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Where To Buy Relay? Best Choice: EASYIEE Relay

time 2022-11-24

Publisher: hqt


Best Choice: EASYIEE Relay

Relays are used to control the electric current in the circuit. They are very useful and they can be used to control different applications. Relays are used in many different applications such as electric vehicles, air conditioning systems, lighting systems, etc.

Relay can also be manufactured according to customer requirements. There are many kinds of relays available in the market. If you want to buy a relay, you can choose the EASYIEE relay which is one of the best relays available in the market. This relay comes with a lot of features and it is easy to use as well. You can use this relay for any purpose without any problem at all.

EASYIEE Relay Types:

The relay is a switch that uses an electromagnet to mechanically operate a switch. Relays are used in control circuits, to activate other devices such as electric motors and valves. They are also used in automobiles and other applications to control large current loads. Now let‘s understand the types of this EASYIEE relay。

Automotive Relay:

Automotive relay like high-current Relay 1416010-1 is used in a variety of automotive applications. Relays are electromechanical components that act as switches. They allow for control over large amounts of current and voltage, which can be dangerous if not handled properly.

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Relays are constructed from a coil and a number of contacts, which are controlled by an electrical input and operate on the principle of electromagnetic induction.

When current passes through the coil it creates a magnetic field that attracts the armature, causing it to close and connect two or more contacts. In this way, relays can be used to control larger currents and voltages than would be possible with direct wiring alone.

Automotive relays come in many sizes and configurations, but all have common features that make them suitable for use in vehicles. These include:

  • Current Rating: The maximum current that can safely flow through the device without damaging it or creating excessive heat.
  • Voltage Rating: The maximum voltage that can safely pass through without interfering with other systems or harming people nearby.
  • Contact Type: The type of contact being switched on or off by the relay.

Solid State Relay:

A Solid State Relay (SSR) is a relay that uses a solid-state circuit instead of a mechanical switch to control the flow of power. SSRs are able to switch high voltages and currents, making them suitable for switching mains electricity, DC power supplies, and more.

An SSR consists of a switching transistor, which is controlled by an input signal such as a digital logic level or PWM waveform. When the input signal turns on the transistor by applying a positive voltage to it, current flows through the coil of the relay, thereby closing its contacts and allowing power to flow through it. When the input signal turns off the transistor by removing positive voltage from it, no current flows through the coil of the relay, and its contacts open up again.

The ability of an SSR to carry large amounts of current makes them ideal for use with AC circuits that would normally require an electromechanical relay or contactor. They are also useful for controlling high voltages because they do not suffer from contact bounce as mechanical relays can.

Low Signal Relay:

Low signal relay is a circuit that works like a relay but it has an input for an external signal. When the external signal goes logic high, the output will go logic low and vice versa. This circuit is useful to drive mechanical devices from your microcontroller, especially those that require more current than what the GPIOs can provide.

Low signal relay is used in many applications. For example, in telecommunications, low signal relays are used to disconnect the equipment from the network when line voltage falls below a predetermined level and automatically reconnect when line voltage rises above this level.

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Low signal relay is also used in power systems to disconnect power from motors and other equipment which may be damaged by low line voltage conditions. The most common use of this type of relay is to provide protection against lightning strikes or surges. Lightning strikes can cause extremely large voltages on telephone lines.

Without protection, these voltages can damage sensitive electronic equipment such as computers, modems, fax machines, etc. It is also possible for lightning strikes to burn out telephone lines so that they no longer work at all!

General Purpose Relay:

A general purpose relay is a relay that has a variety of uses. General purpose relay is used in a wide range of applications, including industrial, commercial, and residential buildings, as well as for automotive use. General purpose relay is available in many different sizes and types.

The most common type of general purpose relay is the SPDT (single pole double throw) relay. When the relay is not energized by applying a voltage to it from an external source such as a power supply or battery pack. These types of relays have one input terminal, two output terminals, and a common terminal that connects all three terminals together.

Non-Latching Relay:

The non-latching relay is a type of electrical relay that does not retain its setting after being de-energized. It is used in many applications, such as in motor control circuits and power distribution systems.

Non-latching relays are available in either single-pole or double-pole versions. A single pole relay consists of a set of contacts that can be switched to one of two different positions by applying a voltage to the coil. A double pole relay has two sets of contacts that can be switched to one of four different positions by applying a voltage to each coil.

In addition to being more efficient, non-latching relays are also smaller than latching relays because there is no need for the latching mechanism itself. They are also easier to use because they do not require any special programming or coding.

EASYIEE Relay Benefits:

EASYIEE relay is one of the most useful and easy-to-use devices in electronics. It is basically switches that can be used to control high voltages and currents.

A relay is basically an electromagnetically controlled switch. It’s available in different sizes, shapes, and configurations depending on your requirements.

Lower Power Consumption:

Relay requires a relatively low current to operate compared to other types of switches like transistors or MOSFETs. This makes them ideal for use in battery-powered devices where you need to save on power consumption as much as possible without compromising on performance or functionality.

High Current Carrying Capacity:

Relay can handle high currents which are not possible using other types of switches such as transistors or MOSFETs. This makes them ideal for applications where you need high current carrying capacity like motor control, solenoid valves, etc.

Low Voltage Operation:

The EASYIEE Relay can operate with a supply voltage of 2V-5V which makes them suitable for battery-powered applications. In addition, there are no other components required to make it work except the microcontroller and switch contacts.

Smaller Size & Lower Weight:

Relay does not require any additional components such as movable parts like springs and gears to operate them. Unlike conventional switches which require large amounts of space and weight within your system due to their complex construction. This makes relays much smaller in size than conventional switches which allow you

Purpose Of EASYIEE Relay:

Relays are devices that are used to switch larger currents through a circuit. Relays and transistors are common devices used in electronics. Relays can be used for many purposes. They can be used to control the current flow of an electrical signal or device, such as a motor or lamp.

The relay is connected to a power source and has two terminals. One terminal is connected to this power source. And the other terminal is connected to the load device that needs to be switched on or off. When current flows through the coil of the relay, it creates an electromagnet that attracts a metal rod inside the relay housing.

This metal rod makes contact with one of two contacts inside the relay housing (the other contact being held open by a spring). It completes a circuit between these two contacts and allows electricity to flow between them. If there is no current flowing through the coil, then no magnetic field is created. So there will be no attraction between this metal rod and its corresponding contact, thus breaking the circuit.


If you are looking for the best place to buy a relay, EASYIEE can help. EASYIEE has been selling relays for many years, so they know what works and what doesn’t. They also know how to make it easy for customers to find exactly what people need from the relay.

They have a large selection of relays that are all in stock and ready to ship anytime. If you don’t see an exact match for your project, just contact them and they will help you find one that fits your needs perfectly.