FZ1035G Green Light Optical Fingerprint Reader Sensor Module

FZ1035G Green Light Optical Fingerprint Reader Sensor ModuleSpecifications: Supply voltage: DC 3. 8 7. 0V Operating current: <65mA Peak current: <95mA Fingerprint display time: <1. 0 seconds Window area: 14. 5*19. 4mm Signature file: 256 bytes Template files: 512 bytes Storage capacity: 1000 False acceptance rate (remote): <0. 001% ( security level 3) False rejection rate (FRR): <1. 0% (security level 3) Search time: <1. 0 seconds (1: 500 average) PC interface: UART (TTL logic level) Baud rate (UART): (9600 *

Specifications:

• Supply voltage: DC 3.8-7.0V
• Operating current: <65mA
• Peak current: <95mA
• Fingerprint display time: <1.0 seconds
• Window area: 14.5*19.4mm
• Signature file: 256 bytes
• Template files: 512 bytes
• Storage capacity: 1000
• False acceptance rate (remote): <0.001% ( security level 3)
• False rejection rate (FRR): <1.0% (security level 3)
• Search time: <1.0 seconds (1:500 average)
• PC interface: UART (TTL logic level)
• Baud rate (UART): (9600 * N )bps (N = 1 ~ 12, N default 6, equal 57600bps)
• Operating environment temperature: -20°C to 50°C
• Relative humidity: 40% RH to 85% RH (non-condensing)
• Storage environment temperature: - 40°C to 85°C
• Relative humidity: <85%H (no condensation)
• Illumination: long light/flashing
• Dimensions (L * W * H): 56*20*20.5mm

Note:
There are basically two requirements to use the optical fingerprint sensor. First you will need to register the fingerprints - this means assigning their ID#'s to each print so you can query them later. Once you've saved all your prints, you can easily call the sensor and ask it to identify which ID (if any) was photographed.
You can register using windows software (easiest and neat, because it shows you a photo of the print) or with Arduino sketch (good for recording on the go or if you don't have a windows machine handy)