QF009.02 (2.0) User Manual Bluetooth module panlink3 Mindray FCC ID: ZLZ-PANLINK3 Shenzhen Mindray Bio-Medical Electronics Co.,Ltd.
KF‐JH‐0601‐1.0 Overview of CBB Purpose and scope This article describes the technical specifications and platform deliverables of the panlink3 BLE5.0 Bluetooth module CBB, as a source of follow-up CBB design and verification solutions, and as a reference document for products that use this CBB. This article applies to panlink3 BLE5.0 Bluetooth module CBB and related products using this CBB.
KF‐JH‐0601‐1.0 This CBB provides a set of serial port to Bluetooth low energy (BLE) solutions, which consists of Panlink3 PCBA and built‐in software, as well as supporting antennas. component Material coding description Panlink3 051-003800-00 panlink3 Bluetooth module PCBA, built-in firmware / RF test software, support Bluetooth module constant frequency, etc.
KF‐JH‐0601‐1.0 1.2 Introduction to applicable scenarios 1.3 Panlink3 is suitable for products such as monitors, lamp bed towers, wearable wireless sensors, etc., and realizes the transmission of device information or patient data within a range of about 10m. Panlink3 can realize the BLE interconnection of Mindray's internal devices, and can also interconnect with third‐party BLE devices. 1.4 Working mode Panlink3 networking is very flexible.
KF‐JH‐0601‐1.0 CBB Technical Specifications The detailed technical specifications are as follows: Specification Description Specification Description Protocol Standard Support Bluetooth 5 Compatible with Bluetooth low energy 4.0, Bluetooth low energy 4.2 Basic RF specifications Modulation method: GFSK Working frequency: 2402 ~ 2480MHz Channel interval: 2M Baud rate: 2Mbps, 1Mbps, 125kbps Frequency error: absolute value ≤30ppm Output Power 8dBm maximum, Adjustable, minimum -20dBm.
KF‐JH‐0601‐1.0 normal transmission mode and normal reception mode, you can change the Bluetooth working channel, transmit power, datarate Sleep wake-up function Provides three power consumption states: data throughput, standby, and sleep, and has the following functions: 1. The Bluetooth module can be controlled to sleep through the serial port command of the host computer; 2.
KF‐JH‐0601‐1.0 Sleep power consumption Standby power consumption Testability Repairability Manufacturability Volume and weight slaves at the same time, the application layer rate is 20kbps, 20kpps, 1kbps, 1kbps, 1kpbs. 2. Test under low wifi interference (1, 6, 11 channels of wifi exist, but the distance from Bluetooth is greater than 20m). 2, 3.3V working voltage, the average power consumption of the master node is less than 20mw; the average power consumption of the slave node is less than 5mw.
KF‐JH‐0601‐1.0 9.7*14.0*2.4mm, weight less than 1g.
KF‐JH‐0601‐1.0 CBB Interface Definition Mechanical interface The outline drawing is as follows, the pin definition is consistent with panlink2, and there is an optional external antenna pin and stamp hole pin. Without antenna size: maximum 9.7*14.0*2.3mm. After the MHF socket is attached to the antenna, the height is 2.4mm at the maximum. Weight: less than 1g Electrical interface Pin definition panklink3 is called as an independent device by the motherboard or carrier board.
KF‐JH‐0601‐1.0 Pin definitions are as follows: # name Types Functional description Connection not in use 2 NFC1 A NFC tag 1 pin reserved Leave open 3 NFC2 A Reserved NFC tag 2 feet Leave open 4 GND P Ground / 5 USB_VBUS p Internal USB power supply 9 DD I/O Two-wire SWD_DD 10 DC I SWD_DC Leave open 11 SLEEP_OUT/P3_0 O Reserved GPIO Leave open 12 VDD P power supply（1.75~3.
KF‐JH‐0601‐1.0 Recommended working conditions The stress constraints are as follows: parameter Minimum value Maximum unit Remarks VDD ‐0.3 +3.9 V / VDD ripple / ±2%*VDD V The maximum value cannot exceed 3.6V; Supply voltage Refers to the standard of MSD45N wifi module IO voltage Vio, VDD≤3.6V ‐0.3 VDD+0.3 V / Vio, VDD＞3.6V ‐0.3 +3.
KF‐JH‐0601‐1.0 The recommended working conditions are as follows: parameter Description Min Type Max VDD Operating Voltage （V） 1.75 3.0 3.6 Trf,50pf IO 10~90% rise or fall time under 50pf load / 25ns / VOH Output high level, output current 3mA VDD – 0.4 / VDD VOL Output low level, output current 3mA 0 / 0.4 VIH Input high 0.7*VDD / VDD VIL Input low 0 / 0.
KF‐JH‐0601‐1.0 The Bluetooth chip has its own power‐on reset circuit. The IO reset pin P0.18 is a GPIO by default. It needs software initialization to set it before it can truly become a reset pin. After being set as the reset pin, P0.18 automatically enables the 13K pull‐up resistor. parameter description Min Max other information Tpr(1.7V) Rise time requirements for supply voltage from 0v to 1.7V / 60ms Slow power-on may result in poor power-on reset Tpr(3.
KF‐JH‐0601‐1.0 CBB multiplexing instructions Scope of application: Panlink3 is suitable for products such as monitors, lamp bed towers, and some wearable wireless sensors, and realizes the transmission of device information or patient data within 10m. As a PCBA device, Panlink3 is integrated into the hardware board of the product by soldering. According to the specific system design, different Bluetooth antennas are used to implement the Bluetooth function. For detailed reuse instructions, see: "BLE5.
KF‐JH‐0601‐1.0 5.5 Support test mode, realize the scanning analysis of all Bluetooth channel noise, and realize the high-precision collection of RSSI. 6. Information security: Compared with wired communication, wireless communication has a higher risk of information security, and product integration requires additional consideration for data security. 7. ESD: The ESD protection capability of the RF module, especially the antenna port, is weak, and ESD protection needs to be done in transit and use.
KF‐JH‐0601‐1.0 CBB deliverables The relevant regulatory reports are stored on the server designated by the Product Safety Department. For details, please refer to "KF-JH-0608 Panlink3 BLE5.0 Module CBB Hardware Instructions". Related hardware technical files are archived in the PLM system, catalog: 0010/hardware. Related software technical files are archived in the PLM system, directory: 0010/software development.
