<B>RECOM DC-DC Converter, 5V DC Output, 80% Maximum Efficiency - RFMM Series - RFMM-0505S</B> Regulate the power supply to your PCB-connected components with this DC-DC converter from RECOM. The unit lets you stabilise input voltages ranging from 4.5 to 5.5V DC to a balanced 5V DC output for small devices like timers and relays. It also creates a barrier between the input and the output, with an isolation voltage of up to 4kV DC, to prevent damage from sudden voltage spikes. The non-conductive plastic housing provides safety during installation without the risk of electric shocks. <B>Features & Benefits</B> • Compact dimensions of 19.65 (length) x 7.05 (width) x 10.2mm (height) make it suitable for installation in tight spaces<BR/>• Power rating of 1W for energy efficiency<BR/>• Broad operating temperature range of -40°C to +85°C for use in extreme conditions<BR/>• Through-hole mounting style provides a permanent link for reliable signal transmission <B>Applications</B> • Medical equipment<BR/>• Telecommunication industry <B>What's the difference between an AC-DC converter and a DC-DC converter?</B> An AC-DC converter takes an AC power supply and converts it to an unregulated DC output. A DC-DC converter, on the other hand, regulates DC input from a battery to different voltage levels and, thanks to integrated rectifiers, smooths out ripples from the output signal.

<B>RECOM DC-DC Converter, Short-Circuit Protection, Plastic Housing - RO Series - RO-2405S</B> To send smooth and steady power to your PCB-linked parts, go for this DC-DC converter from RECOM. It steps down 24V DC input signals to deliver a 5V DC output, so offers a stable and noiseless supply to components like sensors and LED indicators. Thanks to its non-conductive plastic housing, this unit withstands impact and cuts electric shocks out of the equation, making it a safe choice for harsh industrial environments. Compact dimensions of 11.5 (L) x 6 (W) x 10mm (H) mean squeezing it into a busy setup is no problem. <B>Features & Benefits</B> • Resists temperatures between -40°C and +85°C, making it safe for use in challenging settings<BR/>• Standard SIP-4 unit for easy integration with other components on the circuit board<BR/>• Stops burning in 10 seconds or less in the event of a fire, making it suitable for use in volatile areas<BR/>• Through-hole mounting style achieves a permanent, vibration-proof connection to your circuit board <B>Applications</B> • Telecommunications industry<BR/>• Oil and gas plants<BR/>• Measurement and instrumentation devices <B>How long will this DC-DC converter last?</B> Expect long-lasting performance from this unit, as it has a mean time between failures of 11,800,000 hours at +25°C.

<B>RECOM DC-DC Converter, 2200μF Maximum Capacitive Load, 10GΩ Minimum Isolation Resistance - RO Series - RO-053.3S</B> Make irregular power supply to your PCB-linked parts a thing of the past with this DC-DC converter from RECOM. It steps down 5V DC inputs to deliver a 3.3V DC output that's just right for light-duty components like LED lamps. For extra safety, it puts up a 1kV isolation barrier between the input and output, so you're not caught unawares by sudden power spikes. Thanks to its non-conductive plastic housing, this unit holds its own against impact, making it suitable for use in harsh environments. The material is also flame-resistant and stops burning in 10 seconds or less, so it won't help spread fire. <B>Features & Benefits</B> • Through-hole mounting achieves a secure connection to your circuit, making it suitable for vibrating systems<BR/>• Efficiency of 75% for minimal energy loss to heat<BR/>• Integrated short-circuit protection for electrical safety<BR/>• Compact dimensions of 11.5 (L) x 6.0 (W) x 10.0mm (D) for installation in setups with limited space <B>Applications</B> • Electrical workshops<BR/>• Measurement and instrumentation devices<BR/>• Mobile phones and tablets <B>What kind of pinout design does this converter have?</B> This unit has a standard SIP-4 pinout design, which makes it easy to integrate with other components on a circuit board.

<B>RECOM Switching Power Supply, 90 to 264V AC Input Voltage, 24V DC Output Voltage - RAC10-B Series - RAC10-24SB</B> Use this switching power supply unit from RECOM to convert AC power into DC. Its wide input voltage range of 90 to 264V AC means it's versatile, and it outputs a steady 24V DC to support devices in low-powered systems. Hiccup and automatic restart functions mean that your workflow is protected from short circuiting to keep your workplace safe. The durable epoxy and fibreglass casing makes this unit hardwearing, so you can be sure of a long service life. At just 59g, this device won't add excess load to your setup. <B>Features & Benefits</B> • Screw terminal or DIN rail-mounted for easy installation<BR/>• Conversion efficiency of 80% means minimal energy loss<BR/>• Mean time between failures of 330,000 hours for reliable long-term use<BR/>• ±0.3% line regulation for a dependable output<BR/>• ±0.5% load regulation offers consistent output when the load varies <B>Applications</B> • Custom power supplies<BR/>• Gate drivers<BR/>• Factory automation <B>What size is this switching power supply?</B> This switching power supply has dimensions of 52.4 (length) x 26.8 (width) x 23.5mm (depth), so it's a useful choice in compact systems.

Recom 1W SIP Single/Dual Output Medical Approved Unregulated Isolated DC-DC Converter - RxxPxx These 1W unregulated SIP 7 DC to DC converters are available with single or dual outputs and are certified to UL/CSA-60950 and UL/CSA- 60601 making them ideal for medical and safety applications. These DC to DC converters also have reinforced isolation and are EN61010-1 certified for lab equipment safety. Compact SIP7 package<BR/>EN60601-1 certified for medical applications<BR/>EN61010-1 certified for measurement, control and laboratory use<BR/>Reinforced isolation of 8kVdc<BR/>Unique transformer system (patent pending)<BR/>Short circuit protection

<B>RECOM DC-DC Converter, 75 to 82% Efficiency, 85kHz Maximum Operating Frequency - RxxPxxS_D Series - R12P12S/R8</B> Nip irregular power supplies in the bud with this DC-DC converter from RECOM. It accepts an input voltage of 10.8 to 13.2V DC and converts it to a steady output voltage of 12V DC to keep your devices running reliably. The compact SIP7 format slots neatly onto a PCB without taking up excess space. Plastic housing is on hand to protect against corrosion and cut out the risk of electric shocks. For increased safety, a reinforced isolation voltage of 8kV DC shields your applications from being damaged by sudden power surges. This converter is safe to use in demanding settings, thanks to an operating temperature range of -40°C to +85°C. <B>Features & Benefits</B> • Low isolation capacitance of 10pF for high-integrity signals<BR/>• Supplied in a pack of 25, so you'll have enough for multiple jobs<BR/>• Light weight of 1g puts minimal strain on your board<BR/>• Conveniently cools using free-air convection, so you don't need to install a heat sink <B>Applications</B> • Electronics manufacture<BR/>• Renewable energy industries<BR/>• Welding equipment <B>What efficiency rating does this DC-DC converter have?</B> It runs at between 75 and 82% efficiency, meaning it gives off little heat and maximises energy use.

<B>RECOM Power Line Filter, 0.8A Input Current Range, Surface Mounting - RLS Series - RLS-126</B> Want to keep your system running in tip-top shape? Boost the performance of your electrical supply units with this power line filter from RECOM. It regulates the electrical frequencies going to your equipment by generating an electromagnetic field and blocking potentially damaging RFI or EMI. This ensures only pure signals make it downstream, which reduces disruption and maintenance. The power line filter also protects circuits against harmful currents to keep your system ticking along without a hitch. <B>Features & Benefits</B> • Highly conductive copper-wrapped steel core for optimum signal clarity<BR/>• Flexible wire goes around components to navigate densely packed PCBs<BR/>• 12mm width saves space in busy setups <B>Applications</B> • Energy industry<BR/>• Hydraulic equipment<BR/>• Security systems<BR/>• Consumer electronics <B>At what temperatures can I use this power line filter?</B> The component has a wide operating temperature range of -40°C to +125°C. This makes it suitable for use in harsh industrial environments. <B>How does this power line filter work?</B> The unit uses capacitors, inductors, resistors and a ferrite core to separate electromagnetic from electric signals.

Tested and proved in RECOM filter design<BR/>RoHS compliant<BR/>SMD

<B>RECOM Power Line Filter, 1.18A Input Current, 100kHz/100mV Inductance - RLS Series - RLS-567</B> Install this RECOM power line filter with your power supplies to reduce ripple and output noise. It's a simple solution to lower pitches in sensitive systems. By limiting current waves, it curbs heat build-up and extends the service life of attached equipment. The line inductor lowers radiation and susceptibility levels to prevent electromagnetic interference that disrupts input and output signals. Surface-mounting capability allows close packing of units, to maximise space in your setup. <B>Features & Benefits</B> • Wide operating temperature range, with derating, between -40°C and +125°C for use in tough conditions<BR/>• Reel-type line lets you cut the desired lengths for your systems <B>Applications</B> • Desktop and mobile computers<BR/>• Automotive industry<BR/>• Aerospace applications<BR/>• Medical equipment <B>Where do I mount a power line filter?</B> You normally mount a power line filter where the AC or DC power line enters the housing to effectively prevent electromagnetic field coupling. <B>How do I choose the right power line filter?</B> When choosing a power line filter, match its current rating to that of your application. You should also consider environmental conditions and the required operating temperature range.

<strong>RECOM Power Line Filter, Surface Mounting, 0.63A Input Current Rating - RLS Series - RLS-226</strong> Is disruptive electrical noise messing with your power connection? Tune it out with this power line filter from RECOM. The unit stops high EMI levels from scrambling supply signals, keeping your system's power flowing freely. By using conductive copper wiring, it lets energy pass through without a hitch and delivers efficient filtering. Mounting the unit into your system is done in no time thanks to simple surface installation. As the component handles current up to 0.63A, it's a go-to choice for standard electrical loads. • Works with many RECOM DC-DC power supplies (such as 901-1478) for wide compatibility<BR/>• Low-profile dimensions of 4.5 (L) x 3.2 (W) x 2.6mm (D) to slot neatly into busy systems<BR/>• Insulating plastic frame minimised your exposure to hazardous electrical loads<BR/>• Works in operating temperatures between -40°C and +125°C to stand up to harsh environments <strong>Applications</strong> • Consumer electronics<BR/>• Vehicle chargers<BR/>• Surveillance equipment <strong>Where do I install this power line filter in my system?</strong> Tested and proved in RECOM filter design<BR/>RoHS compliant<BR/>SMD This device slots in series between the power supply and your equipment, cutting out electrical noise before power reaches your system.

<B>RECOM Power Line Filter, Surface Mount, 1.32A Input Current Range - RLS Series - RLS-397</B> Deliver clean electrical energy to your industrial equipment using this power line filter from RECOM. It works by creating an electromagnetic field that blocks EMI and static noise from the input power source to prevent them from reaching connected machinery. For ease of assembly, the unit is designed for use with power supply systems from RECOM. The filter is a passive electrical component, meaning that it can work without a direct power supply. This makes it easier to integrate into your existing setup. <B>Features & Benefits</B> • Input current rating of 1.32A for use in low-voltage devices<BR/>• Surface mounting design lets you install it directly onto equipment<BR/>• Wide operating temperature range between -40°C and +125°C to withstand harsh industrial environments<BR/>• Light weight of 0.15g puts minimal strain on machinery <B>Applications</B> • Automotive industry<BR/>• Consumer electronics<BR/>• Power plants<BR/>• Medical and pharmaceutical industry<BR/>• Control cabinets <B>What size is this power line filter?</B> This power line filter has compact external dimensions of 4.5 (L) x 3.2 (W) x 2.6mm (H) so you can easily fit it into systems where space is at a premium.

<strong>RECOM DC-DC Converter, SIP-7 Package, 80% Conversion Efficiency - RFB Series - RFB-0505S</strong> Clamp down on unstable power supplies with this DC-DC converter from RECOM. It adjusts voltages between 4.5 and 5.5V DC to a 5V DC output to make sure your equipment gets the input it needs. Thanks to an output accuracy of ±2%, you can be sure things will tick along reliably. Speedy through-hole mounting lets you slot the unit onto a board without hassle. There's no need to worry about damage caused by electrical faults, as the device's built-in short-circuit protection shuts issues down as soon as they pop up. • Standard pin layout for easy installation<BR/>• Typical ripple voltage of 55mV to dial down disruption from electrical noise<BR/>• Switches 80% of input loads, making for energy-efficient conversion<BR/>• Measures just 19.6 (L) x 6 (W) x 10.2mm (D) to slip into busy setups<BR/>• Plastic and resin insulation cuts the risk of electric shocks <strong>Applications</strong> • Portable cameras<BR/>• Manufacturing industry<BR/>• Power distribution systems The RFB DC/DC converter is typically used in cost sensitive general purpose power isolation and voltage matching applications. Despite its low cost, it is a fully specified converter with 1kVDC isolation, industrial operating temperature range of -40°C to +85°C without derating and UL/EN certifications. <strong>Can I use this converter in extreme temperatures?</strong> Low cost 1W converter<BR/>1:1 input voltage range<BR/>SIP7 package<BR/>1kVDC isolation<BR/>Efficiency up to 80%<BR/>UL60950-1, CAN/CSA C22.2 No. 60950-1 certified Yes, this product handles operating temperatures between -40°C and +85°C, so it's a safe bet for tough industrial conditions.