC-Link Film Capacitor
SPM Bias Supply (15V and 5V ) Terminals
DC-Link Input Connection (P, N) Motor Input Connection (U, V, W)
Power Connection Terminals
Rev. A2, September 2001
Single-Side SPM Board PCB Pattern
123mm Top View 91mm
Part List
Rev. A2, September 2001
Signal Connection Terminals
Fault-Out signal Connection Low-Side Input Connection from CPU High-Side Input Connection from CPU Temperature Detecting Connection
Heat Sink Location
Bootstrap Components
Electrolytic Capacitor for Bias Supply
DC-Link Film Capacitor
SPM Bias Supply (15V and 5V ) Terminals
DC-Link Input Connection (P, N) Motor Input Connection (U, V, W)
Power Connection Terminals
Rev. A2, September 2001
Experimental Results Detected Thermistor voltage and Heat Sink Temperature
AC220V Input Condition
AC264V Input Condition
Heat sink Temperature
AC220V Input Condition
DC-Link Voltage
AC264V Input Condition
DC-Link Voltage
100V / Div
GND 2A / Div Output Load Current 2A / Div Output Load Current
Time (500ms / Div)
Rev. A2, September 2001
Themistor V olts.(V )
Themistor Voltage
Heat S ink Temp.( )
Themistor Voltage
15.4. SPM Test Boards
15.4.1 Interface Methods Interface Methods between SPM and CPU & Comparisons Method 1: Direct Interface
Bootstrap Circuit
· A single-grounded power supply is used. · The use of bootstrap circuit is required. · The control program for the initial charge of the bootstrap capacitors is required. · The required dead-time for inverter-operation is 3µs. · The overall power circuit design is the simplest. · The overall manufacturing cost is the lowest.
Rev. A2, September 2001
Method 2: Interface using Opto-couplers with Two Isolated Power Supplies
Opto-couplers
Power Supply 1
Power Supply 2
Bootstrap Circuit
Rev. A2, September 2001
Method 3: Interface using Opto-couplers with Five Isolated Power Supplies
Opto-couplers
Power Supply 5
Power Supply 4 Power Supply 3
Power Supply 1
Power Supply 2
Rev. A2, September 2001
15.4.2 Test Board I SPM TEST BOARD for use in air-conditioners (Direct Interface with CPU)
Rev. A2, September 2001
J1 Gating UH Gating VH Gating WH Gating UL Gating VL Gating WL Fault 15V line 5V line
5V line 15V line
9 15V 10 GND
Fo 5V 15V 9 GND 10
C26 102 U4 VB(U) (29) VB C5 220uF 35V VCC VS COM COM(L) VS(U) (30) Uout VB(V) (25) VB Vout VS COM HO IN Vcc VCC(VH) (24) IN(VH) (23) COM(H) (22) VS(V) (26) Wout C(FOD) C(SC) VB HO Vcc IN VS COM (10) NC (11) NC (12) NC C22 105 (13) W C24 100uF 16V VS(W) (21) VB(W) (20) VCC(WH) (19) IN(WH) (18) 15V line C13 104 C14 33uF 35V C18 104 C25 220uF 35V C8 104 D3 C9 33uF 35V R9 1N4937 20 1 / 4W C17 104 IN(UL) IN(VL) IN(WL) V(FO) (2) COM(L) (3) IN(UL) (4) IN(VL) (5) IN(WL) (6) VFO C15 333 (7) CFOD (8) CSC (9) RSC C19 102 R10 3.9k 1 / 8W 5V line R11 56 1 / 8W C23 102 C10 471 C12 471 C11 471 (1) VCC(L) HO IN C6 104 D2 IN(UH) (27) C7 33uF 35V R8 1N4937 20 1 / 4W C1 122 C2 122 C3 122 C16 104 Vcc VCC(UH) (28) D1 R4 5V line
5V line
15V line
1N4937 20 1 / 4W R17 R2 R3 4.7k 1 / 8W 4.7k 1 / 8W 4.7k 1 / 8W
Schematics and External Interface Diagram
Note) 1. Common-grounded power supplies of +5V and +15V are used for CPU and SPM operation. 2. For further details, see the datasheet and application note.
R7 R12 R6 R5 4.7k 1 / 8W 4.7k 1 / 8W 4.7k 1 / 8W 4.7k 1 / 8W
(14) V
(15) U
(16) N C20
(17) P
0.1uF 630V
Rev. A2, September 2001
Test Board
PCB Map
Signal Connection Terminals
Low-Side Input Connection from CPU Fault-Out signal Connection High-Side Input Connection from CPU Bootstrap Components
SPM Bias Supply (15V and 5V) Terminals
Electrolytic Capacitor for Bias Supply
DC-Link Input Connection (P, N)
DC-Link Film Capacitor
Motor Input Connection (U, V, W)
Power Connection Terminals
Rev. A2, September 2001
External Connection Signal 1 2 3 4 5 6 7 8 9 10 Power Connection P N U V W High-Side Input Signal from CPU (Phase U) High-Side Input Signal from CPU (Phase V) High-Side Input Signal from CPU (Phase W) Low-Side Input Signal from CPU (Phase U) Low-Side Input Signal from CPU (Phase V) Low-Side Input Signal from CPU (Phase W) Fault-Out Signal CPU SPM Bias Supply +5V Terminal SPM Bias Supply +15V Terminal SPM Bias Supply Ground Terminal Positive DC Link Input Connection Negative DC Link Input Connection Motor Input Connection (Phase U) Motor Input Connection (Phase V) Motor Input Connection (Phase W)
Rev. A2, September 2001
Photograph of Assembled PCB
(a) Top Side View
(b) Bottom Side View
Rev. A2, September 2001
Part List
Rev. A2, September 2001
15.4.3 Test Board II SPM TEST BOARD for use in air-conditioners (Interface using Opto-couplers with Two Isolated Power Supplies)
Rev. A2, September 2001
J1 680 1 / 8W Gating UH Gating VH Gating WH 680 1 / 8W Gating UL 680 1 / 8W Gating VL 680 1 / 8W Gating WL 680 1 / 8W 680 1 / 8W
Prima ry 5V
U5 TLP521
Fault 10k 1 / 8W 102
U6 TLP521
C24 100uF 16V
U1 TLP521
P rima ry 5V
Seconda ry 15 V
10 GND
U7 TLP521
Secondary 15V
U2 TLP521
Prima ry GND
Primar y GND
U3 TLP521
S econda ry GND
Sec ondary G ND
U8 TLP521
Seconda ry GND
P rima ry GND
V B(U) (29) VB C5 220uF 35V V CC VS COM(L) Uout IN (UL) IN(VL) Vout IN (W L) (6) VFO V (F O) C23 102 C10 471 C15 333 (7) C F OD C (FOD) C (SC) VB HO Vcc IN VS COM (10) NC (11) NC 1 V S(W) (21) (8) C SC (9) R SC Wout C19 102 C12 471 C11 471 VB HO Vcc IN VS COM VB(V) (25) VCC(V H) (24) IN (VH) (23) COM(H) (22) VS(V) (26) V B(W) (20) V CC(W H) (19) IN (W H) (18) COM VS(U) (30) (2) COM(L) (3) IN(UL) (4) IN (VL) (5) IN(W L) (1) V CC(L) HO IN Vcc VCC(UH) (28) IN(UH) (27)
R4 1N4937 20 1 / 4W R1 C6 104 D2 C7 33uF 35V R8 1N4937 20 1 / 4W C1 122 C8 104 D3 C9 33uF 35V R9 1N4937 20 1 / 4W C17 104 C16 104
Seconda ry 5V
Seconda ry 15 V
Sec ondary 5 V
Schematics and External Interface Diagram
C2 122
C3 122
Sec ondary G ND Seconda ry 15 V
REG1 7805 VIN VO UT (12) NC GND 2 C22 105 3
R10 3.9k 1 / 8W
C13 104
Seconda ry 5V Seconda ry GND
C14 33uF 35V
C18 104
Seconda ry 15 V
(13) W (14)V (15) U (16) N C20 0.1uF 630V (17) P
220uF 35V
C21 104
Sec ondary G ND
Rev. A2, September 2001
Test Board
PCB Map
Signal Connection Terminals
Low-Side Input Connection from CPU Fault-Out signal Connection High-Side Input Connection from CPU Bootstrap Components
Bias Supply Connection for opto-coupler Primary Side Driving
SPM Bias Supply (15V)Terminals
Electrolytic Capacitor for Bias Supply
Opto-couplers
DC-Link Input Connection (P, N)
DC-Link Film Capacitor
Motor Input Connection (U, V, W)
Power Connection Terminals
Rev. A2, September 2001
External Connection Signal 1 2 3 4 5 6 7 8 9 10 Signal Interface 2 Power Connection 1 2 P N U V W High-Side Input Signal from CPU (Phase U) High-Side Input Signal from CPU (Phase V) High-Side Input Signal from CPU (Phase W) Low-Side Input Signal from CPU (Phase U) Low-Side Input Signal from CPU (Phase V) Low-Side Input Signal from CPU (Phase W) No Connection Fault-Out Signal CPU Bias Supply (+5V) Terminal for Opto-coupler Primary Side Driving Bias Supply Ground Terminal for Opto-coupler Primary Side Driving SPM Bias Supply +15V Terminal SPM Bias Supply Ground Terminal Positive DC Link Input Connection Negative DC Link Input Connection Motor Input Connection (Phase U) Motor Input Connection (Phase V) Motor Input Connection (Phase W)
Rev. A2, September 2001
Photograph of Assembled PCB
(a) Top Side View
(b) Bottom Side View
Rev. A2, September 2001
Part List
Rev. A2, September 2001
Definition
15.4.4 Test Board III SPM TEST BOARD for use in air-conditioners (Interface using Opto-couplers with Five Isolated Power Supplies)
Rev. A2, September 2001
J1 680 1 / 8W Gating UH 680 1 / 8W Gating VH 680 1 / 8W Gatin g WH 680 1 / 8W Gating UL 680 1 / 8W Gatin g VL Gatin g WL 680 1 / 8W
C24 100uF 16V 10k 1 / 8W 102
Fault
Primary 5V
10 GND GND 10
Prim ary G ND Se condary 15 V
CN1 C27 104
Prim ary 5V
U5 TLP521 C26 33uF 35V
15V GND
Seconda ry GND Pha se U 15V
Second ar y 15V
Prim ary G ND
U1 TLP521 U6 TLP521
Seconda ry GND Phase U 15V Phase U GND
15V GND
Phase U GND
U2 TLP521 U7 TLP521
Phase V G ND
U3 TLP521
Second ar y GND
U8 TLP521
Phase W G ND
Schematics and External Interface Diagram
Second ary G ND
Prim ary GND Second ary 5V
VB C28 104 VC C COM (L) IN(U L) IN (VL ) IN (W L) V (FO) C23 102 C15 333 (7) CFOD C (F OD) C (S C) VB HO Vcc IN VS COM (10) NC (11) NC 1 (8) CS C (9) RSC Wout C19 102 C12 471 C11 471 C10 471 Vout Uout (2) COM(L) (3) IN(U L) (4) IN(V L) (5) IN (W L) (6) VF O (1) VC C (L) HO IN Vcc
V B(U ) (29) VC C(U H ) (28) IN (U H)(27) C6 104 VS COM V S (U ) (30) V B(V) (25) VB HO Vcc IN VS COM V C C (VH ) ( 24) IN(VH ) (23) COM(H ) (22) VS(V ) (26) VB (W ) (20) VC C(W H) (19) IN(W H ) (18) C13 104 V S(W ) (21) C8 104 Phase V GND
Second ary 15V
Phase U 15V
Second a ry 5V
R1 C7 33uF 35V Phase U GND Phase V 15V C1 122 C9 33uF 35V Phase W 15V C17 104 C16 104
C5 33uF 35V
C2 122
C3 122
Seconda ry GND Second ary 15V
REG1 7805 VIN VOUT (12) NC GND 2 C22 105 3
R10 3.9k 1 / 8W
Second ary 5V Second ary G ND
C14 33uF 35V Phase W GND (13) W (14)V (15) U (16) N C20 0.1uF 630V (17) P
C18 104
Second ary 15V
C21 104
Second a ry G ND
C25 33uF 35V
Second ar y GND
Rev. A2, September 2001
Test Board
PCB Map
Signal Connection Terminals
Low-Side Input Connection from CPU Fault-Out signal Connection High-Side Input Connection from CPU SPM Bias Supply (15V)Terminals Bias Supply High-Side Phase U (15V)Terminals Electrolytic Capacitor for Bias Supply Bias Supply High-Side Phase V (15V)Terminals
Bias Supply Connection for opto-coupler Primary Side Driving
Opto-couplers
Bias Supply High-Side Phase W (15V)Terminals
DC-Link Input Connection (P, N)
DC-Link Film Capacitor
Motor Input Connection (U, V, W)
Power Connection Terminals
Rev. A2, September 2001
Photograph of Assembled PCB
(a) Top Side View
(b) Bottom Side View
Rev. A2, September 2001
Part List
Rev. A2, September 2001
15.4.5 Test Board IV SPM TEST BOARD for use in washing-machines (Direct Interface with CPU)
Rev. A2, September 2001
J1 Gating UH Gating VH Gating WH Gating UL Gating VL Gating WL Fault RTH 15V line 5V line
UH VH WH UL VL WL Fo RTH
5V line 15V line
9 5V 10 15V 11 GND
Fo RTH 5V 15V 10 GND 11
C26 102 U4 VB(U) (29) VB C27 VCC VS COM COM(L) VS(U) (30) Uout VB(V) (25) VB Vcc IN Vout HO VCC(VH) (24) IN(VH) (23) COM(H) (22) VS(V) (26) Wout C(FOD) C(SC) VB HO Vcc IN VS COM (10) NC (11) VTH (12) RTH C22 105 R20 22k 1 / 8W (13) W C24 100uF 16V VS(W) (21) VB(W) (20) VCC(WH) (19) IN(WH) (18) 15V line C13 104 C14 220uF 35V C18 104 C25 220uF 35V C8 104 D3 C9 220uF 35V VS COM R9 1N4937 20 1 / 4W C17 104 IN(UL) IN(VL) IN(WL) (6) VFO V(FO) C23 102 C10 471 C15 333 (7) CFOD (8) CSC (9) RSC C19 102 R10 3.9k 1 / 8W 5V line 5V line R11 56 1 / 8W C12 471 C11 471 104 (2) COM(L) (3) IN(UL) (4) IN(VL) (5) IN(WL) (1) VCC(L) HO IN IN(UH) (27) C6 104 D2 C7 220uF 35V R8 1N4937 20 1 / 4W C1 122 C2 122 C3 122 C16 104 Vcc VCC(UH) (28) D1 R4 5V line
5V line 15V line
1N4937 20 1 / 4W R17 R2 R3 4.7k 1 / 8W 4.7k 1 / 8W 4.7k 1 / 8W
Schematics and External Interface Diagram
Note) 1. Common-grounded power supplies of +5V and +15V are used for CPU and SPM operation. 2. For further details, see the datasheet and application note.
R12 R7 R6 R5 4.7k 1 / 8W 4.7k 1 / 8W 4.7k 1 / 8W 4.7k 1 / 8W C5 220uF 35V
(14) V
(15) U
(16) N C20
(17) P
0.1uF 630V
Rev. A2, September 2001
Test Board
PCB Map
Signal Connection Terminals
Low-Side Input Connection from CPU Fault-Out signal Connection High-Side Input Connection from CPU Themistor-out signal Connection Bootstrap Components
SPM Bias Supply (15V and 5V) Terminals
Electrolytic Capacitor for Bias Supply
DC-Link Input Connection (P, N)
DC-Link Film Capacitor
Motor Input Connection (U, V, W)
Power Connection Terminals
Rev. A2, September 2001
External Connection Signal 1 2 3 4 5 6 7 8 9 10 Power Connection P N U V W High-Side Input Signal from CPU (Phase U) High-Side Input Signal from CPU (Phase V) High-Side Input Signal from CPU (Phase W) Low-Side Input Signal from CPU (Phase U) Low-Side Input Signal from CPU (Phase V) Low-Side Input Signal from CPU (Phase W) Fault-Out Signal CPU SPM Bias Supply +5V Terminal SPM Bias Supply +15V Terminal SPM Bias Supply Ground Terminal Positive DC Link Input Connection Negative DC Link Input Connection Motor Input Connection (Phase U) Motor Input Connection (Phase V) Motor Input Connection (Phase W)
Rev. A2, September 2001
Photograph of Assembled PCB
(a) Top Side View
(b) Bottom Side View
Rev. A2, September 2001
Part List
Rev. A2, September 2001
Part List
Part No. D1 D2 D3 U4
(Continued)
Rating 1A, 600V 1A, 600V 1A, 600V Characteristics Fast Recovery Diode, (1N4937) Fast Recovery Diode, (1N4937) Fast Recovery Diode, (1N4937) SPM Definition Bootstrap Diode (Phase U) Bootstrap Diode (Phase V) Bootstrap Diode (Phase W) See the datasheet
Rev. A2, September 2001
TRADEMARKS
The following are registered and unregistered trademarks Fairchild Semiconductor owns or is authorized to use and is not intended to be an exhaustive list of all such trademarks.
ACEx Bottomless CoolFET CROSSVOLT DenseTrench DOME EcoSPARK E2CMOS EnSigna FACT FACT Quiet SeriesTM
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FAST ® FASTr FRFET GlobalOptoisolator GTO HiSeC ISOPLANAR LittleFET MicroFET MicroPak MICROWIRETM
OPTOLOGIC OPTOPLANAR PACMAN POP Power247 PowerTrench ® QFET QS QT Optoelectronics Quiet Series SILENT SWITCHER ®
SMART START STARPOWER Stealth SuperSOTTM-3 SuperSOTTM-6 SuperSOTTM-8 SyncFET TinyLogic TruTranslation UHC UltraFET ®
VCXTM
STARPOWER is used under license
FAIRCHILD SEMICONDUCTOR RESERVES THE RIGHT TO MAKE CHANGES WITHOUT FURTHER NOTICE TO ANY PRODUCTS HEREIN TO IMPROVE RELIABILITY, FUNCTION OR DESIGN. FAIRCHILD DOES NOT ASSUME ANY LIABILITY ARISING OUT OF THE APPLICATION OR USE OF ANY PRODUCT OR CIRCUIT DESCRIBED HEREIN NEITHER DOES IT CONVEY ANY LICENSE UNDER ITS PATENT RIGHTS, NOR THE RIGHTS OF OTHERS.
Preliminary
First Production
No Identification Needed
Full Production
Obsolete
Not In Production
This datasheet contains specifications on a product that has been discontinued by Fairchild semiconductor. The datasheet is printed for reference information only.
Rev. H4