Wall Mount Power Supplies
| Series | Input Range |
Input Voltage |
Output Voltage |
No. Outputs |
Output Power (W) |
|
|---|---|---|---|---|---|---|
WMSAW06D
|
Input Range: 100~240 | Input Voltage: 115/230 | Output Voltage: 5, 6, 9, 12, 24 | No. Outputs: S | Output Power (W): 2.5, 4.5, 5, 6 | Get a Quote |
WMSBW06
|
Input Range: 90~264 | Input Voltage: 115/230 | Output Voltage: 5, 9, 12, 24 | No. Outputs: S | Output Power (W): 2.5, 5, 6, 6.03 | Get a Quote |
WMGPSU06
|
Input Range: 100~240 | Input Voltage: 115/230 | Output Voltage: 3~5, 5~6, 6~8, 8~11, 11~13, 13~16, 16~21, 21~27, 27~33, 33~48 | No. Outputs: S | Output Power (W): 4, 6 | Get a Quote |
WMEM1005
|
Input Range: 100~240 | Input Voltage: 115/230 | Output Voltage: 5~8, 9, 9~12 | No. Outputs: S | Output Power (W): 4.5, 6 | Get a Quote |
WMCUB6
|
Input Range: 90~264 | Input Voltage: 115/230 | Output Voltage: 5 | No. Outputs: S | Output Power (W): 5, 10, 10.5, 12 | Get a Quote |
WMIEA1005
|
Input Range: 100~240 | Input Voltage: 115/230 | Output Voltage: 5~8, 9~12 | No. Outputs: S | Output Power (W): 6 | Get a Quote |
WMEA1005
|
Input Range: 100~240 | Input Voltage: 115/230 | Output Voltage: 5~8, 9~12 | No. Outputs: S | Output Power (W): 6 | Get a Quote |
WMGPSU15
|
Input Range: 100~240 | Input Voltage: 115/230 | Output Voltage: 3~5, 5~6, 6~8, 8~11, 11~13, 13~16, 16~21, 21~27, 27~33, 33~48 | No. Outputs: S | Output Power (W): 7.3, 13.5, 15 | Get a Quote |
WMSAW14
|
Input Range: 90~264 | Input Voltage: 115/230 | Output Voltage: 5, 7.5, 9, 12, 15, 24 | No. Outputs: S | Output Power (W): 7.5, 10, 12, 12.5, 13.5, 15 | Get a Quote |
WMAPU10
|
Input Range: 90~264 | Input Voltage: 115/230 | Output Voltage: 5~6, 6~8, 8~11, 11~13, 13~16, 16~21, 21~27, 27~33, 33~40, 40~48 | No. Outputs: S | Output Power (W): 8, 10 | Get a Quote |
What are wall mount power supplies?
Wall mount power supplies are amongst the most commonly used sources of lower voltage power. They provide a simple means of supplying safe power to a wide range of devices. A wall mount power supply typically consists of a small plastic box that can plug directly into the wall. The bulk of the unit is plugged into the wall with a cable leading off to the device.
What types of wall mount power supplies are there?
Wall mount power supplies can be either AC or DC. They come in a range of configurations, depending on the scenario that they’re designed for.
Regulated – Regulated wall mount power supplies feature voltage regulators that ensure the output voltage remains consistent, never deviating from the rated value of power supply.
Unregulated – Unregulated wall mount power supplies differ in that their output voltage will decrease as the output current increases and vice versa. This means that the power supply must be matched as closely as possible to the voltage and current requirements of the device in question.
Linear – Linear wall mount power supplies convert high voltage AC into low voltage, this is then converted into DC voltage. Whilst these tend to have low efficiency, they are also more reliable and faster than switching mode power supplies.
Switching mode power supplies – Wall mount switching mode power supplies convert the input signal into DC before stepping down or up the voltage to the required level. These power supplies have high efficiency and are less bulky than their linear counterparts.
What are the primary components of a wall mount power supply?
Depending on its configuration, a wall mount power supply will typically consist of a transformer, a rectifier, smoothing, a regulator and load. The input transformer steps down the AC power, a rectifier circuit converts the AC components present into DC component. The signal is then smoothed out by a filtering circuit. A regulator controls the voltage to the desired level, before leading to the load which uses the pure DC output from the regulated output.
Where are wall mount power supplies used?
Wall mount power supplies are used in a wide range of industries and applications. They can be designed for use with a full range of input voltages and can output to a similarly wide range of wattages. Linear wall mount power supplies are typically used in audio frequency applications due to their immunity to RFI. Meanwhile, wall mount switch mode power supplies are used in phone chargers and DC motors.
How do you choose a wall mount power supply?
In order to choose the right wall mount power supply for your requirements, you need to first find out where your device needs AC or DC. You’ll usually find the power requirement on the device itself, look for the voltage requirements so that you can ensure you are providing the correct amount of power. Too much or too little power may lead to your device being damaged.
