Diodes Incorporated

Description

PARAMETER. SYMBOL. VALUE. UNIT. Collector-Base Voltage. VCBO. 260. V. Collector-Emitter Voltage. VCEO. 100. V. Emitter-Base Voltage. VEBO. 6. V. Continuous Collector Current. IC. 500. mA. Peak Collector Current (Pulse Width= 20ns). ICM. 60. A. Power Dissipation. Ptot. 680. mW. Operating and Storage Transfer Ratio. hFE. 50. IC=10mA, VCE=10V. *Measured within a circuit possessing an approximate loop inductance of 12nH. The I(USB)monitor circuitry reflects 0.15 Ohm into the Collector-Emitter Discharge Loop. E-Line. TO92 Compatible. ZTX413. 3-169. C. B. E. Not Recommended for New Design. Please Use ZTX415 Table 5 1. MAX II Device Absolute Maximum Ratings (Note 1), (2). Symbol. Parameter. Conditions. Minimum. Maximum. Unit. VCCINT. Internal supply voltage (3). With respect to ground. 0.5. 4.6. V. VCCIO. I/O supply voltage. . 0.5. 4.6. V. VI. DC input voltage. . 0.5. 4.6. V. IOUT. DC output current, per pin ( 4). . 25. Jul 31, 2014 Project abstract: Lasers have found many applications in electronics. They are powerful tool to deliver energy at high-speed that could be focused on a small area. The usage of lasers is known in CNC machines where mainly CO2 lasers can be found. Their operation is more complex than the operation of Characteristic. Symbol. Max. Unit. Thermal Resistance, Junction to Ambient. R JA. 200. C/W. Thermal Resistance, Junction to Case. R JC. 83.3. C/W. Stresses exceeding Maximum Ratings may damage the device. Maximum. Ratings are stress ratings only. Functional operation above the Recommended. Operating