1812039

**CATALOGUE** 

Products 

## ■ **RoHS:** 

Restriction of the use of certain Hazardous Substances FRIWO completely abandoned the use of environmentally unfriendly substances; in this transition, we have for example implemented lead free soldering. Major investments in comprehensive laboratory and analysis equipment here at FRIWO will help us to secure such high quality standards. 

> ■ **WEEE:** Waste Electrical and Electronic Equipment FRIWO products already bear today all the markings that will be required by international laws for an integrated recycling process tomorrow. 

## **Leading position in power supplies** 

Continuous further development of our high-quality products, their innovative design, and our technical expertise have made CEAG AG/FRIWO Group a reliable and experienced industry partner worldwide. Highly qualified, flexible employees guarantee the quick development cycles demanded by today’s market. 

The market- and customer-oriented design of the individual pro- ~~duct platforms, the flexible adjustment of production capacities~~ and the optimum organisation of the sales result in a successful positioning on the global power supply market. Over 930 million power supplies and chargers sold in 33 years are a clear evidence of the Group’s high level of expertise and innovative ability. 

## **CEAG AG/FRIWO Group** 

All devices are tested for operational safety in our own accredited ~~testing centres and leave our factories as “zero-fault products“.~~ FRIWO power supply and charger platforms are approved in Europe, USA, Canada, Japan and Australia without further testing. 

Asia, Shanghai 

Asia, Tokyo 

Asia, Seoul 

FRIWO is the wholly owned subsidiary of CEAG AG. Listed in ~~the Prime Standard, CEAG AG is the holding company of the~~ FRIWO Group, with its registered office in Bad Homburg and headquarters in Ostbevern/Westphalia. As such, it is the world’s leading provider – through the FRIWO brand – of charging units for mobile phones. The major shareholder of CEAG AG is DELTON AG with almost 77 percent of the share capital. 

North America, Colorado Springs 

South America, São Paulo 

**Switchmode Power Supply Switchmode Technology** 

Switchmode power supply units are particularly suited for feeding portable devices. Their low weight and extremely compact form mean they can be just as advantageously combined with all other types of applications. 

An additional increase in attractiveness results from the widerange input so that the power supply units can be operated all over the world using mains voltages from 100 to 240 V AC and 50 to 60 Hz. This makes worldwide use possible and means a ~~drastic reduction in the logistics expenses on the part of our~~ customers. 

Such solutions can either be realised as desktop units with worldwide standardised IEC sockets (our DT series) or as plug-in power supply units with exchangeable mains plug adapters (our MPP series). Details regarding these products can be found on the following pages. 

First, here is some important technical information: 

FRIWO offers an extensive range of standard devices with excellent features. At a corresponding volume, further variants for all kinds of special requirements can be developed. In the process, the application considerably determines the design: 

- In addition to output current and voltage, requirements regarding control stabilisation and ripple of the output voltage, EMC behaviour, efficiency, etc. influence the power supply unit design. 

- Specific requirements regarding size and shape have an effect on the component expense and thus the costs of the unit. 

- Various circuit topologies can be used according to the requirements. 

- Designs as plug-in power supply units, desktop devices, or even as modules (= open frame) for all special applications ~~can also be realised.~~ 

## **Primary Switched Power Supply Units** 

In such a power supply unit, the mains voltage is first rectified and smoothed. After that, it is switched at high frequencies and transferred via a converter transformer. The required low voltage is then generated within another rectification and smoothing step. A high-precision direct voltage with very low tolerances can be provided by means of an additional stabilisation circuit. 

~~Beyond these advantages of the compact design and wide-range~~ input, the high efficiency is of decisive importance: at an achievable 90 percent, the losses due to emission of heat are minimized. The requirements for very low stand-by power consumption (stand-by power) can only be met using this technology. 

## **Safety Regulations, Protection Classes, and Connection Types** 

Power supply units can be found in a number of applications. For this reason, the specific safety regulations of the devices being powered, depending on the regulation of the testing authorities of the respective countries, such as the UL (Underwriter Labo- ~~ratories), VDE (Association of German Electrical Engineers), etc.,~~ must be particularly observed. 

The EMC conformity according to EN 61000-6-X, under consideration of system perturbations according to EN 61000-3-2 should be observed for power supply units independent of the switching concept. 

When selecting the housing, the ambient conditions, for example in moist environments, must be considered. For general applications, the type of protection according to EN 60529-IP20 (Operation in Dry Rooms – Protection Against the Penetration of Solid Foreign Body) suffices. According to application, power supply units are designed in accordance with the respective applicable regulations. Due to the safe galvanic separation, all devices fulfil the low-voltage guideline and provide a safety extra-low voltage (SELV). 

**Switchmode Power Supply MPP 30** 

**Conforms to IEC 60950** 

|**Applications**||**Characteristics**||
|---|---|---|---|
|■Office equipment<br>■Data transmission devices<br>■IT equipment<br>■Measurement and<br>weighing technology||■Universal input 100 to 240 V AC<br>■Interchangeable primary adapters<br>■Constant voltage, current limited<br>■Compact size and universal use<br>■Continuously short circuit proof||



|||||||MPP 30||
|---|---|---|---|---|---|---|---|
|**Technical data**||||||||
|**Input voltage**<br>**Input current**||100 to 240 V AC<br>700 mA|||||39 mm|
|**Frequency**||50 to 60 Hz||||||
|**Efficiency**||80% typ. at full load||||||
|**EMC**||Conforms to EN 55011, EN 55014, EN 55022/B,||||||
|||FCC 47 part 15, EN 61000-3-2, EN 61000-4-2,<br>EN 61000-4-3, EN 61000-4-4, EN 61000-4-5,||||68 mm||
|||EN 61000-4-6, EN 61000-4-11|EN 61000-4-6, EN 61000-4-11|||||
|**Output voltage**||||||||
|~~**tolerance**~~||~~± 5%~~||||||
|**Environmental specification**<br>**Operating temp.**<br>**Storage temp.**||0 to 40° C at maximum load<br>-10 to 70° C|||||105 mm|
|**Humidity**||5% to 95% non condensing||||||
|**Input transient**||||||||
|**susceptibility**||Complies with IEC 61000 requirements||||||
|**Safety specification**<br>**Standards**||Fulfils Class II SELV for the following<br>applications: EN 60950/IEC 60950, UL 60950,||MPP 30|||10 mm|
|||CSA 950 (cUL), VDE, CE label||||||
|**Reliability specification**||||||||
|**MTBF calculation**||200,000 hours at maximum load levels and||||||
|||an ambient temperature of 25° C||||||
|||(in correspondence with MIL-HDBK-217)||||||
|**Mechanical specification**||||||||
|**Weight approx.**||255 g||||||
|**Plug connector**||AC input:<br>FRIWO exchangeable mains plug||||||
|||system: EURO, UK, USA/Japan,||||||
|||Australia, IEC||||||
|||DC output:<br>Universal output plug system||||||



|**Output data**|**Output data**|||**Worldwide**|**Internally adjustable**|**Internally adjustable**|**Internally adjustable**||**Worldwide**|**Worldwide**|
|---|---|---|---|---|---|---|---|---|---|---|
|Voltage|Current||Ripple Volt.|Order No.|Voltage|Current||Ripple Volt.|Order No.|Order No.|
|~~**5 V**~~|~~**4000 mA**~~||~~**75 mV pp**~~|~~**1811463**~~|~~**5 to 15 V**~~|~~**1700 to 2700 mA**~~||~~**ca. 1% U out**~~|~~**1811820**~~||
|**6 V**|**3600 mA**||**80 mV pp**|**1811464**|**15 to 48 V**<br>**550 to 1400 mA**|**550 to 1400 mA**||**ca. 1% U out**|**1811819**||
|**7.5 V**<br>**9 V**<br>**12 V**<br>**15 V**|**3300 mA**<br>**3000 mA**<br>**2500 mA**<br>**2000 mA**||**90 mV pp**<br>**90 mV pp**<br>**100 mV pp**<br>**100 mV pp**|**1811465**<br>**1811466**<br>**1806413**<br>**1811467**|||||||
|**18 V**|**1660 mA**||**120 mV pp**|**1811483**|||||||
|**24 V**|**1250 mA**||**80 mV pp**|**1811484**|||||||