TQ2SA-5V-Z Relay

Technical Specifications of TQ2SA-5V-Z

Datasheet	TQ2SA-5V-Z datasheet
Category	Relays
Family	Signal Relays, Up to 2 Amps
Manufacturer	Panasonic Electric Works
Series	TQ-SMD
Packaging	Tape & Reel (TR)
Part Status	Active
Relay Type	Telecom
Coil Type	Non Latching
Coil Current	28.1mA
Coil Voltage	5VDC
Contact Form	DPDT (2 Form C)
Contact Rating (Current)	2A
Switching Voltage	125VAC, 220VDC – Max
Turn On Voltage (Max)	3.75 VDC
Turn Off Voltage (Min)	0.5 VDC
Operate Time	4ms
Release Time	4ms
Features	–
Mounting Type	Surface Mount
Termination Style	Gull Wing
Contact Material	Silver Nickel (AgNi), Gold (Au)
Coil Power	140 mW
Coil Resistance	178 Ohms
Operating Temperature	-40°C ~ 85°C

TQ2SA-5V-Z Introduction

The double pole, double throw (DPDT) TQ2SA-5V-Z relay has two form C contacts and is a type of telecom relay. It is the perfect option for applications that need high performance and reliability in a small package because it is surface-mountable.

Telecom relays are frequently employed in telecom and data transmission equipment to switch signals between various circuits or components. As a high-performance relay with low power consumption that can switch high voltages and currents, the TQ2SA-5V-Z is appropriate for various applications.

Among its important characteristics is the TQ2SA-5V-Z relay’s small size and surface-mount package, which make it simple to integrate into electronic circuits and devices. A mechanical endurance of 1 x 107 operations and an electrical endurance of 1 x 105 operations further demonstrate its excellent dependability and durability.

The TQ2SA-5V-Z relay’s specs, pin configuration, size, applications, operational requirements, and ordering information are covered in detail in the following sections.

Features

• 3 types of terminal shapes:
• Terminal for PC boards (standard/self-clinching).
• terminal for surface mounting.
• Comfort to FCC Part68:
• 1,500 V surge withstand (between open contacts).
• Contact information for M.B.B.
• Surface-mount terminals meet JIS 0806 requirements.

Pin configuration

The TQ2SA-5V-Z relay has 8 pins, arranged in two rows of 4 pins each. The pin configuration is as follows:

• Pin 1: Coil 1
• Pin 2: Coil 1
• Pin 3: Coil 2
• Pin 4: Coil 2
• Pin 5: Normally open (NO) contact of switch 1
• Pin 6: Common contact (COM) of switch 1 and normally closed (NC) contact of switch 2
• Pin 7: Normally open (NO) contact of switch 2
• Pin 8: Common contact (COM) of switch 2 and normally closed (NC) contact of switch 1

With the coil pins in the middle and the contact pins on either side, the pins are placed in a symmetrical configuration. Coil pins for coils 1 and 2 are represented by pins 1 and 2, and coil pins for coils 3 and 4 by pins 3 and 4. By applying a voltage to the coil and turning on the relay, the coil pins do this.

Signals are switched between various circuits or components using the contact pins. The contacts for switch 1 are pins 5 and 6, with pin 5 being the normally open (NO) contact and pin 6 serving as both the common contact (COM) and usually closed (NC) contacts for switches 1 and 2, respectively. The contacts for switch 2 are pins 7 and 8, with pin 7 serving as the ordinarily open (NO) contact and pin 8 serving as both the common contact (COM) and the normally closed (NC) contact for switch 2 and switch 1, respectively.

Overall, the TQ2SA-5V-Z relay’s pin layout enables accurate switching between different circuits or components with good performance and dependability.

Dimensions

The surface-mount package and small size of the TQ2SA-5V-Z relay make it simple to integrate into electronic devices and circuits. The relay has the following dimensions:

• Length: 9.9 mm
• Width: 7.5 mm
• Height: 10.0 mm (maximum)
• Weight: Approximately 1 gram

The relay has gull-wing terminals that are created to work with automated surface-mount assembly machinery. It also complies with the RoHS regulations, which forbid the use of hazardous materials in electrical equipment.

The TQ2SA-5V-Z relay is the best option for applications where space is at a premium and weight is a prob,lem due to its compact size and lightweight design.

The TQ2SA-5V-Z relay has a tiny size, a surface-mount package, a high sensitivity, and only needs a little amount of current to activate the coil and switch the contacts. In battery-powered This capability is especially helpful for applications where power consumption must be reduced to increase battery life.

A high level of dependability and a lengthy mechanical and electrical endurance are other features of the TQ2SA-5V-Z relay’s design. In light of this, it can be used in various applications, such as telecommunications, computer and peripheral equipment, office automation equipment, test and measurement equipment, and consumer electronics.

The TQ2SA-5V-Z relay is a great option for various electrical applications because of its tiny, lightweight construction, high sensitivity, and reliability. It is also simple to integrate into contemporary electrical designs that demand great performance and environmental responsibility because of its surface-mount package and RoHS compliance.

A flexible and dependable component that may be utilized in a range of electrical applications is the TQ2SA-5V-Z relay. The following are some of the most typical uses for this relay:

Modems, routers, and switches are just a few examples of the telecom and data transmission equipment that frequently uses the TQ2SA-5V-Z relay. It offers exceptional reliability and performance for switching signals between circuits and components.

Industrial control systems, including programmable logic controllers (PLCs), motor control systems, and robotics, also use the TQ2SA-5V-Z relay. It provides precise and dependable control by switching signals between sensors, actuators, and control circuits.

Instruments used for measurement, including signal generators, oscilloscopes, and multimeters, frequently employ the TQ2SA-5V-Z relay. It offers high precision and reliability for switching signals between different measurement circuits.

Automotive electronics, including engine control units (ECUs), powertrain control modules (PCMs), and body control modules (BCMs), also employ the TQ2SA-5V-Z relay. Transferring signals between various sensors and actuators enables accurate and dependable control.

Overall, the TQ2SA-5V-Z relay is a versatile and reliable component that can be used in various electronic applications. Its high sensitivity, reliability, and performance make it an excellent choice for applications where precision and durability are essential.

Conclusion

In conclusion, engineers and designers seeking a flexible, dependable, high-performance telecom relay should strongly consider the TQ2SA-5V-Z relay. It is a popular option for various electronic applications due to its high sensitivity, extended mechanical and electrical endurance, and surface-mount packaging.

The TQ2SA-5V-Z relay can offer the accuracy and sturdiness you require, whether creating telecom and data transmission equipment, industrial control systems, measurement equipment, or automotive electronics.

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