support support support support support support support support C
|
|
|
Top Searches for this datasheet
support support support support support support support support
CON5
support
support 220,3W
Appendix
RELAY1 470u/250V RBV-2506 RELAY 5501 15mH/5A 224/AC275V 5N60 200K/0.5W 221/400Vac 471/400Vac 470u/250V 474/AC275V 471/400Vac 221/400Vac 200K/0.5W D5U60S
104/AC275V
15.1.1 Input Power Part
PV3.3 4.7KJ0 U1DL-44A HEATSINK HEATSINK SUPPORT 10KJ0 SUPPORT
CON10
4.7KJ0 2N2222
MC_CON
KRC101S
100KJ1 500K,2W DRAIN 220uF,25V U1DL-44A 100KJ1 100KF,1W 100KF,1W PM3A104K 100uF,25V 10J4 UF4007
220uF,10V
15.1 Detailed Schematics Inverter System
1KJ4
PV3.3 100KF,1W Trans_3out_with_FB U1DL-44A 10uF Drain KA5H0280R
U1DL-44A
100uF,25V 100uH, 2.0A
2KJ4
104,50V H11A817C
2.8KF0
473,50V
PC1B H11A817C
PC1A
TL431A
103,2kV 100uH, 2.0A 100KF,1W
100uF,25V
100uF,25V PV15 PV15 PV15
VDC_AD
KDS226 VDC_FB
200J0
0.7A 0.3A
1KJ0 2.61KF0 104,50V
2.49KF0
Title
INPUT POWER
Size Date:
Document Number <Doc> Monday, 2005
Sheet
Rev.
PV15 PV3.3 FTPM1G15SH60 VCC(L) Vs(U) VB(U) VCC(UH) US1J 220u VCC(L) VS(U) VB(U) VCC(UH) IN(UH) US1J 220u PV15 PV15
15.1.2 Part
100J0 IN(UL) IN(VL) IN(WL) VS(V) VB(V) VCC(VH) IN(VH) 220u US1J VS(V) VB(V) VCC(VH)
4.7KJ0
CFOD PV3.3 VS(W) VB(W) VCC(WH) IN(WH) VS(W) VB(W) VCC(WH) CFOD
PV3.3
IDC_AD 3.9k 680n/630V
CON5
KDS226 TEMP_AD
KDS226
10KF0 10KF0 10KF0 10KF0 10KF0 10KF0
Title Size Date:
Document Number <Doc> Monday, 2005
Sheet
Rev.
LD1117DT33 PV3.3L
PV3.
ELJFA101kF
PV3.3L
104/CER 104/CER /BOOT BOOT_EN /RESET PWM01 PWM02 PWM03 PWM04 PWM05 PWM06 PWM_DIS 74ALS1034
104/CER
22uF/10V
220J0
22uF/10V
104/CER
15.1.3 Part
XINT1 IOPA2 XINT2 DCSOC IOPD0 16J0 XTAL1/CLKIN XTAL2 CLKOUT IOPE0 682/CER VFD_E_CPU VFD_R/W_CPU VFD_RS_CPU PLLF2 PLLF PLLVCCA T1PWM T1CMP IOPB4 T2PWM T2CMP IOPB5 TDIRA IOPB6 TCLKINA IOPB7 334/CER
IOPA6 IOPA7 IOPB0 IOPB1 IOPB2 IOPB3 PDPINTA
100/CER
1MJ0
100J0
PV3.
100/CER PV3.3 100J0 /BOOT /RESET CHAR_D0
ELJFA101kF
CHAR_D1 CHAR_D2 CHAR_D3 CHAR_D4 CHAR_D5 CHAR_D6
7.5MHz
4.7KJ0
PV3.
KDS226
PWM07 PWM08 PWM09 PWM10 PWM11 PWM1
IOPE1 IOPE2 IOPE3 IOPE4 IOPE5 IOPE6 PDPINTB
/RXD /TXD 4.7KJ0
CHAR_D7 RUN_KEY STOP_KEY CAP1 CAP2 CAP3 CAP4 CAP5 CAP6 T3PWM T3CMP IOPF2 T4PWM T4CMP IOPF3 TDIRB IOPF4 TCLKINB IOPF5 MODE_KEY A/M_KEY UP_KEY DOWN_KEY Test_LED IOPC0 IOPC1 IOPF6 QEP1 IOPA3 QEP2 IOPA4 IOPA5 QEP3 IOPE7 QEP4 IOPF0 IOPF
Test_LED
KRC101S
VDC_AD IDC_AD VOL_AD TEMP_AD
ADCIN00 ADCIN01 ADCIN02 ADCIN03 ADCIN04 ADCIN05 ADCIN06 ADCIN07
PV15 104/CER PV3.3 2N2222 4.7KJ0 SPI_SIMO DB_CON 4.7KJ0 249J2 KTN2907AS DB_CON MC_CON KRC101S MC_CON
ADCIN08 ADCIN09 ADCIN10 ADCIN11 ADCIN12 ADCIN13 ADCIN14 ADCIN15 EMU0 EMU1 VREFLO VREFHI SCI_TXD IOPA0 SCI_RXD IOPA1 /TXD /RXD VCCA VSSA PV3.3L /RESET
TMS2 TRST
PV3.3 CAN_TX IOPC6 CAN_RX IOPC7 NS809T-3.08 3.08V VDD1 VDD2 VDD3 VDD4 PV3.3L PV3.3 104/CER VDD1 VDD2 VDD3 VDD4 VSS1 VSS2 VSS3 VSS4 VCCP 104/CER
4.7KJ0 SPI_CLK IOPC4 SPI_STE IOPC5 SPI_SOMI IOPC3 SPI_SIMO IOPC2 104/CER
PV3.3 TMS320LF2406
10KJ0 22KJ0 22KF0 CON5 PV15 22KJ0 HA_IN HB_IN HC_IN
10KJ0
10KJ0
SPI_STE SPI_SOMI
104/CER
104/CER
104/CER
104/CER
VDDO1
VDDO2
VDDO3
VDDO4
VDDO5
104/CER
104/CER
104/CER
104/CER
104/CER
104/CER
8SPI_CLK SPI_STE SPI_SOMI VSS1 VSS2 VSS3 VSS4 VDDO1 VDDO2 VDDO3 VDDO4 VDDO5 VDDO6 VDDO1 VDDO2 VDDO3 VDDO4 VDDO5 VDDO6 VSSO1 VSSO2 VSSO3 VSSO4 VSSO5 VSSO6 VSSO1 VSSO2 VSSO3 VSSO4 VSSO5 VSSO6 VDD1 VDD2 VDD3 VSSO1 VSSO2 VSSO3 VSSO1
PV3.
PV3.
PV3.
4.7KJ
4.7KJ
25LC040
/HOLD
SPI_CLK SPI_SIMO
HA_IN
HB_IN
PV3.3 VDD4 104/CER
HC_IN
VDDO6 Title VSSO5 VSSO6 Size Date:
Document Number <Doc> Monday, 2005
Sheet
Rev.
15.1.4 Keypad Part
4.7KJ0
4.7KJ0
4.7KJ0
4.7KJ0
4.7KJ0
4.7KJ0
CHAR_D0 CHAR_D1 CHAR_D2 CHAR_D3 CHAR_D4 CHAR_D5 74LS07 VFD_RESET VFD_RS VFD_R/W VFD_E VFD_16T202DA1E VFD_DB6 VFD_DB7 VFD_RS VFD_R/W VFD_E CHAR_D6 CHAR_D7 VFD_RS_CPU VFD_R/W_CPU VFD_E_CPU CHAR_D6 CHAR_D7 74LS07 4.7KJ0 4.7KJ0 4.7KJ0 4.7KJ0 4.7KJ0 /RST E(/RD) VFD_DB0 VFD_DB1 VFD_DB2 VFD_DB3 VFD_DB4 VFD_DB5 VFD_DB6 VFD_DB7
CHAR_D0 CHAR_D1 CHAR_D2 CHAR_D3 CHAR_D4 CHAR_D5
VFD_DB0 VFD_DB1 VFD_DB2 VFD_DB3 VFD_DB4 VFD_DB5
RUN_KEY STOP_KEY MODE_KEY A/M_KEY UP_KEY DOWN_KEY VOLUME 4.7KJ0 RUN_KEY STOP_KEY MODE_KEY A/M_KEY 4.7KJ0 4.7KJ0 4.7KJ0
RUN_KEY STOP_KEY MODE_KEY A/M_KEY UP_KEY DOWN_KEY VOLUME
UP_KEY
DOWN_KEY
RUN_KEY
STOP_KEY
MODE
A/M_KEY
UP_KEY
STOP_KEY
8PV3.3 PV3.3 PV3.3 PV3.3 PV3.3 PV3.3 PV3.3 4.7KJ0 4.7KJ0
VOLUME
VOL_AD
472/CER
Title
Keypad
Size Date:
Document Number <Doc> Monday, 2005
Sheet
Rev.
15.2 Resistance Temperature Built-in Thermistor
TEMP.[°C] 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 TEMP.[°C] 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.
Resistance Temperature Built-in Thermistor (Continued)
TEMP.[°C] 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] 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 1.61
Rev.
15.3 Socket Boards
Double-side Socket Board Single-side Socket Board socket boards supplied help customers easily test SPM. Boards composed socket additional required components mounted PCB. connect your existing designed board that contains power control parts.
Double-side Board
Single-side Board
Applicable Heat Sink
Enable Supply Whenever Want
Rev.
Double-Side Board Pattern
123mm
85mm Side Pattern Silk
View Bottom Side Pattern Silk
Part List
Symbol CSP15 CSP05 CFOD CSPC15 CBPF CBSC CDCS Rating 470µF, 100µF, 33nF, 470pF, 1/10W 3.9k, 1/10W 1nF, 4.7k, 1/10W 100nF, 100, 1/10W 22k, 1/10W 1nF, 1.2nF, 100nF, 1/4W 600V 220µF, 220nF, 630V Characteristics Electrolytic Capacitor Electrolytic Capacitor Ceramic Capacitor Ceramic Capacitor Chip Resistor (10%) Chip Resistor (10%) Ceramic Capacitor Chip Resistor (10%) Ceramic Capacitor Chip Resistor (10%) Chip Resistor (10%) Ceramic Capacitor Ceramic Capacitor Ceramic Capacitor Ceramic Capacitor Fast Recovery Diode, (1N4937) Electrolytic Capacitor Film Capacitor Definition +15V Bias Voltage Source Capacitor Bias Voltage Source Capacitor Capacitor Selection Fault Duration Side Pull-Up Capacitor Current Sensing Resistor Low-Pass-Filter Current Sensing Low-Pass-Filter Current Sensing Pull-Up Resistor +15V Bypass Capacitor Series Resistor Signal Interface Series Resistor Temperature Monitoring Bypass Pull-Up Capacitor Fault-Out Signal High-Side Pull-Up Capacitor Bypass Capacitor Bootstrap Supply Bootstrap Resistor Bootstrap Diode Bootstrap Capacitor Snubber Capacitor Suppress SpikeVoltage
Rev.
Double-Side Board User's Guide
Signal Connection Terminals
Fault-Out signal Connection Low-Side Input Connection from High-Side Input Connection from Temperature Detecting Connection
Heat Sink Location
Bootstrap Components
Electrolytic Capacitor Bias Supply
DC-Link Film Capacitor
Bias Supply (15V Terminals
DC-Link Input Connection Motor Input Connection
Power Connection Terminals
Rev.
Single-Side Board Pattern
123mm View 91mm
Part List
Symbol CSP15 CSP05 CFOD CSPC15 CBPF CBSC CDCS JUMPER Rating 470µF, 100µF, 33nF, 470pF, 1/10W 3.9k, 1/10W 1nF, 4.7k, 1/4W 100nF, 100, 1/10W 22k, 1/10W 1nF, 1.2nF, 100nF, 1/4W 600V 220µF, 220nF, 630V 1/4W Characteristics Electrolytic Capacitor Electrolytic Capacitor Ceramic Capacitor Ceramic Capacitor Chip Resistor (10%) Chip Resistor (10%) Ceramic Capacitor Resistor (5%) Ceramic Capacitor Chip Resistor (10%) Chip Resistor (10%) Ceramic Capacitor Ceramic Capacitor Ceramic Capacitor Chip Resistor (10%) Fast Recovery Diode, (1N4937) Electrolytic Capacitor Film Capacitor Chip Resistor Definition +15V Bias Voltage Source Capacitor Bias Voltage Source Capacitor Capacitor Selection Fault Duration Side Pull-Up Capacitor Current Sensing Resistor Low-Pass-Filter Current Sensing Low-Pass-Filter Current Sensing Pull-Up Resistor +15V Bypass Capacitor Series Resistor Signal Interface Series Resistor Temperature Monitoring Bypass Pull-Up Capacitor Fault-Out Signal High-Side Pull-Up Capacitor Bypass Capacitor Bootstrap Supply Bootstrap Resistor Bootstrap Diode Bootstrap Capacitor Snubber Capacitor Suppress SpikeVoltage High-Side Single Connection
Rev.
Single-Side Board User's Guide
Signal Connection Terminals
Fault-Out signal Connection Low-Side Input Connection from High-Side Input Connection from Temperature Detecting Connection
Heat Sink Location
Bootstrap Components
Electrolytic Capacitor Bias Supply
DC-Link Film Capacitor
Bias Supply (15V Terminals
DC-Link Input Connection Motor Input Connection
Power Connection Terminals
Rev.
Operation Example Experimental Condition Supply Voltage DC-Link Supply Voltage (between Varied Input Voltage Series Resistor (Built Board) (For details, Fig. User's Guide) Applied Heat Sink Shown Cover Page (Natural Convection Condition) Load Induction Motor Washing Machine Used Device FPAL15SH60 Switching Frequency 15kHz
Experimental Results Detected Thermistor voltage Heat Sink Temperature
AC220V Input Condition
AC264V Input Condition
Heat Temp.(
Heat sink Temperature
Heat sink Temperature
AC220V Input Condition
DC-Link Voltage 100V/Div 100V/Div
AC264V Input Condition
DC-Link Voltage
2A/Div Output Load Current
2A/Div Output Load Current
2A/Div
Time (500ms/Div)
Time (500ms/Div)
Rev.
Themistor olts.(V
Themistor Voltage
Themistor Voltage
15.4. Interface Methods
Interface Methods between Comparisons Method Direct Interface
Bootstrap Circuit
single-grounded power supply used. bootstrap circuit required. control program initial charge bootstrap capacitors required. required dead-time inverter-operation 3µs. overall power circuit design simplest. overall manufacturing cost lowest.
Rev.
Method Interface using Opto-couplers with Isolated Power Supplies
Opto-couplers
Power Supply
Power Supply
Bootstrap Circuit
isolated power supplies used. part operation other part operation. bootstrap circuit required. control program initial charge bootstrap capacitors required. Required dead-time inverter operation depends performance opto-couplers used. (for example: case using TLP521, recommended dead-time >10µs)
Rev.
Method Interface using Opto-couplers with Five Isolated Power Supplies
Opto-couplers
15V_
15V_
15V_
Power Supply
Power Supply Power Supply
Power Supply
15V_
Power Supply
High-side bias supplies Five isolated power supplies used. part operation others part operation. Basically, high-side part needs three isolated power supplies lowside part have independent power supply. Required dead-time inverter operation depends performance opto-couplers used. (for example: case using TLP521, recommended dead-time >10µs)
Rev.
Comparison Others Method Manufacturing Time Supply Voltage Stability Size (Related Components Only) Control DeadTime Propagation Delay-Time Fast Opto-coupler Slow Opto-coupler Excellent Excellent 100% Second Typically Second Typically Method Good Good 115% Second Second Method Good Good 130% Second Second
Rev.
TRADEMARKS
following registered unregistered trademarks Fairchild Semiconductor owns authorized intended exhaustive list such trademarks.
ACEx Bottomless CoolFET CROSSVOLT DenseTrench DOME EcoSPARK E2CMOSEnSignaFACT FACT Quiet Series
DISCLAIMER
FAST FASTr FRFET GlobalOptoisolator HiSeC ISOPLANAR LittleFET MicroFET MicroPak
MICROWIRE OPTOLOGIC OPTOPLANAR PACMAN Power247 PowerTrench QFET Optoelectronics Quiet Series
SILENT SWITCHER SMART START UltraFET STAR*POWER Stealth SuperSOT-3 SuperSOT-6 SuperSOT-8 SyncFET TinyLogic TruTranslation
STAR*POWER used under license
FAIRCHILD SEMICONDUCTOR RESERVES RIGHT MAKE CHANGES WITHOUT FURTHER NOTICE PRODUCTS HEREIN IMPROVE RELIABILITY, FUNCTION DESIGN. FAIRCHILD DOES ASSUME LIABILITY ARISING APPLICATION PRODUCT CIRCUIT DESCRIBED HEREIN; NEITHER DOES CONVEY LICENSE UNDER PATENT RIGHTS, RIGHTS OTHERS.
LIFE SUPPORT POLICY FAIRCHILDS PRODUCTS AUTHORIZED CRITICAL COMPONENTS LIFE SUPPORT DEVICES SYSTEMS WITHOUT EXPRESS WRITTEN APPROVAL FAIRCHILD SEMICONDUCTOR CORPORATION. used herein: critical component component life Life support devices systems devices support device system whose failure perform systems which, intended surgical implant into reasonably expected cause failure life body, support sustain life, whose support device system, affect safety failure perform when properly used accordance with instructions provided labeling, effectiveness. reasonably expected result significant injury user. PRODUCT STATUS DEFINITIONS Definition Terms Datasheet Identification Advance Information Product Status Formative Design First Production Definition This datasheet contains design specifications product development. Specifications change manner without notice. This datasheet contains preliminary data, supplementary data will published later date. Fairchild Semiconductor reserves right make changes time without notice order improve design. This datasheet contains final specifications. Fairchild Semiconductor reserves right make changes time without notice order improve design. This datasheet contains specifications product that been discontinued Fairchild semiconductor. datasheet printed reference information only.
Preliminary
Identification Needed
Full Production
Obsolete
Production
Rev.
Other recent searches
TOCP200-B - TOCP200-B TOCP200-B Datasheet
SDP530D - SDP530D SDP530D Datasheet
PUG001203-0203 - PUG001203-0203 PUG001203-0203 Datasheet
MC100E151 - MC100E151 MC100E151 Datasheet
IXFR80N20Q - IXFR80N20Q IXFR80N20Q Datasheet
ILC6660 - ILC6660 ILC6660 Datasheet
DAC8311 - DAC8311 DAC8311 Datasheet
DAC8411 - DAC8411 DAC8411 Datasheet
Privacy Policy | Disclaimer
© 2012 Datasheet Archive
