| Contents | Part 1 | Part 2 | Part 3 | Part 4 | Part 5 | Part 6 | Part 7 | Part 8 |
Power Supply Chips Selection Guide
ABSTRACT
This article is the seventh section in the FPGA and CPLD Guide series and will introduce Analog and Power chips which can be used in FPGA and their simple applications.
There are many power chips can be used as power supply for FPGA and CPLD. However, the power chips we need are those that can simplify power supply circuit design and quicken up design process. To meet the requirement, those power chips should be featured with some characteristics. Firstly, their output voltage range and maximal output current should meet the demands of FPGA’s input voltage and operating current as much as possible. Secondly, those power chips should have high efficiency and low power consumption. The input voltage and the input current of FPGA and CPLD are shown below.
Device | Family | Vcore(V) | Icore Max(A) | Vio(V) | Imax I/O (A) |
CPLD | MAX3000A | 3.3 | 0.14 | 2.5,3.3,5.0 | 0.4 |
MAX II | 1.8 | 0.4 | 1.5,1.8,2.5,3.3 | 0.9 | |
FPGA | Cyclone II | 1.2 | 5 | 1.5,1.8,2.5,3.3 | 5 |
Cyclone III | 1.2 | 7.5 | 1.2,1.5,1.8,2.5,3.0,3.3 | 3.0 | |
Stratix II | 1.2 | 16 | 1.5,1.8,2.5,3.3 | 10 | |
Stratix III | 0.9/1.1 | 25 | 1.2,1.5,1.8,2.5,3.0,3.3 | 25 | |
Stratix IV | 0.9 | -- | 1.2,1.5,1.8,2.5,3.0 | -- |
MAXIM Products Selection Guide
The figure shown above is a DDR tester solution. LPC2214FBD144/01,5 has the topmost controlling privilege; EP2S15 is the core of the DDR tester, which is responsible for sending commands to DDR chip and setting status registers for it, as well as writing specific data and reading them out from DDR. At the end of test, EP2S15 returns the result to MCU. MAX8543 is the main chip of the power supply circuit in the system. The +12V input voltage is transformed into +5V, +3.3V, +2.5V, +1.8V and +1.2V via five pieces of MAX8543. One of +2.5V is transformed into +1.25V SSTL2 voltage by LP2995M which is manufactured by NSC. DDR variable voltage supply circuit consists of MAX8505, MAX4173, MAX1364 and DS3902, which is used to adjust DDR test voltage and monitor the current.
The MAX8505 is a step-down regulator which operates from 2.6V to 5.5V input and generates an adjustable output voltage from 0.8V to 0.85x VIN at loads up to 3A. The MAX1363/MAX1364 is a low-power, 12-bit, 4-channel analog-to-digital converter (ADCs), which features a digitally programmable window comparator with an interrupt output for automatic system-monitoring applications. The MAX4173 is a low-cost, precise, high-side current sense amplifier. The DS3902 is a dual-port, nonvolatile (NV), low temperature-coefficient, variable digital resistor with 256 user-selectable positions. Now list out MAXIM power produces can be used for FPGA and CPLD as below.
Mfr P/N | Order Code | Type | Vin | Vout | Iomax | Efficiency | MAX3000A | MAX II | Cyclone II | Cyclone III | Stratix II | Stratix III | StratixIV | |
PF | Newark | |||||||||||||
MAX8543 | -- | 08J8534 | Controller | 3V--13.2V | 0.8V--0.9Vin | 25A | 93% | Y | Y | Y | Y | Y | Y |
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MAX8544 | -- | 37K8110 | Controller | 3V--13.2V | 0.8V--0.9Vin | 25A | 93% | Y | Y | Y | Y | Y | Y |
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MAX8545EUB+ | -- | 67K6786 | Controller | 2.7V--28V | 0.8V--0.83Vin | 6A | 95% | Y | Y | Y |
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MAX8546 | -- | 67K6788 | Controller | 2.7V--28V | 0.8V--0.83Vin | 6A | 95% | Y | Y | Y |
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MAX8632 | -- | 28K3586 | Controller | 2V--28V | 0.7V--5.5V | 15A | 95% | Y | Y | Y | Y |
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MAX15004 | -- | 42M5360 | Controller | 4.5V--40V | 1.23V--100V | 10A | -- | Y | Y | Y | Y |
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MAX15005AAUE+ | -- | 42M5364 42M5366 | Controller | 4.5V--40V | 1.23V--100V | 10A | -- | Y | Y | Y | Y |
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MAX5072 | -- | 33K2097 | Convertor | 4.5V--23V | 0.8V--28V | 2A | -- | Y | Y |
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MAX5073 | -- | 59J3335 | Convertor | 5.5V--23V | 0.8V--28V | 2A | -- | Y | Y |
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MAX8655 | -- | 54M7093 | Regulator | 4.5V--25V | 0.7V--5.5V | 25A | 93% | Y | Y | Y | Y | Y | Y |
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MAX8855 | -- | 54M7102 | Regulator | 2.35V--3.6V | 0.6V--3.3V | 5A | -- |
| Y | Y |
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MAX8654 | -- | 42M7752 | Regulator | 4.5V--14V | 0.6V--12V | 8A | -- | Y | Y | Y | Y |
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MAX1945 | -- | 02E2915 | Regulator | 2.6V--5.5V | 0.8V--4.5V | 6A | 95% |
| Y | Y |
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Linear Products Selection Guide
The block diagram shown above is a power supply circuit of a digital image processing system. EP2C35F is responsible for the image processing and is the core of the image processing system, which belongs to Cyclone II Family FPGA of Altera. C8051F120 is an 8-Bits RISC MCU and is on the topmost level of the system; VCA1281 is a CMOS image sensor with an on-chip ADC. The core of the power supply circuit is LTM4605. One of +12V input voltage is transformed into +5V, +3.3V, and +1.2V via three pieces of LTM4605 to supply EP2C35 and LCD, the other +12V input is transformed into +5V via LT3437 to supply the CMOS image sensor and then +5V is transformed into +3.3V to supply MCU.
LT3437 and LT3544B are respectively a buck switching regulator and a synchronous buck regulator; both of them are manufactured by Linear. The output voltage of LT3437 is from 3.3V to 14V, and output current can be up to 0.5 A. LT3544B provides output current in the range of 300mA, 200mA and 100mA with efficiency up to 95%. Now list out Linear power produces can be used for FPGA and CPLD as below.
Mfr P/N | Order Code | Type | Vin | Vout | Iomax | Efficiency | MAX3000A | MAX II | Cyclone II | Cyclone III | Stratix II | Stratix III | StratixIV | |
PF | Newark | |||||||||||||
LTM4605 | 1647766 | 95M6551 | Module | 4.5V--20V | 0.8V--16V | 5/12A | -- | 98% | Y | Y | Y | Y |
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LTM4607EV#PBF. | 1571563 | 79M3636 | Module | 4.5V--36V | 0.8V--24V | 5/10A | -- | 98% | Y | Y | Y | Y |
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LTM4602 | 1571404 1571405 | 57M0662 57M0663 | Module | 4.5V--20V | 0.6V--5V | 6A | -- | 92% | Y | Y | Y |
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LTM4603 | 57M0665 | Module | 4.5V--20V | 0.6V--5V | 6A | -- | 93% | Y | Y | Y |
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LTM4603HV | 1615347 1581401 | 57M0667 57M0668 | Module | 4.5V--28V | 0.6V--5V | 6A | -- | 93% | Y | Y | Y |
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LTM4600HVMPV#PBF. | 1099582 1099583 | 57M0651 57M0652 | Module | 4.5V--28V | 0.6V--5V | 10A | -- | 92% | Y | Y | Y | Y |
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LTM4600HVMPV#PBF. | 1099581 1099580 | 57M0650 57M0654 | Module | 4.5V--20V | 0.6V--5V | 10A | -- | 92% | Y | Y | Y | Y |
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LTM4601 | 1580884 | 57M0655 57M0656 | Module | 4.5V--20V | 0.6V--5V | 12A | -- | 95% | Y | Y | Y | Y |
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LTM4601A | 1617955 1609417 | 88M1930 88M1931 | Module | 4.5V--20V | 0.6V--5V | 12A | -- | 95% | Y | Y | Y | Y |
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LTM4601AHV | 1609418 1580365 | 88M1932 88M1933 88M1934 | Module | 4.5V--20V | 0.6V--5V | 12A | -- | 95% | Y | Y | Y | Y |
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LTM4601HV | 1610768 1571403 | 57M0657 57M0658 | Module | 4.5V--28V | 0.6V--5V | 12A | -- | 95% | Y | Y | Y | Y |
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LTM4616 | 1627311 1627312 | 01N6434 01N6435 | Module | 2.375V--5.5V | 0.6V--5V | 8A/16A | -- | -- | Y | Y | Y | Y | Y |
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LT1083 | 9559728 569070 | 57M1484 | Regulator | 2.5V--20V | 1.2V--5V | 7.5A | -- | -- | Y | Y | Y | Y |
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LT1084 | 1273559 9559744 1317808 1537420 1627493 412338 | 57M1498 57M1500 | Regulator | 2.5V--20V | 1.2V--5V | 5A | -- | -- | Y | Y | Y | Y |
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LT1573 | 1273586 | -- | Regulator | 2.8V--10V | 1.27V--6.8V | 5A | -- | -- | Y | Y | Y |
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LT1580 | 9389210 9389202 1273598 | -- | Regulator | 2.25V--6V | 1.25V--5V | 7A | -- | -- | Y | Y | Y |
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LT1581 | 1273599 | 57M5086 | Regulator | 2.25V--6V | 1.25V--5V | 10A | -- | -- | Y | Y | Y | Y |
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LT1584 | 1273600 9389199 |
| Regulator | 7V | 1.25V--5V | 7A | -- | -- | Y | Y | Y |
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Analog Device Products Selection Guide
The block diagrams shown above are a HSMC digital video solution and the associative power supply circuit. EP3C120 is the core of the solution, which belongs to Cyclone III Family. LCM-SO1602 is a 16-character, by 2-line character display, F-51852GN is a graphics display, and 88E111 is a RGMII interface PHY layer. The core of the power supply circuit is ADP1829ACPZ-R7. The +12V input voltage is transformed into +3.3V and +1.2V via two pieces of ADP1829ACPZ-R7, the first voltage supply is for HSMC card, FPGA and ADP2503; the second is for RGMII interface PHY layer and FPGA. The outputs of three ADP2503 are used to supply LCM, GLCD and FPGA.
ADP2503 is a low quiescent current step-up/step-down dc-to-dc converter from ADI. The output voltage of ADP2503 is from 2.8 V to 5.0 V, providing up to 600mA output current with efficiency up to 92%. Now list out ADI power produces can be used for FPGA and CPLD as below.
Mfr P/N | Order Code | Type | Vin | Vout | Iomax | Efficiency | MAX3000A | MAX II | Cyclone II | Cyclone III | Stratix II | Stratix III | StratixIV | |
PF | Newark | |||||||||||||
ADP1821-EVAL | 1651327 | -- | Controller | 3.7V-5.5V | 0.6V--20V | 20A | 91% | Y | Y | Y | Y | Y |
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ADP1822 | 1651329 | -- | Controller | 3.7V-5.5V | 0.6V--20V | 20A | 96% | Y | Y | Y | Y | Y |
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ADP1823 | 1536842 | 12M8118 | Controller | 3.7V-5.5V | 0.6V--20V | 20A | 91% | Y | Y | Y | Y | Y |
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ADP1829ACPZ-R7 | 1536860 | 50M0782 | Controller | 3.0V-18V | 0.6V--20V | 20A | 91% | Y | Y | Y | Y | Y |
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ADP1864 | 1536843 | 12M8119 | Controller | 3.15V-14V | 0.6V--14V | 5A | 94% | Y | Y | Y |
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Texas Instrument Products Selection Guide
The block diagrams shown above are a medical diagnostic imaging solution and the associative power supply circuit. EP3S1200 and EP3C40Q240C8N. constitute the core of the solution, which belongs to Stratix III Family and Cyclone III Family. LPC2214FBD144/01,5 is a 16-bit/32-bit ARM7TDMI-S microcontroller and has the topmost controlling privilege. EP3C40Q240C8N. is responsible for data acquisition. Once the data is compensated and filtered, it is sent to the EP3S1200 for buffering, data alignment and image/data processing.
The core of the power supply circuit includes PTH08T250WAD and PTH12060W, they supply power respectively for EP3S1200 and EP3C40.TPS54610 works as the power supply for LPC2214FBD144/01,5. Now list out TI power produces can be used for FPGA and CPLD as below.
Mfr P/N | Order Code | Type | Vin | Vout | Iomax | Efficiency | MAX3000A | MAX II | Cyclone II | Cyclone III | Stratix II | Stratix III | StratixIV | |
PF | Newark | |||||||||||||
TPS54610PWP.. | 1412435 1412436 | 77C0506 | Controller | 3V--6V | 0.9V--4.5V | 6A | -- | Y | Y | Y |
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PTH08T230W | 1329591 | -- | Module | 4.5V--14V | 0.69V--5.5.V | 6A | 95% | Y | Y | Y |
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PTH08T231W | 1659630 | 12P7788 | Module | 4.5V--14V | 0.69V--5.5.V | 6A | 95% | Y | Y | Y |
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PTH08T210WAZ | 1273071 | 66K4114 | Module | 5.5V--14V | 0.7V--3.6V | 30A | 96% |
| Y | Y | Y | Y | Y |
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PTH08T220WAD | 1273072 1273075 1273076 | 66K4116 66K4118 66K4120 | Module | 4.5V--14V | 0.7V--5.5V | 16A | 96% | Y | Y | Y | Y | Y |
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PTH08T250WAD | 1470707 1470709 | 53M3841 53M3844 | Module | 4.5V--14V | 0.7V--3.6V | 50A | 96% |
| Y | Y | Y | Y | Y |
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PTH08T240WAD | 1273086 1273088 1273089 | 71K9425 71K9427 71K9429 | Module | 4.5V--14V | 0.7V--5.5V | 10A | 96% | Y | Y | Y | Y |
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PTH08T241WAD | 1363914 1363915 | 22M1622 22M1625 | Module | 4.5V--14V | 0.7V--5.5V | 10A | 96% | Y | Y | Y | Y |
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PTH12010W | 1212260 1103305 | 83H8348 | Module | 10.8V--13.2V | 1.2V--5.5V | 12A | 95% | Y | Y | Y | Y |
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PTH12020W | 1103306 1103307 1212261 | -- | Module | 10.8V--13.2V | 1.2V--5.5V | 18A | 95% | Y | Y | Y | Y | Y |
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PTH12030W | 1103309 | 90H3326 | Module | 10.2V--13.8V | 1.2V--5.5V | 26A | 94% | Y | Y | Y | Y | Y | Y |
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PTH12050W | 1103299 | -- | Module | 10.8V--13.2V | 1.2V--5.5V | 6A | 93% | Y | Y | Y |
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PTH12060W | 1103302 1212259 1103303 | -- | Module | 10.8V--13.2V | 1.2V--5.5V | 10A | 95% | Y | Y | Y | Y |
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TPS40190 | 1471228 | 54K1659 54K1660 | Controller | 4.5V--15V | 0.6V--12.75V | 20A | -- | Y | Y | Y | Y | Y |
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TPS40054 | 9594051 | 95H4565 | Controller | 8V--40V | 0.7V--35V | 20A | -- | Y | Y | Y | Y | Y |
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TPS40055PWPR | -- | 95H4567 | Controller | 8V--40V | 0.7V--35V | 20A | -- | Y | Y | Y | Y | Y |
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TPS40056 | -- | 88K7068 | Controller | 10V--40V | 0.7V--35V | 20A | -- | Y | Y | Y | Y | Y |
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TPS40057PWP. | 1207323 | 95H4569 | Controller | 8V--40V | 0.7V--35V | 20A | -- | Y | Y | Y | Y | Y |
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TPS40061PWP. | -- | 22H1404 | Controller | 10V--55V | 0.7V--45V | 10A | -- | Y | Y | Y | Y |
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National Semiconductor Products Selection Guide
Car Networks Solution
As shown in the above figures, car networks are usually composed of two parts, one is body and power train control networks, the other is telematics and multimedia sub-networks. The whole solution is based on a SOPC. Most of applications can be implemented with Cyclone III family such as EP3C25 or EP3C40Q240C8N., etc. The central controller and the body controller can be implemented with the Nios II 32-bit embedded processor Soft-Core of Cyclone III family. There are also many different IP core building blocks such as CAN, MOST, or FlexRay controllers/interfaces, or video and image processing modules in Cyclone III can be used for the car networks.
To supply power for the Cyclone III family FPGA, some power supply chips manufactured by NS can be selected such as LM2743, LM2745MTC/NOPB, LM2748 and LM2747, etc. They can transform the +5V system input voltage into +1.2V, +1.5V,+1.8V,+2.5V,+3.0V and +3.3V. Now list out NS power produces can be used for FPGA and CPLD as below.
Mfr P/N | Order Code | Type | Vin | Vout | Iomax | Efficiency | MAX3000A | MAX II | Cyclone II | Cyclone III | Stratix II | Stratix III | StratixIV | |
PF | Newark | |||||||||||||
LM2743 | 8181705 | -- | Controller | 3V--6V | 0.6V--0.85*Vin | 20A | 85% | Y | Y | Y | Y | Y |
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LM2647 | 1286848 | -- | Controller | 5.5V--28V | 0.6V--5V | 20A | -- | Y | Y | Y | Y | Y |
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LM2745MTC/NOPB | 1286745 1654303 | -- | Controller | 3V--6V | 0.6V--0.85*Vin | 20A | 85% | Y | Y | Y | Y | Y |
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LM2748 | 1286747 | -- | Controller | 3V--6V | 0.6V--0.85*Vin | 20A | 85% | Y | Y | Y | Y | Y |
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LM2747 | 1286746 | -- | Controller | 3V--6V | 0.6V--0.85*Vin | 20A | 85% | Y | Y | Y | Y | Y |
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LM3743 | 1290936 1290937 | -- | Controller | 3V--5.5V | 0.8V--3.3V | 20A | 95% | Y | Y | Y | Y | Y |
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LM2679 | 9459928 | 41K4209 83F4664 | Regulator | 8V--40V | 1.2V--37V | 5A | 84% | Y | Y | Y |
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LM1771 | 1313867 1313868 | -- | Controller | 3V--5.5V | 0.8V--3.3V | 6A | 95% | Y | Y | Y |
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Other Power Supply Products Selection Sheet
Mfr | Mfr P/N | Order Code | Type | Vin | Vout | Iomax | Efficiency | MAX3000A | MAX II | Cyclone II | Cyclone III | Stratix II | Stratix III | StratixIV | |
PF | Newark | ||||||||||||||
ASTEC | LDO06C | 1632915 | 03P2210 | Converter | 3V--13.8V | 0.59--5.1V | 6A | 92% | Y | Y | Y |
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LDO10C | 1632916 | 03P2211 | Converter | 3V--13.8V | 0.59--5.1V | 10A | 94% | Y | Y | Y | Y |
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SMT20C2 | -- | 12P5766 | Converter | 4.5V--13.8V | 0.59--5.1V | 20A | 93% | Y | Y | Y | Y | Y |
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SIL40C | -- | 82H5420 | Converter | 10.8V--13.8V | 0.9 V-- 5 V | 40A | 92% | Y | Y | Y | Y | Y | Y | Y | |
SIL40C2 | -- | 84K3655 | Converter | 4.5V--13.8V | 0.6 V--5 V | 40A | 94% | Y | Y | Y | Y | Y | Y | Y | |
SMT40C | -- | 72K0580 | Converter | 10.8V--13.8V | 0.9V--5.0V | 40A | 92% | Y | Y | Y | Y | Y | Y | Y | |
SMT40C2 |
| 12P5768 | Converter | 4.5V--13.8V | 0.6--5.0V | 40A | 94% | Y | Y | Y | Y | Y | Y | Y | |
SIL05E | 1632898 | 03P2527 | Converter | 3.0V--5.5V | 0.75-3.63V | 5A | 94% |
| Y | Y |
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SMT05E | 1632907 | 03P2533 | Converter | 3V--13.2V | 0.75-3.63V | 5A | 94% |
| Y | Y |
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SMT05E_12V | 1632908 | 03P2534 | Converter | 10V--14V | 0.8-3.63V | 5A | 91% |
| Y | Y |
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SMT10E_12V | 1632910 | 03P2536 | Converter | 10V--14V | 0.8-3.63V | 10A | 94% |
| Y | Y | Y |
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SMT10E | 1632909 | 03P2535 | Converter | 3V--14V | 0.75V-3.63V | 10A | 96% |
| Y | Y | Y |
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SIL10E | 1632900 | 03P2528 | Converter | 3V--14V | 0.8-3.63V | 10A | 95% |
| Y | Y | Y |
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SMT15E | 1632911 | 03P2537 | Converter | 3V--13.2V | 0.8-3.63V | 15A | 95% |
| Y | Y | Y |
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SMT15E_12V | 1632912 | 03P2538 | Converter | 10V--14V | 0.8-3.63V | 15A | 94% |
| Y | Y | Y |
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APA18 | 1632904 1632906 | 03P2538 03P2537 | Converter | 3V--14V | 0.75V-5.5V | 18A | 95% | Y | Y | Y | Y | Y |
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SIL15E | 1632902 | 03P2530 | Converter | 3V--14V | 0.8-3.63V | 15A | 94% |
| Y | Y | Y |
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APC18 | -- | 78K7661 | Converter | 3V--14V | 0.75V-5.5V | 18A | 95% | Y | Y | Y | Y | Y |
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SIL30E | -- | 72K0492 | Converter | 8V--14V | 0.8-3.63V | 30A | 93% |
| Y | Y | Y | Y | Y | Y | |
SMT12F | -- | 35M4624 | Converter | 3.0-5.5Vin | 0.9V--3.3V | 12A | 95% |
| Y | Y | Y |
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Intersil | ISL65426 | 1361047 | 0M3978 | Regulator | 3V--5.5V | 0.6V--Vin | 6A | -- | Y | Y | Y |
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ISL8105/A/B | 1361013 1361014 | 50M3982 50M3983 | Controller | 1V-12V | 0.6V--Vin | 20A | -- | Y | Y | Y | Y | Y |
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ISL8104IBZ. | 1361012 | -- | Controller | 1.2V--12V | 0.6V--Vin | 20A | -- | Y | Y | Y | Y | Y |
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ISL8106 | 1361015 | 50M3984 | Controller | 7V--25V | 0.6V--3.3V | 12A | -- |
| Y | Y | Y |
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Micrel | MIC29502 | 1213492 1556743 1298109 | 27K8133 | Regulator |
| 1.25V--16V | 5A | -- | Y | Y | Y |
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MIC29712 | 1291168 | 27K8152 | Regulator |
| 1.25V--16V | 7.5A | -- | Y | Y | Y | Y |
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Onsemi | NCP3101 | 1642399 1642400 | 75M5088 75M5089 | Converter | 4.5 V--13.2 V | 0.8V--10.8V | 6A | 90% | Y | Y | Y |
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NCP3102 | 1517641 1517642 | 57M9801 57M9802 | Converter | 4.5 V--13.2 V | 0.8V--10.8V | 10A | 90% | Y | Y | Y | Y |
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IRF | IR3637AS | 1471242 | 61M6960 | Controller | 4.0V--25V | 0.8V--0.85Vin | 15A | -- | Y | Y | Y | Y |
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IRU3037CS | 1023271 | -- | Regulator | 4.0V--25V | 1.25--0.96Vin | 16A | 93% | Y | Y | Y | Y | Y |
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IP1203 | 1498173 | -- | Regulator | 5.5V - 13.2V | 0.8 V- 8.0V | 15A | -- | Y | Y | Y | Y |
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IR3822 | 1640799 1640801 | -- | Regulator | 2.5V--21V | 0.6V --12V | 6A | -- | Y | Y | Y |
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IR3810M | 1640791 | -- | Regulator | 2.5V--21V | 0.6V--0.75Vin | 12A | -- | Y | Y | Y | Y |
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IP1206 | -- | 11N8667 | Controller | 7.5V--14.5V | 0.8V--5.5V | 30A | -- | Y | Y | Y | Y | Y | Y | Y | |
IR3637S | 1016067 | -- | Controller | 4.0V--25V | 0.8V--0.85Vin | 15A | 88% | Y | Y | Y | Y |
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IR3624M | 1498184 | -- | Controller | 4.0V--14V | 0.6V--0.71Vin | 10A | 83% | Y | Y | Y | Y |
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ST | L6725 | 1270994 | -- | Controller | 1.8V --18V | 0.6V--18V | 30A | 95% | Y | Y | Y | Y | Y | Y | Y |
L6730 | 1270996 | -- | Controller | 1.8V --18V | 0.6V--18V | 30A | 65% | Y | Y | Y | Y | Y | Y | Y | |
L6997S | 1292457 | -- | Controller | 1.0V --35V | 0.6V--12V | 30A | 94% | Y | Y | Y | Y | Y | Y | Y | |
Allegro | A8498 | 1329621 | -- | Regulator | 8V--50 V | 0.8V--24 V | 3A | 87% | Y | Y |
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Fairchild | FAN1581 | -- | 82H9200 | Regulator | 1.3V--5.7V | 1.2V--5V | 5A | -- | Y | Y | Y |
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FAN1585A | -- | 31K6728 | Regulator | 5V | 1.2V--3.6V | 6A | -- |
| Y | Y |
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Murata | MPDTH05050WAS | 1631791 | 03P2377 | Module | 4.5V--5.5V | 0.8V-- 3.6V | 6A | 95% |
| Y | Y |
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MPDTH12050WAS | 1631793 | 03P2383 | Module | 10.8V--13.2V | 1.2V--5.5V | 6A | 93% | Y | Y | Y |
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MPDTH05060WAS | 1631795 | 03P2379 | Module | 4.5V--5.5V | 0.8V-- 3.6V | 10A | 94% |
| Y | Y | Y |
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MPDTH12060WAS | 1631796 | 03P2385 | Module | 10.8V--13.2V | 1.2V--5.5V | 10A | 94% | Y | Y | Y | Y |
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MPDTH05010WAS | 1631798 | 03P2375 | Module | 4.5V--5.5V | 0.8V-- 3.6V | 15A | 95% |
| Y | Y | Y |
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MPDTH12010WAS | 1631799 | 03P2381 | Module | 10.8V--13.2V | 1.2V--5.5V | 12A | 94% | Y | Y | Y | Y |
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