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Precision shunt resistors are low-value resistors designed with high accuracy and stability for precise measurement of current. These resistors are typically used in current-sensing applications where accurate, real-time monitoring of electrical current is critical. The primary function of a shunt resistor is to create a small voltage drop that is directly proportional to the current passing through it, which can then be measured by a voltmeter or other measurement devices.

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XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 70A

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XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 50A

XBLW Type: Transceiver Supply Voltage: 4.75V~5.25V Data Rate: 2.5Mbps Drive/Receiver: 1/1

A Field Failure Relay is an electromechanical or solid-state relay designed to detect and indicate the failure of equipment or systems in the field. These relays are typically used in industrial control systems, electrical circuits, or other machinery where continuous monitoring is essential to ensure proper operation. If a failure occurs, the relay activates an alert (such as an alarm, indicator light, or control shutdown) to notify operators of the issue, allowing for immediate intervention and minimizing downtime or equipment damage.

Make : XBLW PKG : SOP-8 DC Motor Driver?Operating Voltage?Vcc?(v)2-7.5V?Quiescent Current Iq(Typ)1uA?Drive Current Iout1.6A

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• Minimum Order Quantity: 25 Piece

Make : XBLW PKG : SOT23-6 DC Motor Driver?Operating Voltage?Vcc?(v)2-7.5V?Quiescent Current Iq(Typ)0.1uA?Drive Current Iout1.2A

Additional Information:

• Minimum Order Quantity: 25 Piece

Make : XBLW PKG : SOP-8 DC Motor Driver?Operating Voltage?Vcc?(v)3-20V?Quiescent Current Iq(Typ)0.1uA?Drive Current Iout5A

Additional Information:

• Minimum Order Quantity: 25 Piece

A high-frequency relay is an electrical switching device specifically designed to operate effectively at high-frequency signals, typically in the range of kilohertz (kHz) to gigahertz (GHz). These relays are crucial in applications where traditional relays, designed for lower frequencies or DC, cannot provide reliable performance due to issues like signal loss, interference, or contact bounce. High-frequency relays are primarily used in radio frequency (RF) circuits, communications systems, and other high-speed electronic applications that require quick and accurate switching of signals.

Solid-state switches are electronic switches that use semiconductor devices to control the flow of current in a circuit without any mechanical moving parts. Unlike traditional mechanical switches that physically open or close a circuit, solid-state switches rely on the principles of semiconductor physics to control electrical signals. These devices are highly reliable, durable, and capable of operating at high speeds, making them ideal for various modern electrical and electronic applications.

A Ground Fault Relay (GFR) is a protective device used to detect ground faults in electrical systems. It monitors the current that flows from the system's conductors to the ground and detects any imbalance that may occur when one or more conductors accidentally come into contact with the ground. When a ground fault occurs, the GFR activates protective devices (like circuit breakers) to isolate the affected part of the system, thereby minimizing the risk of damage, fire, or electrical shock.

A Neutral Grounding Resistor (NGR) is a resistor that is connected between the neutral point of a power system (typically a generator, transformer, or electrical network) and the earth ground. The primary function of an NGR is to limit the fault current during a single line-to-ground fault in a three-phase electrical system. By controlling the fault current, it helps protect the electrical equipment, ensures safety, and reduces damage to the system during fault conditions.

Silicone Coated Power Resistors are resistors designed to handle high power levels, typically used in power electronics and industrial applications. These resistors are coated with a layer of silicone, which provides several advantages, including thermal management, protection against environmental factors, and enhanced durability.

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XBLW Type: Transceiver Supply Voltage: 4.75V~5.25V Data Rate: 2.5Mbps Drive/Receiver: 1/1

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ROBOTICS ACCESSORIES

A frequency relay is an electrical device used to monitor the frequency of an electrical signal or power supply. These relays are designed to ensure that the operating frequency of electrical systems or machinery remains within a specific range. If the frequency deviates outside of the set limits—either too high or too low—the frequency relay triggers an alarm or protective action. Frequency relays are commonly used in power generation systems, industrial machinery, and electrical distribution networks to maintain system stability and prevent damage caused by frequency fluctuations.

An alarm relay is an electromechanical or solid-state relay specifically designed to detect certain conditions within an electrical or mechanical system and trigger an alarm or warning when those conditions are met. These relays are typically used in safety, monitoring, and control systems where it is crucial to alert operators or users to potential faults, errors, or hazardous situations. Alarm relays can signal problems like overload, under voltage, temperature extremes, equipment malfunction, or safety breaches.

XBLW Drive reversible motor: Operating voltage 4.5V~15V, static current 0.1mA, continuous output current 0.8A.

Vacuum relays are a type of electromagnetic relay that uses a vacuum as the medium between the contacts, instead of air or other gases. This design allows the relay to have specific advantages, particularly in applications where high voltage and high-speed switching are required, or where minimal contact wear and corrosion are important.

A starter relay is an electrical component used to engage or activate a motor or a starter system, typically in vehicles or machinery. These relays serve the purpose of controlling the current flow to the starter motor, enabling it to start the engine or drive a machine when activated. Starter relays are essential for the proper functioning of electrical starting systems, ensuring that the motor is engaged only when necessary and protecting the system from damage due to unintended power flow.

A meter relay is an electrical protection device used to monitor and control the flow of electrical current or voltage in a system. Meter relays are designed to protect electrical circuits by sensing parameters like current, voltage, or frequency and providing output signals that indicate when these parameters exceed or fall below predefined thresholds. These relays are commonly used in metering systems for monitoring energy consumption, protection systems, or control systems where accurate measurement and operational safety are crucial.

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 8.5A

Product Details:

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 8.5A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 8.5A

XBLW Type:N-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 20A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 18V Continuous Drain Current(Id): 7A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 70A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 50A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 40V Continuous Drain Current(Id): 25A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 60V Continuous Drain Current(Id): 50A

XBLW Type:N-Channel Drain-Source Voltage(Vdss): 60V Continuous Drain Current(Id): 30A

XBLW Type: N??+P-Channel Drain-Source Voltage(Vdss): 60V Continuous Drain Current(Id): 20A

Product Details:

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 5.3A

XBLW Type:N-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 5A

XBLW Type: P-Channel Drain-Source Voltage(Vdss): 30V Continuous Drain Current(Id): 5.3A

Make : HLF PKG : DIP-8 Single Chip Control Circuit: Operating voltage 3V~40V, maximum output current 1.5A, voltage accuracy +2%, adjustable output voltage ADJ, switching frequency 100KHz.

Additional Information:

• Minimum Order Quantity: 25 Piece

Make : HLF PKG : DIP-8 Single Chip Control Circuit: Operating voltage 3V~40V, maximum output current 1.5A, voltage accuracy +2%, adjustable output voltage ADJ, switching frequency 100KHz.

Additional Information:

• Minimum Order Quantity: 25 Piece

Make : HLF PKG : DIP-8 Single Chip Control Circuit: Operating voltage 3V~40V, maximum output current 1.5A, voltage accuracy +2%, adjustable output voltage ADJ, switching frequency 100KHz.

Additional Information:

• Minimum Order Quantity: 25 Piece

Make : HLF PKG : DIP-8 Single Chip Control Circuit: Operating voltage 3V~40V, maximum output current 1.5A, voltage accuracy +2%, adjustable output voltage ADJ, switching frequency 100KHz.

Additional Information:

• Minimum Order Quantity: 25 Piece

Make : HLF PKG : DIP-8 Single Chip Control Circuit: Operating voltage 3V~40V, maximum output current 1.5A, voltage accuracy +2%, adjustable output voltage ADJ, switching frequency 100KHz.

Additional Information:

• Minimum Order Quantity: 25 Piece