Power Supplies

3 products


  • USB Solar Panel Battery Regulator Charge Intelligent Controller (12/24 V, 10 A)

    USB Solar Panel Battery Regulator Charge Intelligent Controller (12/24 V, 10 A)

    Out of stock

    Features Build-in industrial microcontroller. One-key setting, LCD display, auto memory function. 3-stage PWM charge management. Built-in circuit protection, reverse protection, over-load protection. Dual MOS Reverse current protection, low heat production. Parameters Color: Black Size: 150 mm x 78 mm x 35 mm Rated Voltage: 12 V / 24 V Current: 10 A Standby current: < 10 mA USB Output Voltage: 5 V / 3 A Operating temperature: -35 ℃ ~ +60 ℃ Application: Camping / Hiking With Timer and light sensors, it could work for a solar light system. Instructions Make sure your battery has enough voltage for the controller to recognize the battery type before the first installation. In order to minimize loss, the battery cable should be as short as possible. The regulator is only suitable for Lead Acid Batteries: GEL, AGM, and OPEN. It is not suited for Lithium Ions, Nickel Metal Hydride, or other Batteries. The charge regulator is only suitable for regulating solar modules. Do not connect another charging source to the charge regulator. Connection Connect the battery to the charge regulator. It will show 1, if it detects 12 V battery, 2 if it detects 24 V battery. Connect the photovoltaic module to the regulator. Connect the consumer to the charge regulator.

    Out of stock

    € 19,95

    Members € 17,96

  • Connex SMPS800RE Switched-mode Power Supply (230 V, ±40 V)

    Connex SMPS800RE Switched-mode Power Supply (230 V, ±40 V)

    The SMPS800RE Switched-mode Power Supply (SMPS) has a differential output voltage and two separate regulated auxiliary voltages. It is specially designed to be used with both Single-Ended and BTL output class AB, H, D or T Audio Amplifiers. SMPS800RE use state of the art, High efficiency LLC Series Resonant ConverterTopology. Due to the soft-switched topology used, the SMPS800RE has very low EMI noise, lower losses and is more compact than a similar power rating classic hard-switched SMPS. Features LLC Series Resonant Converter Topology for high efficiency, up to 95.2% and lowest EMI 230 V AC (200-250 V) AC compatible 800 W Continuous Output Power with cooling, 1000 W Peak Output Power, 1150 W Short-Time Peak Power Complete protection set, Under-voltage, Over-voltage, Over-current, and Over-temperature Protection Burst-Mode operation at low load or no-load for high efficiency with under 3 W consumption On-board Soft Start for smooth turns ON without current peaks or breaker tripping On-board variable speed fan controller and optional cooling fan, over-temperature shut-down IEC type Connector for Mains Input voltage and terminal block for Voltage Output, LED light for power ON Specifications Mains Voltage 230 V Output Voltage ±40 V Aux Output Voltage ±12 V Output Power 800 W Cooling Fan No Dimensions 150 x 100 x 42 mm Weight 0.78 kg Downloads Datasheet

    € 179,95

    Members € 161,96

  •  -10%Last stock! Qoitech Otii Arc – Power Supply, Power Meter and Data Acquisition

    Qoitech Otii Arc - Power Supply, Power Meter and Data Acquisition

    1 in stock

    Otii Arc is the ultimate developer tool for designing highly energy-efficient devices. It is an easy-to-use, all-in-one, featured-packed tool for every developer's table.It records currents and voltages and displays them in real-time as charts and interactive measurements for analysis and comparisons. Recordings can be synchronized with UART debug logs, giving insights into what drains the energy.Otii Arc is compact, portable, and powered via USB from your laptop (DC supply is optional). It comes with a lifetime subscription of Otii software (standard version), a powerful and easy-to-use desktop application for Ubuntu, Windows & macOS, download here. Channels 10 Sampling Rate 4 kSa/s Main Current (<19.5mA) 1 kSa/s other channels Power Supply Voltage 5 V USB optional 7 V - 9 V DC, up to 5 A Power Consumption < 1 W Operating Temperature 15 °C – 25 °C Storage Temperature -20 °C - 60 °C Cooling Method Convection Dimensions 145 mm x 110 mm x 50 mm Weight 500 g Maximum Measurement Length No limits Testing Modes Main Voltage, Main Current, ADC Voltage, ADC Current, Sense+ Voltage, Sense- Voltage, GPI1 level, GPI2 level, UART RX, UART TX Maximum Output Voltage 3.75 V (USB supply, auto range) 4.20 V (USB supply, high range) 4.55 V (DC supply, auto range) 5.00 V (DC supply, high range) Maximum Output Current 5.0 A peak 2.5 A continuous Maximum Input Voltage 5 V on any pin Maximum Input Current 2.5 A sink capability Range Accuracy Resolution Voltage 5 V ±(0.1% + 1.5 mV) 1 mV Current ±19.5 mA±2.7 A2.7 A - 5.0 A ±(0.1% + 50 nA)±(0.1% + 150 uA)±(1%) 5 nA82 uA1.5 mA For more information, click here.Included Qoitech OTii ARC USB to micro-USB cable

    1 in stock

    € 995,00€ 899,00

    Members identical

What is a power supply? Why do you need one?

A power supply is a device that supplies electricity to a load. Its main function is to convert the electrical current from a source into the correct voltage, current and frequency to power a load. A power supply's functions may include limiting the current drawn by the load to safe levels, shutting down power in the event of an electrical fault, and storing energy in the event of a temporary power outage.

There are different types of power supplies. A direct current power supply converts alternating current (AC) into a stable direct current (DC) voltage. An alternating current power supply takes the voltage from a socket and adjusts it with a transformer to the required voltage.

Note that 12 V power supplies (or 12 VDC power supplies) are among the most commonly used power supplies at the moment. In general, a 12 VDC output is obtained from a 120 VAC or 240 VAC input using a combination of transformers, diodes, and transistors. If you want to control the output, you can use a programmable power supply, which allows you to control voltage, current and other parameters with an analog control signal that can be sent via a keyboard, a hand switch or via a computer interface.

What are adapters? What are they used for?

An AC adapter is used to convert one AC voltage into another AC voltage. For example, an AC adapter converts voltage from a wall socket into 12 V AC voltage. Therefore, a 36 W 12 V AC adapter will have a maximum output of 3 A.

A DC adapter converts alternating current into direct current. Also, a 36W 12V DC adapter has the same 3A output. The difference is that the current is constant, flowing in one direction, instead of the constantly reversing AC current that the AC adapter produces.

If a device does not have its own power supply, it will need an AC adapter to get power. In addition, having a separate and external AC/DC power adapter helps reduce the size of electronic devices by eliminating the need for a complete power supply unit, helps reduce the heat produced in an electronic device, reduces electrical noise, and improves safety.

What does Elektor have to offer?

Elektor offers a variety of power supplies, each with specific output powers, voltage and weight characteristics. Some are simple, others are more complex. Browse our list of power supplies to find a solution that meets your needs.

What can you do with a power supply?

Most electronic systems rely on power, and a power supply keeps your solution running. Purchasing the right power supply can mean the difference between a well-executed project and a product with disappointing results.

Why buy a power supply from Elektor?

Elektor sells a variety of accessories for power supplies. We offer plug sets, diode modules, battery modules, adapters, cable sets, connectors, and more. We stock a range of power supplies to meet the different needs of our customers.

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