BQ51013CQWEVM - Qi 1.3 Wireless Receiver EVM | TI
料号： BQ51013CQWEVM ✓ 量产中| 数量 | 单价 | 小计 |
|---|---|---|
| 1 | $0 | $0.00 |
| 10 | $0 | $0.00 |
| 100 | $0 | $0.00 |
| 500 | $0 | $0.00 |
| 1,000 | $0 | $0.00 |
BQ51013CQWEVM 概述
A wireless power receiver is a power-management semiconductor that captures energy from a wirelessly coupled transmitter, rectifies and regulates the received energy, and presents a usable DC output to a downstream load. In the broader hierarchy, the BQ51013C-Q1 belongs to the wireless power receiver class, then to battery and wireless charging management devices, then to power-management integrated circuits. This makes the module useful for developing contactless power systems without first fabricating a complete receiver layout.
The verified product information identifies BQ51013CQWEVM as an evaluation board for the BQ51013C-Q1 and describes the device as a Qi-standard wireless power receiver. The receiver IC is specified as WPC v1.3 compliant and is capable of providing up to 5 W when used with a WPC v1.3-compliant transmitter. These are the principal verified performance facts for this evaluation platform.
The module is intended for wireless charging and wireless power supply experiments, including evaluation of a receiver front end, output power delivery, and integration with a compatible transmitter. It can support development of embedded charging products where physical connectors are undesirable or inconvenient. Because it is an evaluation module rather than a finished product, final enclosure, thermal management, load regulation, and system certification must be established during product development.
BQ51013CQWEVM should be selected when engineers need a Texas Instruments reference platform around the BQ51013C-Q1 rather than a discrete receiver implementation. The key design consideration is that the module’s demonstrated power capability depends on the transmitter, coupling conditions, board configuration, load, and the complete power path. The evaluation board should therefore be measured under defined operating conditions rather than treated as a guaranteed standalone charger rating.
This product page consolidates the verified manufacturer identification, distributor references, application context, and practical evaluation guidance for BQ51013CQWEVM. It is intended to help engineers locate the official documentation and compare the evaluation module with other wireless-power development boards before committing to a design.
BQ51013CQWEVM 规格参数（制造商发布）
| Product Type | Wireless power receiver evaluation module |
| Underlying Device | BQ51013C-Q1 |
| Wireless Power Standard | WPC v1.3 |
| Maximum Delivered Power | 5 W |
| Receiver Architecture | Fully integrated wireless power receiver IC |
| Transmitter Compatibility | WPC v1.3-compliant transmitter |
| Coupling Method | Wireless power transfer |
| Evaluation Board Function | Receiver power-delivery and wireless-charging development |
| Manufacturer Support | Texas Instruments |
BQ51013CQWEVM 接口与连接器
BQ51013CQWEVM 提供制造商发布的以下接口和连接器：无线。扩展排针引脚定义、连接器引脚编号和电气限值在制造商文档中定义。
| 无线 | WPC v1.3 |
请参阅 制造商文档 以查看完整的扩展排针引脚和连接器引脚编号。
典型应用
BQ51013CQWEVM 适用于 6 应用s: Wireless Charging Receiver Prototyping, Qi-Compatible Power Supply Development, Contactless Embedded-Power Systems, Wireless Power Test and Measurement, Consumer Device Charging Concepts, Industrial Contactless Power Prototypes.
Wireless Charging Receiver Prototyping
BQ51013CQWEVM provides a Texas Instruments evaluation platform for exploring wireless charging receiver behavior around the BQ51013C-Q1. Its verified WPC v1.3 compatibility and stated capability to provide up to 5 W make it useful for testing a receiver in a controlled prototype before integrating the IC into a compact product. Engineers can evaluate the interaction between a compliant transmitter and the receiver board, measure output behavior, and identify mechanical or electrical changes needed for the final design.
推荐
Qi-Compatible Power Supply Development
The module is suitable for developing a Qi-compatible wireless power supply because the BQ51013C-Q1 receiver is identified as WPC v1.3 compliant. It can serve as the receiver-side reference during experiments that compare available power, alignment tolerance, and load behavior. The stated 5 W capability should be evaluated with the actual transmitter and receiver geometry, because wireless coupling conditions can materially change delivered power and efficiency.
推荐
Contactless Embedded-Power Systems
BQ51013CQWEVM can support early development of embedded wireless power systems where a connector may be undesirable, inaccessible, or subject to wear. The evaluation board allows engineers to study the receiver IC in a practical board context and determine whether its power level suits a target embedded load. A production implementation would still need a custom coil, mechanical enclosure, thermal design, and validation of the final charging environment.
推荐
Wireless Power Test and Measurement
The evaluation module is useful for laboratory experiments involving wireless receiver startup, output regulation, load variation, and coupling performance. Engineers can use it as a known development platform when investigating the relationship between transmitter alignment, receiver distance, and available power. Since the verified results do not provide instrument connection details or exact output limits, the board documentation and bench measurements should define the final test procedure.
推荐
Consumer Device Charging Concepts
BQ51013CQWEVM can be used to investigate wireless charging for compact consumer products such as portable electronics, accessories, and small appliances. The module’s stated receiver capability of up to 5 W provides a defined starting point for evaluating whether the target product should be a low-power device or require a higher-power architecture. Engineers must verify coil dimensions, efficiency, heat dissipation, foreign-object behavior, and user experience before incorporating the receiver into a finished product.
推荐
Industrial Contactless Power Prototypes
The board can support early evaluation of contactless power delivery in industrial prototypes where avoiding exposed electrical contacts is useful. Its WPC v1.3 receiver basis allows experimentation with a standards-oriented transmitter, while the 5 W stated capability may suit sensors, instrumentation, or compact modules rather than high-power machinery. Production use would require a complete assessment of enclosure coupling, temperature, load transients, electromagnetic behavior, and application-specific safety requirements.
推荐
工程参考数据： BQ51013CQWEVM ——对比、设计指导和合规信息。
选型指南
与替代料对比
| 参数 | 本产品 |
|---|---|
| Product Type | Wireless power receiver evaluation module |
| Underlying Device | BQ51013C-Q1 |
| Wireless Power Standard | WPC v1.3 |
| Maximum Delivered Power | Up to 5 W |
| Brand | Texas Instruments |
| Receiver Function | Fully integrated wireless power receiver IC |
| Transmitter Requirement | WPC v1.3-compliant transmitter |
| Power Level Class | Up to 5 W receiver evaluation platform |
| Development Purpose | Wireless power supply and charging power-management evaluation |
关键差异点
- Evaluation-module format （对比 BQ51013C-Q1 IC)
- Verified wireless standard （对比 Unspecified receiver board)
- Verified power capability （对比 Unspecified receiver board)
设计说明
Treat the stated 5 W capability as a system-level maximum, not a guaranteed output at every operating point. Test BQ51013CQWEVM with the intended WPC v1.3 transmitter, defined coil geometry, controlled alignment, and a representative load. Record input power, delivered output power, efficiency, and thermal rise so that the module is evaluated under conditions that match the intended product.
Keep the wireless power coupling region mechanically controlled during evaluation. Small changes in coil position, receiver orientation, spacing, or surrounding metal can change coupling and delivered power. Preserve the evaluation-board layout when collecting baseline measurements, and document any changes to the antenna or receiver path so that later results remain comparable.
Measure temperature at the receiver IC, board regions, and any exposed power components while operating at the intended load and ambient temperature. Wireless conversion losses can generate heat even when the delivered output appears acceptable. Because verified dimensions and thermal limits are unavailable, establish an acceptance limit experimentally and add ventilation, copper area, or thermal control as appropriate for the final enclosure.
Do not treat the BQ51013C-Q1 IC and BQ51013CQWEVM evaluation module as interchangeable ordering items. The bare IC requires its own board design, while the module is a populated development platform. Also avoid assuming that a distributor’s generic substitute result guarantees compatibility; no verified board-level drop-in replacement was identified in the supplied cross-reference data.
合规信息
The supplied verified results identify the product and its wireless-power function but do not provide compliance declarations for the evaluation module.
