Resources
BMHB2012:BH67F2495 BGM Dev Board Resources
The BMHB2012 is the development board of BH67F2495. With it, you can evaluate the functionality of the MCU. The BH67F2495 is suitable for applications of USB glucose meters, glucose and blood pressure two-in-one meters and so on.
Quick Start
Platform: BH67F2495 (single-chip Flash MCU with built-in 24-bit ΣΔ AFE)
BH67F2495_EVM_BGM is the demo resource pack for the BH67F2495 evaluation board (V1.2), positioned as a high-precision Blood Glucose Meter (BGM) reference design. The same driver tree ships additional application examples for BIA (bio-impedance), BodyScales (body-composition), and EIS (electrochemical impedance spectroscopy), covering the main use cases of the BH67F2495 AFE. The companion EISVision.exe host tool pairs with the EIS example for impedance sweep and live data visualization.
BH67F2495_EVM_BGM/
├── 1.doc/ # Public docs (MCU datasheet, EVM user guide, package drawings)
├── 2.code/ # Firmware (low-level drivers + applications + examples)
│ └── BH67F2495_Driver/
├── 3.board/ # Board-level hardware pack (schematic / PCB / BOM zip)
├── 4.AP/ # Host-side software (EIS measurement tool)
└── README.md # This guidePDF resources: MCU datasheet.
| File | Description |
|---|---|
BH67F2495v170.pdf | BH67F2495 datasheet V1.70 |
simBH67F2495v170.pdf | BH67F2495 emulator (SIM) datasheet V1.70 |
2.code/BH67F2495_Driver/ contains the BH67F2495 low-level drivers, application modules, and example projects.
BH67F2495_Driver/
├── application/ # Application layer: Bia, BodyScales, Eis, Iap_Isp
├── board/ # Board configuration: BoardCfg.h
├── driver/ # Low-level drivers: Adc24, Afe, AfePower, ATM/PTM/STM, Eeprom,
│ # Gpio, I2c/I2cMaster, Iap, IntPin, Lcd, LedScan7x6,
│ # Oscillators, Ram, Rtc, Spi, Uart, Wdt, Lvd, Lvr, etc.
└── example/ # Example projects: one HT-IDE project (.pjtx) per peripheral,
# plus application-level demos (Bia4, BodyScales, Eis, Adc24 verification)| Application | Project Location | Description |
|---|---|---|
| BGM (Blood Glucose Meter) | application/Eis.* + example/Eis/ | High-precision glucose meter reference, based on EIS impedance method |
| BIA (Bio-Impedance Analysis) | application/Bia.h + example/Bia4/ | 4-electrode bio-impedance measurement |
| BodyScales | application/BodyScales.h + example/BodyScales/ | Body-composition scale demo |
| Adc24 verification | example/Adc24_Verify/ | 24-bit ΣΔ ADC channel accuracy verification |
| Iap_Isp | application/Iap_Isp.* | In-application / in-system programming |
- Projects use Holtek's format (
.pjtx/.OPT); build with Holtek HT-IDE3000 (Windows, "HT8" toolchain). - Compile flags are baked into
.pjtx:-Wall -Os -muse-mdu, link/OptimizeParam=16 /Stack /LInsVarOpt. - Flash via Holtek e-Link or e-WriterPro; target chip is
BH67F2495. - Build artifacts go to each project's
.output/.
The driver directory ships a .clang-format: LLVM base, 4-space indent, no column limit, opening braces on a new line for functions and control statements, aligned consecutive assignments and macros. Include order: paired-name header → <system> → "stdbool.h" → "driver|application|board/…" → others. Do not reshuffle includes by hand — run clang-format.
| File | Description |
|---|---|
BH67F2495_EVM _BGM_V1.2.zip | EVM V1.2 hardware pack (schematic + PCB + BOM) |
- Read the docs — Start with
1.doc/BH67F2495v170.pdffor the BH67F2495 datasheet and AFE specifications. - Install the toolchain — Install Holtek HT-IDE3000 (Windows).
- Pick an example — For BGM customers, open
example/Eis/Eis.pjtxfirst; impedance / BIA →example/Bia4/; body composition →example/BodyScales/. - Build and flash — Build in HT-IDE3000, flash to BH67F2495 via e-Link / e-WriterPro.
- EVM hardware revision: V1.2 (see
3.board/BH67F2495_EVM _BGM_V1.2.zip). - MCU datasheet: V1.70 (see
1.doc/BH67F2495v170.pdf). - Technical support: tony@e-besthealth.com (project contact)
- Business inquiries: info@e-besthealth.com
- Website: https://www.e-besthealth.com
- Address: Office 301, Building 10, Xinzhu Garden, No.4 Xinzhu Road, Songshan Lake, Dongguan, Guangdong, China
- Phone: +86-769-26261311
The materials in this repository — including hardware schematics, PCB files, source code, and documents — are provided solely for customer reference and evaluation. Before using these materials in product design, mass production, or commercial deployment, customers are responsible for conducting full functional testing, reliability validation, and regulatory certification. BestHealth Electronics Inc. (悠健电子（东莞）有限公司) shall not be liable for any direct or indirect losses arising from the customer's use of these materials in production, sale, or operation — including but not limited to yield issues, field failures, product recalls, or end-customer claims. These materials are provided "as is" without warranty of any kind, express or implied.
All materials in this repository (including but not limited to hardware design files, source code, documents, trademarks, and logos) are the intellectual property of BestHealth Electronics Inc. (悠健电子（东莞）有限公司), protected by applicable laws. Customers are granted only the right to use these materials for reference and evaluation. Reverse engineering, resale, redistribution, or unauthorized public release is prohibited without prior written consent.
© 2026 BestHealth Electronics Inc. (悠健电子（东莞）有限公司) All Rights Reserved.
This README is a directory-level user guide for fast customer navigation. Refer to the individual PDFs and source code for protocol and register details.
