1N960B

1N960B is an application-specific, single-level Zener diode. This component is commonly used for circuit protection, signal clipping, or voltage regulation in a variety of different electrical systems.The 1N960B Zener diode comprises of two independent elements in a single package, an anode and a cathode. A Zener voltage reference is attached to the anode which will not exceed a predetermined voltage value when the specified maximum power rating is applied to the diode. The circuit\'s regulating action is the result of a minority carrier injection (or breakdown) within the intrinsic region of the diode. When the diode is forward biased, the majority carriers of opposite type are accelerated into a depletion region. The minority carriers of opposite type will also be injected in the reverse direction at a rate inversely proportional to the applied voltage. As such, the built-in barrier between the n- and p-type regions will no longer exist, allowing the reverse current to flow. The magnitude of the current is dependent on the applied voltage.1N960B Zener diodes are commonly seen in a variety of electrical applications, such as:• Voltage regulation • Signal clipping • Power supply protection • Voltage reference • Overvoltage protection The diode can also be applied to limit the switching speed or reduce electrical noise in pulse circuitry. 1N960B Zener diodes also feature a breakdown voltage range from 5.1 V to 75 V with a maximum power dissipation rating of 0.5 W. As for the dimension, the diode has a length of 2.4 mm and a diameter of 2.6 mm. It is compliant with the RoHS standards and therefore deemed to be environmental and safe for use. The 1N960B Zener diode can also be used in combination with other electronic components as a voltage reference module or part of an overvoltage protection circuit. To sum up, the 1N960B Zener diode is a reliable and affordable solution for a range of electrical engineering applications. The diode features a breakdown voltage range of 5.1 to 75 V with maximum power dissipation of 0.5 W, and requires minimal additional components for use.