CW02BR2000JS70

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Through Hole Resistors are resistors with two axial lead wires that are connected to both ends of the resistor body. The size of the resistor varies depending on the desired resistance and the tire rating of the resistor. The most common standard sizes are 12mm, 16mm, 20mm and 30mm. The CW02BR2000JS70 resistor is a through hole, 12mm radial resistor with a 2000 ohm resistance and a tire rating of 70%.

Functionally the CW02BR2000JS70 acts as a current limit to prevent voltage spikes or other electrical events that can damage electrical circuits. It can also provide circuit isolation between high-speed electronic devices. During the installation, the resistor must be installed in the correct orientation to ensure the current limit is achieved. The component should be mounted to a board that is able to dissipate heat produced by the device.

The application fields of the CW02BR2000JS70 are multiple as it can find applications in power supplies, cathode ray tubes (CRT), fax machines, printers, and other integrated circuits. It can also be used in telecommunications, medical equipment, instrumentation control equipment, automotive electronics and audio power amplifiers. It is highly recommended for use in switching circuits, relay drives, and heating elements.

In terms of working principle, the CW02BR2000JS70 resistor has two leads or pins. When the applied voltage of a circuit reaches to the breakdown voltage of the device, a spark happens across the leads, limiting the current, and allowing the circuit to continue operating with the limited current. The device can also act as an NFC (Near Field Communications) antenna for low power wireless data transmission. The current passing through the resistor limits the voltage, which in turn can prevent damages caused by voltage spikes or surges.

In summary, the CW02BR2000JS70 is a through hole, 12mm radial resistor with a 2000 ohm resistance and a tire rating of 70%. Its primary function is to prevent electrical events that can damage electrical circuits. Applications of the device include a wide range of medical/electronic devices and its working principle involves limiting current and voltage in a circuit to prevent damages.

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