Marlboro Jammer

🔧 Work Process: Marlboro Jammer

1. ⚡ The DC-DC booster circuit increases the input power to 45V.
   📡 A remote control sends instructions at different frequencies to activate the device.
   🧠 The device’s internal microcontroller receives these instructions and outputs a specific frequency signal.
   🔁 This signal controls a transistor to generate a processed power oscillation at the correct frequency.

2. 📈 A specialized high-frequency RF transistor pulse oscillation circuit further amplifies the processed power signal.

3. 📡 The high-output RF signal is refined through a low-frequency coil to emit a final electromagnetic wave signal.

🛠 Working Principle:

Gaming devices and separators emit high-frequency electromagnetic waves. The control chip on a game console’s motherboard has specific contact points. By targeting these points, the high-frequency magnetic field can penetrate internal wiring, resistors, capacitors, chips, ICs, transistors, and microcontrollers.

After interference, the integrated circuit receives signals that can trigger the machine to automatically activate or refund coins. Electronic equipment comprises thousands of components, and electromagnetic interference—especially at high and ultra-high frequencies—remains a significant and persistent challenge for engineers.

📋 Product Specifications:

• Input Voltage: 12.6V

• Operating Voltage: 45V

• Mode: Remote control with 4 output settings (high-frequency pulse)

• Antenna: Built-in + reinforced external (enclosed)

• Color: Marlboro design

• Dimensions: 90 x 55 x 30 mm

• Power: 20W

• Switch: Single on/off switch

• Cooling: Internal heat sink

Compatible With: Slot machines, pokies, roulette machines, coin mechanisms, bill validators, lottery terminals, and electronic card readers.

⭐ Device Features:

• 🔘 Combines remote control with discreet cigarette-pack styling.

• 💾 Reliable, original microcontroller program control.

• 📶 4 precise and stable pulse frequency settings:

  • Button A: 3 Hz + 460 MHz mixed signal

  • Button B: 6 Hz + 460 MHz mixed signal

  • Button C: 9 Hz + 460 MHz mixed signal

  • Button D: 12 Hz + 460 MHz mixed signal

• ⚡ High-voltage booster circuit provides stronger operational power.

🔋 Power System:

1. 🔌 Single charging note: Uses a special charger.

2. 🪫 Employs three series A-product lithium batteries. Booster circuit raises voltage to 45V for larger capacity and longer life.

3. ⚠️ Battery terminal includes a self-recovery fuse for enhanced safety.

4. ⚡ Charger current: 350 mA for faster battery charging.

🚀 Transmission System:

1. 🧭 High-quality enameled wire coil, precision-wound for standard and stable performance.

2. 🌐 Imported high-power transistor (enhanced functionality).

3. 🔧 Latest debugging methods for more powerful output.

📖 Quick Guide:

1. 🔋 Charge the jammer for 1 hour.

2. 🎰 Place the jammer near the coin or bill acceptor.

3. 📱 Press the desired emitter switch on the remote control.

✈️ Shipping: Free express shipping from the USA and Europe. Delivery in 2-4 days.