With single photon sensitivity

PCL7152

The PCL7152 is a new type of linear image sensor based on the principle of Photon Counting Imaging (PCI). It uses Single Photon Avalanche Diodes (SPAD) as the photosensitive elements to detect single photons. By recording the number of received photons, it acquires information about the light intensity of the external environment. It features high sensitivity and high frame rate.The PCL7152 integrates functions such as pixel exposure, image digitization, data readout, and algorithm processing on-chip.Each pixel of the PCL7152 has a depth of 10 bits, and any continuous 8 bits can be selected for output as needed. Data is output through a parallel interface.

Targeting spot imaging, the PCL7152 integrates a centroid algorithm internally, which can output bimodal information. It also provides rich centroid information, including centroid coordinates, peak values of the waveform, and waveform integration. Additionally, it integrates configurable threshold and baseline elimination functions.

Single-photon sensitivity

A highly sensitive SPAD sensor is used with single-photon level sensitivity.

Single-photon sensitivity

A highly sensitive SPAD sensor is used with single-photon level sensitivity.

Frame rate up to 15kHz@25MHz

The original data is output in parallel with a frame rate of 15kHz @ 25MHz clock.

Frame rate up to 15kHz@25MHz

The original data is output in parallel with a frame rate of 15kHz @ 25MHz clock.

Integrated grayscale center of mass algorithm, can directly output center of mass data

Integrated grayscale center-of-mass algorithm, can directly output center-of-mass data, the fastest center-of-mass output rate of 53.8kHz.

Integrated grayscale center of mass algorithm, can directly output center of mass data

Integrated grayscale center-of-mass algorithm, can directly output center-of-mass data, the fastest center-of-mass output rate of 53.8kHz.

Integrated substrate filtering algorithms to easily cope with a variety of complex scenarios

With substrate deduction and configurable threshold function, it can easily cope with various complex lighting scenes.

Integrated substrate filtering algorithms to easily cope with a variety of complex scenarios

With substrate deduction and configurable threshold function, it can easily cope with various complex lighting scenes.

Integrated dual-peak output for rich waveform data

Integrated grayscale center-of-mass algorithm can simultaneously output rich center-of-mass information such as center-of-mass, center-of-mass intensity, crest position, and waveform inte

Integrated dual-peak output for rich waveform data

Integrated grayscale center-of-mass algorithm can simultaneously output rich center-of-mass information such as center-of-mass, center-of-mass intensity, crest position, and waveform inte

With active and passive trigger function

With two light source synchronization modes, active trigger and passive trigger, you can control and synchronize the light source according to your needs.

With active and passive trigger function

With two light source synchronization modes, active trigger and passive trigger, you can control and synchronize the light source according to your needs.

140dB ultra-high dynamic range

Fast quenching technology, which can realize ten million photon counts per second, has an ultra-high dynamic range of 140dB with the addition of high sensitivity and low noise.

140dB ultra-high dynamic range

Fast quenching technology, which can realize ten million photon counts per second, has an ultra-high dynamic range of 140dB with the addition of high sensitivity and low noise.

Direct readout of digital signals Reduced BOM costs

Digital signal output enables image signal readout without AD sampling, reducing BOM costs.

Direct readout of digital signals Reduced BOM costs

Digital signal output enables image signal readout without AD sampling, reducing BOM costs.

Flexible configuration of image grayscale

Each pixel is configured with a 10-bit memory, and any consecutive 8-bit output can be selected as desired.

Flexible configuration of image grayscale

Each pixel is configured with a 10-bit memory, and any consecutive 8-bit output can be selected as desired.

Integrated DCDC eliminates the need for additional power conversion devices

The integrated DCDC eliminates the need for additional power conversion devices and utilizes a single 3.3V power supply, reducing costs while increasing power supply stability and reliability.

Integrated DCDC eliminates the need for additional power conversion devices

The integrated DCDC eliminates the need for additional power conversion devices and utilizes a single 3.3V power supply, reducing costs while increasing power supply stability and reliability.