Hi-Link ZW0608 Capacitive Fingerprint Sensor
- Durable and Robust: Designed to withstand environmental conditions and maintain high performance in varying temperatures and humidity levels.
- Secure Authentication: Supports secure, encrypted fingerprint authentication for user verification, offering enhanced security over traditional password-based systems.
- Built-in Finger Detection: Detects the presence of a finger on the sensor, helping to minimize power usage when no finger is present.
- User-Friendly SDK/Software: Typically comes with a software development kit (SDK) to assist developers in integrating and programming the fingerprint sensor into their applications.
€8,00 – €8,80
The HLK-ZW0608 fingerprint module is a capacitive fingerprint recognition system designed for user identity verification. When a user places their finger on the module, it captures the fingerprint, processes the image, and compares it against a pre-existing database to verify the individual’s identity.This module supports a variety of functions including fingerprint image processing, template extraction, template matching, fingerprint searching, and template storage.
Feature:
- Strong fingerprint adaptability:During the fingerprint image reading process, an adaptive parameter adjustment mechanism is adopted to achieve better imaging quality for both wet and dry fingers, and is applicable to a wider range of people.
- Â Simple to use and easy to expand:No fingerprint recognition expertise is required to apply. Users can develop powerful fingerprint recognition application systems by themselves according to the rich control commands provided by the HLK-ZW0608 module.
- Flexible setting of security levels:Users can set different security levels for different applications.
Applications:
- Door Locks
- Advanced Access Control Systems
- Fingerprint IC Card Identification Terminals
- Fingerprint Recognition and Authentication Systems Connected to PCs
Documents
ZW0919:Â https://drive.google.com/drive/folders/11Hfr6bKT7IVFzgiRuf_XJhGJf0UnAFrK
ZW0906:Â https://drive.google.com/drive/folders/1Bf8uB-RA9bikIY9IvqDmcZD6dwdlEOwr
ZW0905:Â https://drive.google.com/drive/folders/1ZWkALY4HV5pF1nqXNWVdMYNIRgHB01zq
ZW0901:Â https://drive.google.com/drive/folders/1XtCFsMZ8JKsQx3yhjuWqhK7gvXFB9qMy
ZW0642:Â https://drive.google.com/drive/folders/1jXBPrjv7TLsIKRhWg4bhauMUmAHeT7RJ
ZW0623:Â https://drive.google.com/drive/folders/1ErDwzF-Hok0L3yVdE5GFwmbTEP8gphVJ
ZW0608:Â https://drive.google.com/drive/folders/1fUZlFCNMDEeryqCrYP1cqlvFcZ00cOCG
ZW111:Â https://drive.google.com/drive/folders/152YhI17TDGtX6wI1UvALbLdHL6ZlcsFw
ZW101:Â https://drive.google.com/drive/folders/1vSlF8b2zq1eI6UpXk3Jh3JKzu5nJ_RYs
Specification
| Module size | 19*19mm |
| Sensor size | 12.05*12.05mm |
| Resolution | 508dpi |
| Number of pixels | 160*160pixel |
| Data Connections | USART |
| Interface Protocol | RS232 (TTL) |
| Serial communication baud rate | Default baud rate 57600bps, 1 start bit, 1 stop bit, 3.3V TTL level |
| Interface and line sequence | 6pin, 1.25mm horizontal sticker, please refer to the actual picture for the wiring sequence. |
| Fingerprint database capacity | 100pieces |
| Storage temperatureand humidity | -40℃~+85℃; 45%~95%RH |
| Operating temperature and humidity | -25℃~+85℃; 45%~85%RH |
| False recognition rate | <0.001% |
| Rejection rate | <=1% |
| Comparison method | 1 :N |
| After initialization is completed, a handshake command is actively sent. | support |
| Self-learning function | none |
| Fingerprint unique serial number | support |
| Fingerprint entry buffer definition | 160*160 fingerprint head: bufferCharBuffer1, CharBuffer2 or CharBuffer3 are 0x00, 0x01, 0x02 |
| Instructions use buffer definition | support |
| Fingerprint head security level | Default is level 3 |
| Sensor solution | Sensor wake up |
| Sleep command reliability | It is recommended that the lock end issues a sleep command during the process to support active sleep of the module.sensor |
| Sensor scan time | Default 200ms |
| Quiescent Current | Average current 9-10uA |
| Output level | It is usually high level, and outputs low level when your finger touches the fingerprint sensor. |
| HBS system identification code | According toHBS communication protocol, the system identification code in the read system parameters (ReadSysPara) is defined according to the HBS assigned identification code, which facilitates the lock terminal to identify the fingerprint head type. |
| Module version number | hardware version:HLK-ZW0608-V1.0 |
| Software version:G1.10.4 | |
| Three-proof paint application requirements | 1. Press HBS Engineering Department defines and implements the specifications, which requires the thickness to be greater than 0.05mm and the coating to be even. |
| 2. Whole lock 96After H salt spray, the fingerprint head does not appear abnormal (such as functional failure or abnormal power consumption). | |
| ESD requirements: | HBS static electricity requirements: |
| Contactdischarge: ±8KV | 1. The fingerprint head needs to be subjected to two types of contact discharge and air discharge, with at least 6 groups of each voltageAfter x10 discharges, there should be no functional failure or abnormal power consumption. |
| Air discharge: ±15KV | 2. The number of test samples is required to be greater than 5pcs |
| Inspection report of the third police station | Support authentication |
| Technical standard | satisfyGA701-2007/GA374-2019 standard, including anti-radiation interference capability |
Hardware Overview
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