OPT101P PDIP8 Integrated Photodiode Sensor Sensitivity Low Power Optical Detector

OPT101P PDIP8 Integrated Photodiode Sensor Sensitivity Low Power Optical Detector Description

(1Pieces) OPT101P PDIP8 - Integrated Photodiode + Transimpedance Amplifier (throughhole) Key benefits Readytouse lighttovoltage sensor: the OPT101P combines a photodiode and a precision transimpedance amplifier on a single chip, delivering a convenient voltage output proportional to incident light without the need for an external feedback resistor. Simplifies design and reduces part count: because the amplifier and diode are integrated, circuit layout, calibration and assembly are faster and less errorprone compared with discrete solutions. Easy to interface: the device provides a singleended voltage output that can be connected directly to ADCs, microcontrollers, data loggers or instrumentation front ends for immediate digital or analog processing. Reliable, repeatable measurements: the integrated design improves stability and reduces noise sources associated with external discrete amplifier configurations. Key attributes Model: OPT101P (PDIP8 package) Package: PDIP8 throughhole package for easy prototyping, breadboarding and PCB mounting Functionality: integrated photodiode with onchip transimpedance amplifier; outputs a voltage proportional to light intensity Compatibility: designed for direct connection to ADC inputs, microcontrollers and analog signal chains; works well in singlesupply systems Performance: precision onchip amplifier provides lownoise signal conversion and a linear lighttovoltage response suitable for measurement and control applications Quantity: 1 piece (as stated) Practical advantages Fast prototyping and: PDIP8 throughhole format is convenient for handsoldering, sockets and quick swaps during development or field maintenance. Lower system complexity: eliminates the need to select and match an external op amp and feedback resistor, saving design time and reducing BOM complexity. Predictable behavior: integrated amplifier and photodiode reduce variability from component tolerances, simplifying calibration and improving measurement repeatability. Typical applications Ambient light sensing and automatic lighting: measure room or outdoor illuminance to control displays, backlighting, or lighting systems. Laboratory and instrumentation photometry: build compact photometric detectors, light meters or experiment sensors that require a direct voltage output proportional to light level. Optical sensing and position detection: use for light beam interruption sensors, encoder interfaces, or simple optical proximity sensing where a stable analog output is needed. What to expect in use Straightforward connection: power, ground and output pins provide an immediate measurement voltage; minimal external components are required. Prototypingfriendly package: PDIP8 fits standard breadboards and socketed PCBs for rapid development. Consistent integration: the singlechip approach reduces layout sensitivity and eases transfer from prototype to production. If you require a compact, throughhole light sensor with integrated signal conditioning that outputs a readytomeasure voltage, the OPT101P PDIP8 (1 piece) offers a clean, lowcomplexity solution for sensing and measurement projects.