These series are new developed small surface mount package zener diode series which power dissipation are 1W(DZ2W series) or 2W(DZ24 series), mainly used for surge absorption.
特长
• 45% mounting area comparing with conventional 1W type (DZ2W series)
• Zener voltage tolerance : ±5%
• Zener voltage : 2.4V to 51V (DZ2W series) 4.7V to 51V (DZ24 series)
• Halogen Free Package
用途
Surge absorption circuit
Clipper circuit
Constant voltage circuit
带影像稳定功能的摄像机镜头用 32位单片机 <MN103SFH6K>
Built-in motor automatic control (PID) and an expansion PWM are suitable for lenses of camera
MN103SFH6K is a 32-bit microcomputer with Panasonic's original 32-bit CPU “AM32” built-in, featuring saving code size, high performance and low power consumption.
This microcomputer achieves the high-efficiency and performance lens control and system control by a single microcomputer control for a camera lens with an image stabilizer by built-in high-speed arithmetic unit,
expansion PWM and motor automatic control (PID) for PWM output function.
特长
• Achieving high performance by adopting various extended arithmetic circuits
• Built-in expansion PWM output function enables various motor controls
• Built-in PID control makes image stabilizer performance better and significantly reduces CPU's processing load at the same time
This series is the ultra small package which achieved 40% mounting area size comparing with the smallest leaded type package in our past lineup.
Total 41 products including 2 of general purpose transistors (50V/100mA) and 39 of transistor with built-in resistor (50V/80mA) are available.
Contributes to further downsizing of portable devices such as cellular phone and DSC, etc.
特长
• 40% of mounting area comparing with SSSMini3 (smallest leaded package in the past) : 0.6mm2 (1.0mm × 0.6mm)
• Various lineup : 41 products (2 of general purpose type and 39 of built-in resistor type)
• Eco-friendly : Pb free and halogen free
用途
Switching circuit of portable devices (Cellular phone, DSC, etc.)
带影像稳定功能的摄像机镜头用 32位单片机 <MN103SFH6K>
Panasonic Global
