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Hassle free, 2-Year Warranty

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Plugable Outlet Extender with USB and USB-C Charger

$19.95 USD

SKU: PS1-CA1
Amazon Rating : (82 Reviews)

機能

Don’t Lose Your Outlet— This portable outlet extender features a pass-through design that keeps your original AC outlet while adding USB-C (30W) and USB-A (12W) charging ports. Perfect for limited outlet situations like travel, airports, and under desk setups.
Smart Power Distribution— Delivers up to 30W fast charging when using USB‑C alone, or intelligently splits to 20W USB‑C + 12W USB‑A when charging two devices simultaneously.
Travel Essential & Space-Saver— Compact 2.9" x 1.6" x 1.6" design fits snugly in tight spaces without blocking adjacent outlets - ideal when you need a wall outlet with USB ports in airplanes, hotels, and cruise cabins (check if permitted with your cruise line).
Compatibility— This ETL certified wall charger offers universal USB and USB-C compatibility, intelligently adjusting power output for fast and safe charging; suitable for a wide range of devices.
Lifetime Support— Every Plugable product, including this USB-C Charger Block comes with lifetime support. If you ever have questions, contact our North American-based team - even before purchase

Free 3-Day Continental U.S. Shipping on Orders Over $35!

Direct purchase in most US states. Currently excludes AK, IL, MI, NJ, and OH.

Amazon US ($19.95 USD)

A image of the PS1-CA1 pass through outlet charger next to an iPhone, a tablet, and a Chromebook.

The All In-One Charger

Especially useful in areas with limited access to power outlets—like at the airport or under your desk. Don’t go on vacation without putting this travel charger for multiple devices in your cruise essentials bag. Be sure to leave one at home and the office, too.

This outlet adapter with USB wall plug delivers a combined total of 32W of charging power to the USB ports. If using the USB-C port alone, get up to 30W—excellent for fast charging your phone. If you’re using both USB ports, the charger delivers 20W to the USB-C port, and 12W to the USB-A port.

USB-C voltages supported: (5V/3A, 9V/2.22A-3A, 12V/1.67A-2.5A, 15V/2A)

Perfect for Travel

Plug extender charges your laptop, phone, and tablet. Leave one at your desk and put one in your bag.

An example image of the PS1-CA1 outlet passthrough charger connected next to an outlet and sharing space with another charger.

Stackable

Covers one outlet so you can plug in something else. Like another fast charger block plug adapter.

A image of the PS1-CA1 connected to an outlet with USB cables connected to it and a energy protection symbol.

Safe Charging

Supports short circuit, over temperature, overvoltage (input/output) overcurrent (output) protection.

互換性

With UL, FCC, and DOE certifications, users can trust and rely on the performance of a high-quality, safe power adapter.

技術仕様

AC Outlet	3-prong AC (125V, 60Hz, 1875W, 15A max)
Charging Specification	USB Power Delivery 3.0
Dual Port Charging	Up to 30W, if both used simultaneously USB-C 20W, and USB-A 12W
Safety Features	Over Temperature, Over Voltage, Over Current, Short Circuit Protection


	PS1-CA1 $19.95 USD	PS3-METERC3 $64.95 USD	PS-30C1B $23.95 USD	PS-30C1W $23.95 USD	PS-EPR-140C1 $75.95 USD
USB ポート数	1x USB / 1x USB-C	3x USB-C	1x USB-C	1x USB-C	1X USB-C
Max USB Charging Support	30W USB-C, 12W USB	67W	30W	30W	140W
Use Case	Travel / Cruise / Home / Airport	Home / Office	Travel / Cruise / Home / Airport	Travel / Cruise / Home / Airport	Travel / Cruise / Home / Airport
サイズ	Travel / Cruise /7.48 x 4.05 x 4.08cm	4.5 x 6 x 6cm	3.1 x 3.2 x 3.49mm	3.1 x 3.2 x 3.49mm	7.59 × 7.49 × 3.15 cm
総ポート数	3	6	1	1	1

パッケージ内容

パッケージ内容と数量	注記
1x Plugable 32W USB-C & USB-A Charger with AC Power Outlet

電源

ポート	場所	電源ホスト/デバイス	接続タイプ	電圧	アンペア	ワット数
Mains Connection	背面	周辺機器	電源アダプタ
USB Type-C	前面	ホスト PC	USB-C PD 充電規格 3.0	15.0V	2.0A	30.0W
USB Type-A	前面	ホスト PC	USB-A Smart Charging	5.0V	2.4A	12.0W

物理仕様

項目	サイズ（高さ×幅×奥行き）または長さ	重量	製品番号
USB-C & USB-A Charger 32W with AC Power Outlet	7.48 x 4.05 x 4.08 centimeters 2.9 x 1.6 x 1.6 inches	99 grams 3.5 ounces	PS1-CA1

互換性

The charger supports the following Power Delivery outputs.

USB-C only 30W max:

5V/3A
9V/2.22A~3A
12V/1.67A~2.5A
15V/2A

USB-A Only:

5V/2.4A

When USB-C & USB-A used together, USB-C 20W max & USB-A 12W max.

対応デバイス

モバイル機器	iPad / iPad Pro / iPad mini, Galaxy Tablet, Pixel Tablet, Apple Airpods / Airpods Pro, Samsung GalaxyBuds / Galaxy Pro, Google Pixel Buds, Chromebooks / Google Pixelbook Go / Samsung Galaxy Chromebook 2 / Lenovo Chromebook Duet 3, M1 / M2 / M3 / M4 MacBooks / Air / Pro 13" / 14" / 15" / 16", Framework Laptop 13

Mobile Phones	iPhone 16 / 15 / 14 / 13 / 12 / 11 / Pro / Plus / Max / Mini / SE / XS / XS Max / XR / X, Samsung Galaxy S23 / S23+ / S23 Ultra, S22 / S22+ / S22, S21 / S21+ / S21 Ultra, S10 / S10+ / S10e / S9 / S9+ / S8 / S8+, Note 20 / 20 Ultra / 10 / 9 / 8, Google Pixel 7 Pro / 7 / 6 Pro / 6 / 5 / 4 XL / 4 / 3 XL / 3 / 2 XL / 2 / 1 XL / 1

使い方

Plug the wall outlet extender into an AC wall outlet.
Plug either a USB and or a USB-C cable into the charger and into the desired device to charge it.

この製品についてご質問がありましたら、「アマゾン注文番号」を添えて nihongo@plugable.com まで日本語でご連絡ください。

Filter Help Articles and Frequent Questions by Category

Choose one or more filters within each category to narrow down the articles. Each selection will result in only displaying articles that include all of your choices.

Articles

Can I leave my notebook computer connected to a charging dock overnight, or should I discharge and recharge the notebook battery regularly?

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We are often asked if it is okay to leave a notebook computer connected to one of our USB-C docking stations with Power Delivery for extended periods of time. The short answer is yes, it is no different from leaving the laptop connected to the manufacturer's original USB-C power supply for the same time. The long answer is yes for modern laptops, and maybe for older (1990s-early 2000s laptops) and involves going into the different battery technologies used in consumer electronics devices.

Another common question is if it is possible to use the docking station but to disable powering and charging the computer. When a modern notebook computer runs on battery power it will often set the system to a reduced power state which may impact performance, or connected devices and we recommend always powering the computer when using a desktop docking station. For all of our docking stations that provide power to the host computer this will not affect the lifespan of the computer's battery.

Modern Laptop Batteries: Lithium-Ion

Lithium-ion (li-ion) batteries are found in a wide range of consumer electronics from notebook computers and cell phones, to electric cars, power tools, and wearable electronics like wireless earbuds. Li-ion offers fast charging, high-current discharging, fairly long service live compared to other rechargeable battery technologies and are relatively inexpensive.

The life-span of a rechargeable battery depends on many factors including age, temperature history, charging patterns, the chemical composition of the specific battery, and usage. For example batteries stored at 100% charge will degrade faster than batteries stored at 50% charge, this is why most consumer electronics devices arrive from the manufacturer with between 25% to 75% charge.

Lithium-ion batteries are consumable components, however in most modern computers, cell phones, and tablets these are not user serviceable components. To help maintain the battery all modern computers and most consumer electronics will include battery charge and protection circuits. These can be fairly simple, charging up the battery at preset rates depending on the charge level to help maintain the battery life, or complex software controlled charging that monitors battery temperature, voltage and current draw to maintain the fastest charging while maintaining the battery longevity.

Modern notebook computers can be left connected to the original power cable or a docking station with charging capability for extended periods, and do not benefit from regular discharge/recharge cycles. Our docking stations with charging capability rely on USB Type-C Power Delivery to power and charge compatible computers. USB Type-C Power Delivery is a negotiated charging protocol between the host computer and the docking station or USB Type-C power supply, this allows the computer to draw only the power it requires, and even select the best voltage level for powering the computer. In combination with a computer's built-in battery charging controller the computer is capable of maintaining the battery's optimal state even when left connected to a power source for an extended period of time.

Legacy Laptop Batteries: NiCad and NiMH

Older laptops, from the 1990s and some early 2000s, as well as some consumer electronics, and most rechargeable AA or AAA battery replacements use Nickel-Cadmium (NiCad) or Nickel-Metal Hydride (NiMH) batteries. These batteries are slower to charge and discharge than li-ion batteries, and require very simple charge controllers, and in some cases can even be trickle-charged ( very low-current continuous charging ) if desired.

These batteries generally don't have smart charging controllers and to prolong the life of the battery required "training" or fully discharging and recharging the battery every so often. Many laptop manufacturers recommended fully charging and discharging a new laptop 2-3 times to train the battery, this is not necessary with modern laptops.

Conclusion

Modern notebook batteries are managed by the computer's built-in battery charging circuit, and require little to no user intervention to maintain optimal battery health. It does not harm the battery to leave the computer connected to an external power supply, so long as the computer is being used regularly. If the computer is to be stored for a prolonged period then discharging the battery to between 50-75% can help to maintain the battery life.

Batteries are consumable components and degrade over time, however modern notebook computers can extend the battery life generally to meet or exceed the life of the computer's other electronic components.

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USB Power Delivery and Charging Battery-Powered Devices

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The humble Universal Serial Bus, more commonly known as USB, has evolved to be much more than just a way to connect a mouse or keyboard to your computer. With the proliferation of power-hungry portable devices that charge over USB, we’ve all come to expect USB to operate as a Universal Source of Battery charging but, unfortunately, it’s just not that easy.

Modern Charging Standards

USB-C and USB Power Delivery (PD) Standard Power Range (up to 100W)

The USB-C connector and USB-PD specification up to revision 3.0 enable charging at up to 100W (typically 96W to 98W real-world maximums per IEC regulations). However, the protocol for negotiation between host and charger can be complex and hard to understand. Early USB-C PD implementations (starting in 2015) could be unreliable, and many manufacturers of devices used proprietary implementations to block universal charging solutions (docking stations, third party chargers, etc). With time and several updates to the PD spec there have been vast improvements in the consumer experience, though we do still encounter scenarios where there may be compatibility issues that are beyond our control (3rd party devices).

Generally speaking, USB-C PD is an intelligent charging standard with the ability to deliver variable voltage and amperage charging rates (equating to the final charge wattage). USB-C PD defaults to 5V and can adjust dynamically depending on the implementation of charger and device up to 9V, 12V, 15V, and 20V up to 5A. Not all USB-C ports on devices (like a hub or dock) offer PD charging, some USB-C ports may only offer standard USB 3.0 power at 900mA. Others may offer more at commonly found values of 1.5A or 3A at 5V (7.5W and 15W). Likewise, not all USB-C devices (like a laptop or tablet) will have the ability to charge over this connection, some still require a dedicated DC barrel jack charger that shipped with the device.

Without going into overly complex detail, USB-C PD can either use a set signal on two communication lines through a USB-C connector and cable (CC1 and CC2) which is determined by either a set resistance value and subsequent voltage reading, or two-way data communication can be established where the charger can tell the attached device how much power it can supply and/or the device can request how much power it needs. Once a contract has been negotiated and established, charging may then commence.

As an example, a laptop may require 65W of power to charge, this would most likely need 20V at 3.25A. When connecting this laptop to a USB-C charger (or dock, etc) a series of events as outlined above will occur. If connecting to a lower wattage charger, say 60W for this example, the laptop and charger will try to establish the fastest possible common charging rate which would be 20V 3A. In most cases this will work perfectly fine and the laptop will charge slightly slower than it would with the original 65W charger it shipped with.

But what would happen if connecting to a higher wattage charger, like 96W or 98W? Many would expect their laptop would be damaged, however, because USB-C PD is intelligent some two-way communication will occur, and the charger should negotiate the fastest possible rate that is requested to deliver 65W. It is also important to note that chargers do not "push" power to a device, rather, devices "pull" power as needed. As long as the charger does not output a voltage higher than what the device is expecting damage won't be possible. Because USB-C defaults to 5V, a higher voltage will not be output unless that higher voltage has been requested and properly negotiated.

What about a laptop that needs more power, like 135W or higher (which is above the USB-C spec)? If the laptop supports USB-C PD through its USB-C connector despite needing more power than can technically be provided, it will try to charge as fast as the charger can offer. Due to the higher power requirements charging may be slower but still gain battery percentage, or the system will be "treading water", only able maintain a stable battery charge without gaining. In some situations like this, the system when under extreme CPU or GPU load may supplement more power by draining the battery while also drawing power from the charger. This may lead to a slow drain and would eventually run out of power until the load is reduced. In some rare situations like this, the laptop may only be able to gain battery while in sleep mode or off.

USB Power Delivery (PD) Extended Power Range (up to 240W)

The new USB Power Delivery revision 3.1 specifications allow for the delivery of up to 240W via a USB Type-C cable (an increase from the previous 100W max). The previous Power Delivery range has been relabeled as Standard Power Range (SPR), and the new specifications (between 100W and 240W), have been labeled as Extended Power Range (EPR).

For a more in-depth look feel free to check out our blog post on this topic here: https://plugable.com/blogs/news/what-is-240w-usb-extended-power-range-epr

Thunderbolt 3 / Thunderbolt 4 / USB4

Thunderbolt 3, Thunderbolt 4, and USB4 all share the USB-C connector specification and utilize the aforementioned power and charging abilities introduced by USB-C.

Qualcomm Quick Charge (QC) 4/4+/5

Qualcomm QC 4, 4+, and 5 are cross-compatible with both USB PD and USB-C specifications, falling back to PD in the event of a compatibility issue. Currently, Plugable does not offer any QC devices.

Legacy Device Charging

USB Device Charging

The original USB 2.0 specification limited the power that could be drawn from any...

The original USB 2.0 specification limited the power that could be drawn from any USB port to 500mA. This is plenty to charge smaller batteries reasonably quickly, but for larger batteries, a higher wattage solution is needed. Though this limit was increased to 900mA with the advent of SuperSpeed USB 3.0, most battery-powered devices were left wanting, either charging at a very slow rate or "treading water". Over time, these limitations drove device makers to come up with novel ways to draw more than the allowed current from standard USB ports, typically accomplished by signaling to the devices along the data lines that it’s okay to draw current at a higher rate.

Regrettably, there wasn’t a widely-adopted standard, so not all ports and devices spoke the same language. To make the situation even more frustrating for end-users, there wasn’t much public discussion or documentation about these signals.

A quick note about power and charging: It is up to the device attached to the charger to decide if, and how quickly to charge. Either based upon the charging signal it receives from the charger that it may use as a guideline, or if the device does not utilize charging signals, it will charge by drawing as much power as it possibly can unregulated. Some "dumb" devices will overload a standard USB port and may cause the port to temporarily cease functioning (until the port is reset) or may cause permanent damage. It is also important to note that chargers do not "push" power to a device, rather, devices "pull" power as needed. If you have a USB device that calls for 500mA of current, connecting it to say a 2.4A (2400mA) USB charging port will not damage it, the device will only draw as much power as needed.

USB Battery Charging Standard

Some devices support the USB Battery Charging (BC 1.1/1.2) standard, but that support is usually undocumented. Charging behavior is often learned through trial-and-error. With the addition of BC 1.2, the USB standard included three port types.

Standard Downstream Port (SDP) - Data-only port with no special charging capabilities. Provides data connectivity and the standard 500mA to downstream devices.
Charging Downstream Port (CDP) - Simultaneous USB data connectivity and high-current charging. Provides up to 1.5A to downstream devices. Has a charging detection phase that triggers device charging, then switches over to data mode after charging has been established.
Dedicated Charging Port (DCP) - Charging-only port with no data connection. Provides up to 1.5A to downstream devices. This signal simply shorts the data D+ and D- lines.

Proprietary Signals

Many manufacturers created their own DCP signals to either provide higher charging rates or only charge from “authorized” chargers. iPads, for example, can draw up to 2.4A when connected to an Apple computer or Apple charger, but they will not charge at all when connected to a regular USB port.

Apple

Apple was among the first manufacturers to create their own charging signals to meet the needs of their power-hungry mobile devices.

Apple 2.4A: 2.7V D+, 2.7V D-
Apple 2.1A: 2V D+, 2.7V D-
Apple 1A: 2.7V D+, 2V D-
Apple 500mA: 2V D+, 2V D-

Signal	D+ Volts	D- Volts
Apple 2.4A	2.7V	2.7V
Apple 2.1A	2V	2.7V
Apple 1A	2.7V	2V
Apple 500mA	2V	2V

Samsung

Many legacy Samsung devices use the standard BC 1.2 charging standard for DCP, CDP, and SDP modes. Even older devices often used a proprietary Samsung DCP signal (1.2V D+, 1.2V D-)

Qualcomm Quick Charge (QC) 1/2/3

Legacy Qualcomm QC chargers are capable of outputting much higher power than standard USB chargers. These signals are specifically designed to work with mobile devices containing Qualcomm Snapdragon SoC chips. This standard is often re-branded by manufacturers for marketing purposes, but the standard behind these technologies is Qualcomm QC. A few well-known rebrands of Qualcomm QC are listed below. Currently, Plugable does not offer any QC devices.

Samsung Adaptive Fast Charger
Oppo Super VOOC
OnePlus WarpCharge (Note: There are several implementations of WarpCharge that have evolved with new devices, some being fully OnePlus proprietary offering up to 65W.)
Huawei SuperCharge

QC chargers output various voltages based on the signals sent over the data lines from the powered device.

Output Volts (Vcc)	D+ Volts	D- Volts
5V	0.6V	GND
9V	3.3V	0.6V
12V	0.6V	0.6V
20V	3.3V	3.3V

"Smart" Charging

Smart chargers contain a charging controller chip that attempts to detect the ideal signal for the attached downstream device. Once the ideal signal is detected, the charger will stop cycling through signals and the powered device will start charging.

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Understanding how adaptive/optimized charging methods have an impact on your smartphone's battery life, performance, and longevity.

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With most modern smartphones you may have likely noticed a notification message while charging your phone indicating that your phone has entered "Optimized Battery Charging", this is how Apple refers to its smart charging messaging. With Android devices they will also show this notification message while charging although they refer to it "Adaptive Charging". Through these intelligent charging methods your phone will artificially reduce its charging speeds so that in the long run it will lengthen its overall battery life.

When setting up a new smart phone it may take a few weeks of machine learning to recognize your usage behavior and charging habits. Batteries go through wear and tear to which the more charge cycles it goes through the less healthier the overall battery becomes leading to it holding a lesser charge and other issues.

Your phone will alert you with a notification when it enters into a battery preserving charging state. At night you may notice your phone charging significantly slower along with a message saying “Battery full by 7:00 AM”. Even though it has the ability to fully charge in a much shorter time. If you set an alarm for an even earlier time your phone can adjust to finish charging at your alarm time. This is your phone prolonging the time it takes to charge to 100% in order to preserve battery health.

The reason why your phone will artificially slow its charging rate is to spend less time at 100% battery, and the less time your phone spends at 100% the more it helps with your overall battery health.

It is possible to disable Optimized/Adaptive Charging in your device's battery and charging settings although it is ideal for the majority of users to leave this setting enabled.

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Plugable Chargers Features and Common Use Cases

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Plugable offers a range of high-quality chargers designed to meet diverse charging needs. This article provides an overview of common use cases for our chargers and highlights key features such as Programmable Power Supply (PPS) support and third-party safety testing to UL standards.

Key Features of Plugable Chargers

Programmable Power Supply (PPS): Some Plugable chargers are equipped with PPS technology, which allows them to dynamically adjust their output for optimal charging speeds and efficiency, ensuring your devices charge quickly and safely.
Safety: Safety is paramount at Plugable. In addition to rigorous internal testing, our chargers undergo third-party safety testing to meet UL standards. This certification (where applicable) ensures that our products are safe, reliable, and perform as expected.
Compact and Portable Designs: Plugable chargers are designed with portability in mind, making them perfect for travel or as secondary chargers. Their sleek and compact form factors ensure they fit easily into bags and tight spaces without compromising on power.
Versatility: Whether you need to charge a laptop, phone, tablet, or multiple devices simultaneously, Plugable offers a charger to meet your needs. Our chargers are compatible with a wide range of devices from various manufacturers, including Apple, Samsung, and Google.

Common Use Cases for Plugable Chargers

USBC-PS-60W: USB-C 60W Power Supply

Use Case #1: Ideal replacement power adapter for most consumer and business laptops including popular systems such as Apple MacBooks, Windows laptops (Dell XPS, HP Spectre, Lenovo ThinkPad), and Chromebooks.

Use Case #2: A worthwhile secondary charger to keep in your laptop bag/backpack.

Use Case #3: Optimal replacement USB-C power source for pairing with portable gaming consoles such as the Nintendo Switch or Steam Deck – either docked or handheld.

Features:

60W Power Delivery (PD) for efficient charging.
Variable 5, 9, 12, 15, and 20V output at up to 3A (60W)
Compact and portable design.
Third-party lab tested and certified to meet or exceed UL/IEC 62368-1 standards.

PS-EPR-140C1: USB-C 140W GaN Power Adapter with PD 3.1 EPR

Use Case #1: Perfect for those seeking a smaller, lighter replacement or secondary charger for Apple devices requiring up to 140W. Also works as a great daily driver for consumer, business, and workstation laptops with USB-C or Thunderbolt charging.

Use Case #2: Good for quickly charging laptops, power banks, or other portable devices such as camping gear or educational tools at their maximum charging rate.

Use Case #3: Future-proof charger for upcoming laptops that can charge at rates above 100W through USB-C PD 3.1 Extended Power Range (EPR)

Features:

140W Power Delivery (PD) for fast charging.
EPR and supported voltage ranges: 5V up to 3A (15W), 9V up to 3A (27W), 15V up to 3A (45W), 20V up to 5A (100W), 28V up to 5A (140W)
Gallium Nitride (GaN) based technology for a power efficient and compact design
Smaller and lighter (also doesn’t get as hot) design compared to the original Apple charger.
Charge a 16” MacBook Pro from 0% to 100% in 1 hour 27 minutes.
Third-party lab tested and certified to meet or exceed UL/IEC 62368-1 standards

PS-30C1W/PS-30C1B: USB-C 30W GaN Power Adapter

Use Case: Excellent travel or replacement charger for phones and tablets including Apple iPhones and iPads, Samsung Galaxy, Google Pixel, Lenovo Tab, and OnePlus devices

Features:

30W Power Delivery (PD) for fast charging.
Available in white (PS-30C1W) and black (PS-30C1B) colors.
Supported voltages: 5V up to 3A (15W), 9V up to 3A (27W), 12V up to 2.5A (30W), 15V up to 2A (30W), 20V up to 1.5A (30W), PPS 3.3V-11V up to 2.7A
Gallium Nitride (GaN) based technology for a power efficient and compact design
PPS support for a wide range of device compatibility.
Compact design for easy portability.
Third-party lab tested and certified to meet or exceed UL/IEC 62368-1 standards.

PS-40C2W/PS-40C2B: Dual USB-C 40W Power Adapter

Use Case #1: Ideal for tight spaces such as behind nightstands or tables, and capable of charging various devices including a wide range of USB-C based mobile devices and even laptops such as MacBooks and Ultrabooks (may take some time depending on make and model).

Use Case #2: Compatible with mobile gaming devices like the Nintendo Switch and Steam Deck, offering a versatile charging solution for gamers. Similar gaming devices (ROG Ally, etc.) should also be compatible with the PS-40C2W/B.

Use Case #3: Use as a compact dual power source for lower-power USB-C devices such as Apple Homepod Mini speakers, Raspberry Pis, portable monitors, USB fans, and wireless charging stations.

Features:

Dual port design with 40W total output (first device that is plugged in will take priority charging to ensure fast charging).
Low profile for tight space applications.
Supported voltages: 5V up to 3A (15W), 9V up to 3A (27W), 12V up to 3A (36W), 15V up to 2.67A (40W), 20V up to 2A (40W), PPS 3.3V-11V up to 3A
Available in white (PS-40C2W) and black (PS-40C2B).
PPS support for efficient charging of multiple devices.
Third-party lab tested and certified to meet or exceed UL/IEC 62368-1 standards.

PS1-CA1: Wall Power Outlet Extender with USB-A and USB-C Charging Ports

Use Case #1: Perfect for those who need to charge both USB-A and USB-C devices without sacrificing a wall plug.

Use Case #2: A worthwhile addition to a garage or workspace. Powering tools like a drill or saw while charging a Bluetooth speaker or running an air compressor or work light while charging a portable battery pack.

Use Case #3: Functionality for a guest room! Power a bedside lamp or alarm clock while providing guests with a convenient USB charging option for their everyday devices, including wearables such as smartwatches or fitness tracker or audio products such as AirPods or Bluetooth headphones.

Use Case #4: Makes for a great traveling charger with 3 different charging options built-in and the grounding pin helps to secure the charger to wall outlets in hotels

Features:

Dual port design with USB-A and USB-C compatibility.
Maintains access to a wall plug while charging devices.
Compact and convenient for everyday use.
Supported configurations and voltages:
- USB-C only 30W max:
  - 5V/3A
  - 9V/2.22A~3A
  - 12V/1.67A~2.5A
  - 15V/2A
- USB-A Only:
  - 5V/2.4A
- Note: When USB-C and USB-A are used at the same time, USB-C supports 20W max & USB-A supports 12W max.
Supports PD and rapidly charges your devices at up to 30W when charging a single USB-C device
Third-party lab tested and certified to meet or exceed UL/IEC 62368-1 standards.

Plugable Technologies is committed to providing high-quality, reliable chargers that cater to a variety of use cases. With features like PPS support, UL certification, and compact designs, our chargers are designed to meet your everyday charging needs efficiently and safely. For more information or to purchase a Plugable charger, visit our website or contact our support team.

If you have any questions or need further assistance, please feel free to reach out to our support team at support@plugable.com.

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Is this safe to use if my computer doesn't support USB-C Power Delivery?

USB-C Power Delivery (PD) is negotiated between the power-sourcing equipment (e.g., a dock or multiport hub) and the connected host device. During this negotiation, the device offering power communicates its capabilities, and the host determines whether it can accept the power. If the host does not support Power Delivery, no power will be sent to the computer over the USB-C connection. This will allow you to take advantage of other capabilities such as data transfer or video output without risking damage to the computer.

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Understanding Power Delivery vs. Pass-Through Power Delivery

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When choosing a docking station or USB hub, it's important to understand the difference between Power Delivery (PD) and Pass-Through Power Delivery. While both terms refer to charging capabilities, they function differently and impact how power is distributed to connected devices.

What is Power Delivery (PD)?

USB Power Delivery (PD) is a fast-charging standard that allows devices to negotiate power levels dynamically. Key aspects include:

Enables higher power transfer (up to 100W or more, depending on the device and cable).
Ensures efficient charging by dynamically adjusting voltage and current.
Commonly used in USB-C chargers, docking stations, and hubs that provide power directly to laptops, tablets, and smartphones.

Example: A USB-C docking station with PD output can charge a connected laptop while simultaneously powering other peripherals. Additionally, these tend to come with their own AC adapter.

What is Pass-Through Power Delivery?

Pass-Through Power Delivery refers to a hub or docking station that does not generate power itself but instead allows power to pass through from an external power adapter. Key aspects include:

Requires a dedicated power adapter (e.g., a USB-C PD laptop charger) plugged into the docking station or hub.
Typically, a portion of the incoming power is allocated to the dock’s functionality (such as data transfer and peripheral connections), and the remaining power is sent to the connected laptop or device.
May reduce the total power available to the laptop compared to direct charging.

Example: A USB-C hub with pass-through PD allows a laptop's original USB-C PD charger to be connected to the hub, which then distributes power to the laptop while also supporting external peripherals.

Choosing the Right Option

If you need a docking station that can directly charge your laptop, look for one with dedicated Power Delivery (PD) support.
If your laptop already has a high-wattage charger and you want to maintain power while expanding connectivity, a pass-through PD hub may be a better choice.
Be mindful of power limitations with pass-through charging, as some hubs may reserve power for their own operation, reducing the power available for the laptop.

Some examples of hubs with PD pass-through would be our USBC-9IN1E with 140w pass-through charging or our smaller USBC-4IN1 with 100w pass-through.

On the flip side, we have our docking stations that power your devices by themselves. Examples such as our UD-7400PD which is capable of 140w of charge and 5 displays.

Understanding these differences will help ensure you select the right docking station or USB-C hub for your setup. If you have any questions or would like a recommendation, feel free to reach out to our support at support@plugable.com

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