Current Limiting Diode CCL0035 Thru CCL5750 JEDEC DO-35 Case FEATURES: ● ● ● LOW COST HIGH RELIABILITY SMALLER CASE SIZE THAN COMPETITION SPECIAL SELECTIONS AVAILABLE SUPERIOR LOT-TO-LOT CONSISTENCY SURFACE MOUNT DEVICES AVAILABLE DESCRIPTION: The CENTRAL SEMICONDUCTOR CCL0035 series types are silicon field effect current regulator diodes designed for applications requiring a constant current over a wide voltage range. These devices are manufactured in the cost effective DO-35 double plug case which provides many benefits to the user, including space savings and improved thermal characteristics. Special selections of IP (regulator current) are available for critical applications. This series is the most cost-effective of the current limiting diode product family. o Peak Operating Voltage Operating and Storage Junction Temperature Power Dissipation (1) PULSED METHOD. PULSE WIDTH (ms) = DYNAMIC KNEE LIMITING TEMPERATURE IMPEDANCE IMPEDANCE VOLTAGE COEFFICIENT ZT @ VT = 25V ZK @ VK = 6.0V VL @ IL =0.8 IP MIN TC* o Ω Ω MΩ MΩ V %/ C MIN MIN MAX 8.0 6.0 4.0 2.0 1.0 0.65 0.45 0.35 0.30 0.25 0.20 0.05 * The Temperature Coefficient is measured between +25 C and +50 C
Open the catalog to page 1Typical Regulator Current vs. voltage VA|<, ANODE - CATHODE VOLTAGE (Volts) Typical Regulator Current vs. voltage VA|<, ANODE - CATHODE VOLTAGE (Volts) Typical Regulator Current vs. Temperature Semiconductor Corp.
Open the catalog to page 2Current Limiting Diode 1N5283 Thru 1N5314 • LOW COST • HIGH RELIABILITY • SMALLER CASE SIZE THAN COMPETITION • SPECIAL SELECTIONS AVAILABLE • SUPERIOR LOT-TO-LOT CONSISTENCY • SURFACE MOUNT DEVICES AVAILABLE DESCRIPTION: The CENTRAL SEMICONDUCTOR 1N5283 series types are silicon field effect current regulator diodes designed for applications requiring a constant current over a wide voltage range. These devices are manufactured in the cost effective DO-35 double plug case which provides many benefits to the user, including space savings and improved thermal characteristics. Special selection of...
Open the catalog to page 3Typical Regulator Current vs. voltage VA(<, ANODE - CATHODE VOLTAGE (Volts) Typical Regulator Current vs. voltage VAK, ANODE - CATHODE VOLTAGE (Volts) Typical Regulator Current vs. Temperature Semiconductor Corp.
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