X9530V14IZ

X9530 V14IZ is an electronic component categorized as PMIC-Laser Drivers. It is a multi-functional power management integrated chip (IC) designed specially for optical communication. This component is particularly suitable for optical transmission, electrical and optical depth measurements, laser power control, current regulator, etc. It has a wide range of applications in optical systems and optical instrumentation.The X9530V14IZ offers a very high level of integration. It combines powerful control logic, current regulation, voltage regulation, output voltage adjustment, and power switch. It can be used to provide power to multiple laser modules, as well as providing high efficiency, low noise and low output voltage ripple. In addition, the built-in capacitive discharge protection circuit can prevent the laser energy from being misfired. Moreover, the X9530V14IZ employs an internal short-circuit protection circuit which can effectively reduce the impact caused by repetitive power surges. The working principle of X9530V14IZ is based on the principle of “current source”. It converts the low-level current into high-level current. This chip consists of a current regulator and control logic, which enable the current to be regulated or modulated at a specific level. The current regulator provides the necessary bias current for driving the laser modules. The control logic is used for adjusting the output current by performing a dedicated closing/opening operation on the gate of MOSFET. This ensures that the output current is kept constant at a specified level. The X9530V14IZ can be used for a wide range of laser applications. It can provide a constant output current for driving high-power laser diodes. It is also suitable for controlling the intensity of laser beams. Furthermore, the X9530V14IZ can be applied to optical illumination systems, fiber lasers, and solid-state lasers. It can be used to control the modulation depth, output power, and pulse width of laser beams. The X9530V14IZ also offers high precision current regulation and low ripple voltage adjustment. It can maintain a constant output current and voltage, regardless of the changing load. In addition, the built-in local feedback circuit results in a fast response time and excellent load regulation. Moreover, the X9530V14IZ is equipped with a high efficiency power switch which can reduce the power consumption and extend the working life of the device. The X9530V14IZ is an ideal choice for optical systems and instrumentations which require low noise and reliable operation. It is easy to install and operate, with a simple pin-out for practical integration. It is also capable of withstanding high temperatures, making it suitable for a variety of environments. Furthermore, the X9530V14IZ can be used in both large scale and small scale projects.In conclusion, the X9530V14IZ is an excellent Multi-Functional Power Management Integrated Chip, perfectly suited for a wide range of applications in optical systems and optical instrumentation. It offers a high level of integration, current regulation, voltage adjustment, and power switching. Furthermore, the device offers high precision current regulation and low ripple voltage adjustment, making it an ideal choice for reliable and low noise operation.

X9530V14IZT1	Intersil	0.0 $	1000	IC LASR CTRLR 1CHAN 5.5V ...
X9530V14I	Intersil	0.0 $	1000	IC LASR CTRLR 1CHAN 5.5V ...
X9530V14IT1	Intersil	0.0 $	1000	IC LASER DIODE CTRLR 14-T...
X9530V14IT2	Intersil	0.0 $	1000	IC LASER DIODE CTRLR 14-T...
X9530V14IZ	Intersil	--	1000	IC LASR CTRLR 1CHAN 5.5V ...