852-69415941
DC-DC-Wandler
| Foto | Hersteller-Teilenr. | Verfügbarkeit | Menge | Datenblatt | Serie | Verpackung/Gehäuse | Verpackung | Produktstatus | Typ | Anzahl der Ausgänge | Spannung – Eingang (Min.) | Spannung – Eingang (Max.) | Spannung – Ausgang 1 | Spannung - Ausgang 2 | Spannung - Ausgang 3 | Spannung - Ausgang 4 | Strom – Ausgang (Max) | Leistung (Watt) | Spannung - Isolierung | Anwendungen | Funktionen | Betriebstemperatur | Effizienz | Klasse | Qualifizierung | Montageart | Größe/Abmessung | Lieferant Gerätepaket | Steuerungsfunktionen | Zulassungsstelle | Standardnummer |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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IMM0105S05DC DC CONVERTER 5V 1W |
4,921 |
|
Datenblatt |
IMM01 (1W) | 7-SIP Module, 5 Leads | Tube | Active | Isolated Module | 1 | 4.5V | 9V | 5V | - | - | - | 200mA | 1 W | 1.5 kV | Medical | Remote On/Off, SCP | -20°C ~ 100°C | 81% | - | - | Through Hole | 0.77" L x 0.36" W x 0.44" H (19.5mm x 9.2mm x 11.1mm) | - | Enable, Active Low | - | - |
|
EC3AW02DC DC CONVERTER 12V 3W |
4,368 |
|
Datenblatt |
EC3AW (3W) | 24-DIP Module, 14 Leads | Tube | Active | Isolated Module | 1 | 9V | 36V | 12V | - | - | - | 250mA | 3 W | 500 V | ITE (Commercial) | SCP | -25°C ~ 71°C | 76% | - | - | Through Hole | 1.25" L x 0.80" W x 0.40" H (31.8mm x 20.3mm x 10.2mm) | - | - | CE | - |
|
TES 2-0512HDC DC CONVERTER 12V 2W |
4,758 |
|
Datenblatt |
TES 2H (2W) | 8-SMD Module, 5 Leads | Tube | Active | Isolated Module | 1 | 4.5V | 5.5V | 12V | - | - | - | 165mA | 2 W | 1.5 kV | ITE (Commercial) | SCP | -40°C ~ 85°C (With Derating) | 77% | - | - | Surface Mount | 0.54" L x 0.37" W x 0.35" H (13.7mm x 9.3mm x 8.9mm) | - | - | - | - |
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|
EC3AW11DC DC CONVERTER 5V 3W |
2,108 |
|
Datenblatt |
EC3AW (3W) | 24-DIP Module, 14 Leads | Tube | Active | Isolated Module | 1 | 18V | 72V | 5V | - | - | - | 600mA | 3 W | 500 V | ITE (Commercial) | SCP | -25°C ~ 71°C | 72% | - | - | Through Hole | 1.25" L x 0.80" W x 0.40" H (31.8mm x 20.3mm x 10.2mm) | - | - | CE | - |
|
TMV 2-1209DHIDC DC CONVERTER +/-9V 2W |
4,364 |
|
Datenblatt |
TMV 2HI (2W) | 7-SIP Module, 5 Leads | Tube | Active | Isolated Module | 2 | 10.8V | 13.2V | 9V | -9V | - | - | 112mA, 112mA | 2 W | 5.2 kV | ITE (Commercial) | SCP | -40°C ~ 85°C (With Derating) | 81% | - | - | Through Hole | 0.77" L x 0.30" W x 0.40" H (19.5mm x 7.5mm x 10.2mm) | - | - | - | - |
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TEC 2-2423WIDC DC CONVERTER +/-15V 2W |
1,470 |
|
Datenblatt |
TEC 2WI (2W) | 8-SIP Module, 7 Leads | Tube | Active | Isolated Module | 2 | 9V | 36V | 15V | -15V | - | - | 67mA, 67mA | 2 W | 1.6 kV | ITE (Commercial) | Remote On/Off, SCP | -40°C ~ 93°C (With Derating) | 80% | - | - | Through Hole | 0.86" L x 0.36" W x 0.44" H (21.8mm x 9.1mm x 11.2mm) | - | - | - | - |
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TEC 2-2421WIDC DC CONVERTER +/-5V 2W |
4,448 |
|
Datenblatt |
TEC 2WI (2W) | 8-SIP Module, 7 Leads | Tube | Active | Isolated Module | 2 | 9V | 36V | 5V | -5V | - | - | 200mA, 200mA | 2 W | 1.6 kV | ITE (Commercial) | Remote On/Off, SCP | -40°C ~ 93°C (With Derating) | 79% | - | - | Through Hole | 0.86" L x 0.36" W x 0.44" H (21.8mm x 9.1mm x 11.2mm) | - | - | - | - |
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|
TEC 2-2422WIDC DC CONVERTER +/-12V 2W |
4,618 |
|
Datenblatt |
TEC 2WI (2W) | 8-SIP Module, 7 Leads | Tube | Active | Isolated Module | 2 | 9V | 36V | 12V | -12V | - | - | 83mA, 83mA | 2 W | 1.6 kV | ITE (Commercial) | Remote On/Off, SCP | -40°C ~ 93°C (With Derating) | 82% | - | - | Through Hole | 0.86" L x 0.36" W x 0.44" H (21.8mm x 9.1mm x 11.2mm) | - | - | - | - |
|
TEC 2-1222WIDC DC CONVERTER +/-12V 2W |
1,827 |
|
Datenblatt |
TEC 2WI (2W) | 8-SIP Module, 7 Leads | Tube | Active | Isolated Module | 2 | 4.5V | 18V | 12V | -12V | - | - | 83mA, 83mA | 2 W | 1.6 kV | ITE (Commercial) | Remote On/Off, SCP | -40°C ~ 93°C (With Derating) | 82% | - | - | Through Hole | 0.86" L x 0.36" W x 0.44" H (21.8mm x 9.1mm x 11.2mm) | - | - | - | - |
|
TES 2-0511HDC DC CONVERTER 5V 2W |
1,614 |
|
Datenblatt |
TES 2H (2W) | 8-SMD Module, 5 Leads | Tube | Active | Isolated Module | 1 | 4.5V | 5.5V | 5V | - | - | - | 400mA | 2 W | 1.5 kV | ITE (Commercial) | SCP | -40°C ~ 85°C (With Derating) | 73% | - | - | Surface Mount | 0.54" L x 0.37" W x 0.35" H (13.7mm x 9.3mm x 8.9mm) | - | - | - | - |
|
TES 2-1211HDC DC CONVERTER 5V 2W |
2,101 |
|
Datenblatt |
TES 2H (2W) | 8-SMD Module, 5 Leads | Tube | Active | Isolated Module | 1 | 10.8V | 13.2V | 5V | - | - | - | 400mA | 2 W | 1.5 kV | ITE (Commercial) | SCP | -40°C ~ 85°C (With Derating) | 75% | - | - | Surface Mount | 0.54" L x 0.37" W x 0.35" H (13.7mm x 9.3mm x 8.9mm) | - | - | - | - |
|
|
TMV 2-2415DHIDC DC CONVERTER +/-15V 2W |
4,998 |
|
Datenblatt |
TMV 2HI (2W) | 7-SIP Module, 5 Leads | Tube | Active | Isolated Module | 2 | 21.6V | 26.4V | 15V | -15V | - | - | 66mA, 66mA | 2 W | 5.2 kV | ITE (Commercial) | SCP | -40°C ~ 85°C (With Derating) | 80% | - | - | Through Hole | 0.77" L x 0.30" W x 0.40" H (19.5mm x 7.5mm x 10.2mm) | - | - | - | - |
|
|
TMV 2-0515DHIDC DC CONVERTER +/-15V 2W |
2,890 |
|
Datenblatt |
TMV 2HI (2W) | 7-SIP Module, 5 Leads | Tube | Active | Isolated Module | 2 | 4.5V | 5.5V | 15V | -15V | - | - | 66mA, 66mA | 2 W | 5.2 kV | ITE (Commercial) | SCP | -40°C ~ 85°C (With Derating) | 79% | - | - | Through Hole | 0.77" L x 0.30" W x 0.40" H (19.5mm x 7.5mm x 10.2mm) | - | - | - | - |
|
TMV 0515ENDC DC CONVERTER 15V 1W |
3,538 |
|
Datenblatt |
TMV-EN (1W) | 7-SIP Module, 4 Leads | Tube | Active | Isolated Module | 1 | 4.5V | 5.5V | 15V | - | - | - | 65mA | 1 W | 3 kV | ITE (Commercial) | SCP | -25°C ~ 85°C (With Derating) | 66% | - | - | Through Hole | 0.87" L x 0.30" W x 0.49" H (22.0mm x 7.5mm x 12.5mm) | - | - | - | - |
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|
NMH0505SCDC DC CONVERTER +/-5V 2W |
3,450 |
|
Datenblatt |
NMH (2W) | 7-SIP Module, 5 Leads | Tube | Active | Isolated Module | 2 | 4.5V | 5.5V | 5V | -5V | - | - | 200mA, 200mA | 2 W | 1 kV | ITE (Commercial) | - | -40°C ~ 85°C | 80% | - | - | Through Hole | 0.77" L x 0.30" W x 0.40" H (19.6mm x 7.6mm x 10.2mm) | - | - | - | - |
|
RA3-242005D/SMDDC DC CONVERTER 20V 5V 3W |
4,971 |
|
Datenblatt |
RA3 | 16-SMD Module, 6 Leads | Tube | Active | Isolated Module | 2 | 21.6V | 26.4V | 20V | -5V | - | - | 75mA, 300mA | 3 W | 5.2 kV | ITE (Commercial) | - | -40°C ~ 85°C | 81% | - | - | Surface Mount | 0.92" L x 0.59" W x 0.33" H (23.4mm x 15.0mm x 8.5mm) | - | - | - | - |
|
|
TMV 1212ENDC DC CONVERTER 12V 1W |
1,407 |
|
Datenblatt |
TMV-EN (1W) | 7-SIP Module, 4 Leads | Tube | Active | Isolated Module | 1 | 10.8V | 13.2V | 12V | - | - | - | 80mA | 1 W | 3 kV | ITE (Commercial) | SCP | -25°C ~ 85°C (With Derating) | 66% | - | - | Through Hole | 0.87" L x 0.30" W x 0.49" H (22.0mm x 7.5mm x 12.5mm) | - | - | - | - |
|
|
RA3-241503D/SMDDC DC CONVERTER 15V 3V 3W |
3,240 |
|
Datenblatt |
RA3 | 16-SMD Module, 6 Leads | Tube | Active | Isolated Module | 2 | 21.6V | 26.4V | 15V | 3V | - | - | 100mA, 500mA | 3 W | 5.2 kV | ITE (Commercial) | - | -40°C ~ 85°C | 80% | - | - | Surface Mount | 0.92" L x 0.59" W x 0.33" H (23.4mm x 15.0mm x 8.5mm) | - | - | - | - |
|
JCB0324S09DC DC CONVERTER 9V 3W |
1,903 |
|
Datenblatt |
JCB (3W) | 24-DIP Module, 14 Leads | Tube | Active | Isolated Module | 1 | 18V | 36V | 9V | - | - | - | 333mA | 3 W | 1.5 kV | ITE (Commercial) | OCP, OVP, SCP, UVLO | -40°C ~ 100°C | 80% | - | - | Through Hole | 1.25" L x 0.80" W x 0.40" H (31.8mm x 20.3mm x 10.2mm) | - | - | - | - |
|
TMR 2-1211EDC DC CONVERTER 5V 2W |
4,298 |
|
Datenblatt |
TMR 2E (2W) | 8-SIP Module, 7 Leads | Tube | Active | Isolated Module | 1 | 9V | 18V | 5V | - | - | - | 400mA | 2 W | 1 kV | ITE (Commercial) | Remote On/Off, SCP | -40°C ~ 85°C (With Derating) | 77% | - | - | Through Hole | 0.86" L x 0.37" W x 0.44" H (21.8mm x 9.3mm x 11.2mm) | - | - | - | - |
What is a DC-DC converter?
A DC-DC converter is equipment that converts DC into DC.
Each IC or other component mounted on the board of the set has an intrinsic working voltage range, and in addition the required voltage accuracy differs from one component to another.
When power is supplied from a power source that does not produce a stable voltage, issues such as malfunctioning will occur.
It is therefore necessary to use a DC-DC converter to convert the voltage to the correct value and to stabilize it.
Kinds of DC-DC converters
Generally, there are four kinds of DC-DC converters. Their names are as follows.
| Kind | Generic name |
|---|---|
| Power supply equipment that reduces the voltage | Buck converter, Step-down converter |
| Power supply equipment that increases the voltage | Boost converter, Step-up converter |
| Power supply equipment that increases and decreases the voltage | Buck-Boost converter |
| Power supply equipment that generates a negative voltage | Negative voltage converter, Inverting converter |
What is POL (Point of Load)?
POL is a DC-DC converter installed in the immediately vicinity of a microprocessor or an LSI (Large-Scale Integrated circuit) such as a DSP, FPGA or ASIC.
POL Trends
In recent mega-trends represented by 5G or IoT, equipment such as a base station or a server must be processed to enable it to operate at high speed and to ensure that it has large capacity.
To this end, the LSI is manufactured using a more precision process, thus enhancing the performance of the chip.
Along with the refinement of the process, demands will arise to decrease the voltage and increase the current supplied to the power supply circuit that supplies electric power to the LSI.
When using reduced voltage, it is necessary to increase the voltage accuracy and increase the high-speed response to load fluctuations, in order to prevent malfunctioning of the LSI.
When using large current, power from the switching power supply is output from the LDO. This makes the circuit difficult to design, even though it could previously be designed compactly and with ease.
In addition, when the switching power is generated, the issue of noise arises.
In the light of this background, POL is required to have "voltage accuracy," "load fluctuation transient response," "low radiation noise," and "compactness."
Features of MonoBK™ with illustrations
1. Small mounting area
Downsizing by circuit design based on extensive power supply design know-how and mounting the inductor in a 3D structure
2. High power density / good heat dissipation characteristics
Enhanced heat dissipation effect with resin molding and thinner printed circuit board
3. Low noise
Reduced noise with minimization of the current loop using a 3D structure and extensive EMI noise knowledge
Fig. MYMGK1R820ERSR EMI data
4. High reliability
Improved heat shock resistance with resin molding
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