XL6009 DC-DC Step-Up Power Converter Module 4A

XL6009 DC-DC Step-Up Power Converter Module 4A, photo 2

XL6009 DC-DC Step-Up Power Converter Module 4A, photo 3

XL6009 DC-DC Step-Up Power Converter Module 4A, photo 4

XL6009 DC-DC Step-Up Power Converter Module 4A, photo 5

XL6009 DC-DC Step-Up Power Converter Module 4A, photo 6

XL6009 DC-DC Step-Up Power Converter Module 4A, photo 7

XL6009 DC-DC Step-Up Power Converter Module 4A

Part number XL6009

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XL6009 DC-DC Step-Up Power Converter Module 4A
Makers Electronics
checked 20 days ago
EGP 40
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DC-DC Step-Up (Boost) Converter Module — XL6009E1, 400kHz, up to 35V, up to 4A
Micro Ohm
Price may be out of date (74 days)
EGP 55
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FromMakers ElectronicsMicro Ohm

From Makers Electronics's description

XL6009 DC-DC Step-Up Power Converter Module 4A This DC-DC switching boost converter is capable of driving a 4A load with excellent line and load regulation. The main switching component XL6009 IC is available in fixed output voltages of 3.3 V, 5V, 12V, and an adjustable output version. It is an efficient switching regulator and the output efficiency is significantly higher in comparison with the popular boost regulators. At higher input voltages, the regulator operates at a switching frequency of 400kHz thus allowing the overall board size to be smaller and space-saving. The XL6009 module is a DC to DC BUCK-BOOST converter module that operates at a switching frequency of 400kHz. In such high frequency, it provides smaller-sized filter components compared with low-frequency switching regulators. It is the upgraded version of the LM2577-based module. Pin Description of XL6009 Power Module Board Pin Name Description IN+ Positive input (Unregulated or Regulated) IN- Negative input (Ground) OUT+ Positive Output (Regulated) OUT- Negative Output (Ground) The pinout can be easily seen in the Board Legend., the pin names are also marked for your reference as you can see below. Specifications: Wide Input voltage: 5V-30V Output Voltage: 5-35V (Adjustable) Output current: rated current 4A MAX ( Heat-sink Needed) If you need its output power greater than 15W, please add with heat-sink Conversion efficiency: Up to 92% (output voltage, the higher the efficiency) Switching Frequency: 50KHz Rectifier: Non-Synchronous Rectification Short circuit protection: current limiting, since the recovery Operating temperature: Industrial grade (-40 ℃ to +85 ℃) (output power 10W or less) Full load temperature rise: 40 ℃ Load regulation: ± 0.5% Voltage regulation: ± 0.5% Dimension Value Length 43 mm Width 21 mm Height 12 mm Board Overview The main driver is XL6009-Adj. The XL6009-Adj-based DC-DC step-up module offers 4A of rated current from a 3 – 32V of the input voltage. The power module has a potentiometer to adjust the output voltage according to the user needs. Although the module uses a PCB-based heat sink it is recommended to use an additional heat sink if the output power rating exceeds 15W. The module also offers a very high conversion efficiency of less than 94% with a 0.5% load regulation that can be an excellent choice for audio electronics-related products. Higher conversion efficiency enables battery-operated applications as well. Users can adjust the potentiometer to get the output voltage from 5V to 35V. However, the higher input voltage offers higher load current capabilities. Interfacing Diagram The interfacing of the XL6009 module is quite easy. Connect the regulated or unregulated input across the IN+ and IN- pins and use the potentiometer to adjust the output voltage. Connect the load directly at OUT+ and OUT- pins. Applications of XL6009 Power Module Board DIY-based power supply To serve the power requirements of Audio-based circuits High current applications with small space Useful Links: XL6009 Datasheet

From Micro Ohm's description

DC-DC Step-Up (Boost) Converter Module — XL6009E1, 400kHz, up to 35V, up to 4A Overview If you need a compact XL6009E1 boost converter to raise a DC input to a higher regulated output, this module is the proven workhorse. It uses the genuine XL6009E1 controller at 400kHz with an integrated high-current switch, giving fast transient response and strong efficiency in a small footprint. Dial the multi‑turn trim pot to any target voltage within the supported range, and the board will hold regulation across varying loads when properly heatsunk and within limits. Highlights at a glance: adjustable 5–35V output (module), typical up to 94% efficiency (load/conditions dependent), and up to 4A peak output capability (see notes). The onboard controller supports a wide input range at the IC level and exposes an EN pin internally; the module breaks out simple I/O pads for quick wiring. 🔎 Why this module? Compared with older 52kHz designs, the 400kHz XL6009E1 allows smaller inductors and capacitors, reducing ripple and board size. It also includes soft‑start, current limit, and thermal protection inside the chip. Key Features Based on XL6009E1 current‑mode boost controller (fixed 400kHz ) Adjustable output: 5–35V (via 25‑turn potentiometer) Input (module typical): 5–32V DC (see IC limits below) Current capability: ~ 2A continuous (with heatsink), up to 4A peak depending on Vout/Vin and coolingrent limit, thermal shutdown; module uses Schottky rectifier Compact PCB: ~ 43 × 21 × 14 mm Specifications (Module Level) ⚠️ Module specs depend on ambient temperature, heatsinking, and Vin→Vout ratio. Values below reflect the common XL6009E1 booster layout used in the market. If your application is close to the limits, add heatsinking and derate. Parameter Min Typ Max Notes Input voltage 5V — 32V Below 5V start‑up can be unreliable on typical boards Output voltage 5V — 35V Must be > Vin (boost topology) Output current (continuous) — ~2A — Typical with heatsink; up Efficiency — up to 94% — Best near moderate duty cycle Ripple (typ) — 30–70mVp‑p — With good layout and caps Trim pot turns — 25 — Multi‑turn for fine adjust PCB size — 43×21×14 mm — May vary ±1 mm across batches Inside the Module (IC-Level Facts) Controller: XL6009E1 (RoHS/lead‑free “E1” suffix). Core capabilities: Operating input (IC): 3.6–36V Switch current limit: 5A (internal power MOSFET) Fixed frequency: 400kHz (typ 324–480kHz) Feedback ref: 1.25V → Vout = 1.25 × (1 + R2/R1) Max duty cycle: ≈95% Protections: OVP at SW node, current limit, thermal shutdown; EN pin (TTL) for shutdown Note on E1: The “E1” suffix denotes the Pb‑free/RoHS variant and does not change the electrical specs relative to XL6009; it is standard for genuine parts. Pinout & Layout IN+ / IN‑: DC input (+ / GND) OUT+ / OUT‑: Regulated output (+ / GND) Potentiometer: 25‑turn trim; clockwise typically increases Vout Schottky diode & inductor: visible near output stage; typical 33µH / ≥5A inductor Image placements inside the page: Performance & Design Notes Boost only: The output must always be higher than the input. For buck or buck‑boost needs, consider pairing with a dedicated buck module. Headroom & duty cycle: As Vout/Vin ratio increases, available output current drops. Plan with power balance and efficiency in mind: Pin ≈ Pout / η and Iin ≈ Pout / (Vin × η) . Thermals: For loads above ~15W, attach a small heatsink to the IC and provide airflow. Mount vertically for better convection. Startup behavior: At very low Vin (≈5V) and high target Vout, startup can hiccup. Reduce load during adjustment, then reconnect. Inductor & diode: Use low‑loss Schottky (e.g., 1N5824/MBR360 class) and an inductor rated ≥5A saturation for heavy loads. Adjustment tip: Start with the pot fully counter‑clockwise and increase slowly while monitoring with a DMM. Rule‑of‑thumb example: To get 12V @ 2A (24W) from Vin = 7V , at η ≈ 90% , expect Iin ≈ 24W / (7V × 0.9) ≈ 3.8A . Ensure your source can supply it. Typical Applications Automotive add‑ons (e.g., 12V from 5–9V sources) LED strips and lighting (with external current limiting) Portable speakers, routers, small LCDs Robotics and RC where weight/size matter Lab bench experiments and prototyping What’s in the Box 1 × XL6009E1 DC‑DC Step‑Up (Boost) Converter Module (adjustable) Quality, Shipping & Batch Notes QC: Each batch is visually inspected; sample units are powered and adjusted across two setpoints. Packaging: Anti‑static pouch. Pins protected by foam. Batch differences: Silkscreen, inductor brand, and capacitor vendor can vary between batches while meeting the same electrical targets. Compatibility: Works with typical lab PSUs, Li‑ion packs (with proper BMS), and 12V adapters within the input range. Attachments & Resources Datasheet (controller) — XL6009 / XL6009E1 (PDF): Technical Overview (PDF). Boost design helper — Online calculator Info Brand: Generic module (IC by XLSEMI; “E1” = Pb‑free/RoHS) Model (Module): XL6009E1 Boost Module (Adjustable) Controller IC: XL6009E1, fixed 400kHz, 5A internal switch Topology: Non‑isolated boost (step‑up) Input (module): 5–32V DC (assumption based on common board BOM; IC allows 3.6–36V) Output (module): 5–35V DC adjustable (potentiometer) Output current: up to 4A peak (derate for thermals; see notes) Efficiency: up t- Output current: ~2A continuous (typical with heatsink), up to 4A peak *(derate for thermals; see notes)*shutdown (IC‑level) Rectifier: Schottky diode (non‑synchronous) Board size: ≈43 × 21 × 14 mm Net weight: ~10g (assumption) Country of Origin: CN (assumption) HS Code (ref): 8504.40 (assumption; power supplies/converters) ——— العربية ——— نظرة عامة إذا كنت تحتاج إلى وحدة XL6009E1 لرفع الجهد (boost) للحصول على خرج أعلى من دخلك المستمر، فهذه اللوحة خيار عملي وقوي. تعتمد على متحكم XL6009E1 بتردد 400 كيلوهرتز ومفتاح داخلي عالي التيار، ما يمنح استجابة سريعة وكفاءة مرتفعة في حجم صغير. اضبط المقبض متعدد اللفات للوصول إلى أي جهد ضمن النطاق المدعوم، وستحافظ اللوحة على التنظيم مع تغيّر الحمل عند التبريد المناسب والبقاء ضمن الحدود. أبرز النقاط: خرج قابل للضبط 5–35 فولت (للوحدة)، كفاءة حتى 94% (تبعاً للحمل)، وقدرة حتى 4 أمبير كحد أقصى لحظي (انظر الملاحظات). يدعم المتحكم نطاق دخل واسع على مستوى الشريحة، وتعرض اللوحة أطراف إدخال/إخراج بسيطة لسهولة التوصيل. المزايا مبنية على XL6009E1 بوضع التحكم بالتيار وتردد ثابت 400 كيلوهرتز خرج قابل للضبط: 5–35 فولت (مقاومة ضبط 25 لفة) دخل (شائع للوحدات): 5–32 فولت مستمر تيار خرج أقصى لحظي: حتى 4 أمبير (يعتمد على التبريد ونسبة الجهد) كفاءة نموذجية: حتى 94% حمايات: حد تيار، إيقاف حراري داخل الشريحة؛ صمام شوتكي على اللوحة لوحة مدمجة: تقريباً 43 × 21 × 14 مم المواصفات (مستوى الوحدة) البند الحد الأدنى النموذجي الأقصى ملاحظات جهد الدخل 5 فولت — 32 فولت بدء التشغيل تحت 5 فولت قد يكون غير موثوق جهد الخرج 5 فولت — 35 فولت يجب أن يكون أعلى من الدخل تيار الخرج المستمر — 2A — حسب الحرارة ونسبة الجهد تيار الخرج اللحظي — — 4A لفترات قصيرة مع تبريد التردد — 400 كيلوهرتز — ثابت من المتحكم الكفاءة — حتى 94% — حسب ظروف التشغيل أبعاد اللوحة — 43×21×14 مم — تفاوت ±1 مم حقائق على مستوى الشريحة (IC) دخل تشغيلي (IC): 3.6–36 فولت حد تيار المفتاح: 5 أمبير داخلي التردد: 400 كيلوهرتز (نموذجي) مرجع التغذية الراجعة: 1.25 فولت → Vout = 1.25 × (1 + R2/R1) دورة عمل قصوى: ≈95% مزايا: إيقاف حراري، حد تيار، حماية جهد على رجل SW، مدخل تمكين EN الرجل والتخطيط IN+ / IN‑: دخل مستمر (+ / أرضي) OUT+ / OUT‑: خرج منظّم (+ / أرضي) مقاومة الضبط: 25 لفة؛ غالباً زيادة مع الدوران مع عقارب الساعة المحث والصمام: محث نموذجي 33µH / ≥5A وصمام شوتكي منخفض الفقد ملاحظات الأداء والتصميم رفع فقط: لا يمكن للوحة خفض الجهد؛ يجب أن يكون الخرج أعلى من الدخل. القدرة والمدخل: مع زيادة نسبة Vout/Vin يقل تيار الخرج المتاح. احسب القدرة والمدخل كما يلي: Pin ≈ Pout / η . الحرارة: فوق ~15 واط استخدم مشتتاً حرارياً ومجرى هواء. بدء التشغيل: على Vin منخفض وVout مرتفع قد يحدث تذبذب بدء؛ اضبط دون حمل أولاً. اختيار المحث/الصمام: محث ≥5A وصمام شوتكي فئة MBR360 أو ما شابه. تطبيقات شائعة إضافات السيارات (رفع إلى 12V) شرائط LED (مع تحديد تيار خارجي) مكبّرات محمولة وموجّهات وأجهزة صغيرة الروبوتات والهوايات المختبر والتعليم المحتويات 1 × وحدة رفع جهد XL6009E1 قابلة للضبط الجودة والشحن وفروقات الدفعات اختبارات عيّنية لكل دفعة. تعبئة في كيس مضاد للكهرباء الساكنة. اختلافات طفيفة محتملة في العلامات والمكوّنات مع ثبات الأداء. معلومات العلامة: وحدة عامة (الشريحة من XLSEMI؛ اللاحقة E1 خالية من الرصاص) الموديل: XL6009E1 Boost Module (Adjustable) المتحكم: XL6009E1 — 400 كيلوهرتز، حد مفتاح 5A الطوبولوجيا: Boost غير معزول الدخل (للوحدة): 5–32 فولت مستمر (افتراض شائع) الخرج: 5–35 فولت قابل للضبط تيار الخرج الأقصى: حتى 4A لحظي (مع تخفيض وحرارة) الكفاءة: حتى 94% الأبعاد: ≈43 × 21 × 14 مم

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